SYCP2 gene cDNA ORF clone, Homo sapiens(human)

mRNA	Protein	Name
NM_014258.4	NP_055073.2	synaptonemal complex protein 2
XM_017027586.1	XP_016883075.1	synaptonemal complex protein 2 isoform X1
XM_011528490.3	XP_011526792.1	synaptonemal complex protein 2 isoform X4
XM_017027591.1	XP_016883080.1	synaptonemal complex protein 2 isoform X8
XM_017027592.2	XP_016883081.1	synaptonemal complex protein 2 isoform X9
XM_017027590.1	XP_016883079.1	synaptonemal complex protein 2 isoform X7
NM_014258.3	NP_055073.2	synaptonemal complex protein 2
XM_011528487.3	XP_011526789.1	synaptonemal complex protein 2 isoform X1
XM_017027587.1	XP_016883076.1	synaptonemal complex protein 2 isoform X2
XM_011528490.2	XP_011526792.1	synaptonemal complex protein 2 isoform X4
XM_011528488.2	XP_011526790.1	synaptonemal complex protein 2 isoform X1
XM_017027588.1	XP_016883077.1	synaptonemal complex protein 2 isoform X5
XM_011528489.2	XP_011526791.1	synaptonemal complex protein 2 isoform X3
XM_017027589.1	XP_016883078.1	synaptonemal complex protein 2 isoform X6
XM_011528493.2	XP_011526795.1	synaptonemal complex protein 2 isoform X7
XM_011528487.2	XP_011526789.1	synaptonemal complex protein 2 isoform X1
XM_017027592.1	XP_016883081.1	synaptonemal complex protein 2 isoform X9
XM_017027590.2	XP_016883079.1	synaptonemal complex protein 2 isoform X7

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OHu06285	NM_014258.4 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$579.50-$811.30 $1159.00
OHu06285	XM_011528489.2 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$579.50-$811.30 $1159.00
OHu63959	XM_017027592.2 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu92880	XM_017027591.1 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X11, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$559.30 $799.00
OHu92879	XM_017027587.1 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OHu63954	XM_011528488.2 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu63954	XM_011528487.3 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu63954	XM_017027586.1 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu63955	XM_011528490.3 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu63956	XM_017027588.1 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu63957	XM_017027589.1 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu63958	XM_017027590.2 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
OHu63958	XM_011528493.2 Latest version!	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
View Old Accession Versions >>
OHu06285	NM_014258.3	Homo sapiens synaptonemal complex protein 2 (SYCP2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	in pcDNA3.1-C-(k)DYK	$579.50-$811.30 $1159.00
OHu63955	XM_011528490.2	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu63954	XM_011528487.2	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$811.30 $1159.00
OHu63959	XM_017027592.1	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X12, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	12-14	$475.30 $679.00
OHu63958	XM_017027590.1	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X10, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	25	$727.30 $1039.00
Hide Old Accession Versions >>

SYCP2 ( NM_014258.4 ) cDNA ORF clone, Homo sapiens(human) -> NP_055073.2 Homo sapiens synaptonemal complex protein 2 (SYCP2), mRNA.

Price & Availability↑

CloneID	OHu06285
Clone ID Related Accession (Same CDS sequence)	NM_014258.4 , NM_014258.3 , XM_011528489.2
Accession Version	NM_014258.4 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4593bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-09-21
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from BX649108.1, AL109928.33, AL158092.30 and DB636651.1. This sequence is a reference standard in the RefSeqGene project. On Nov 22, 2018 this sequence version replaced NM_014258.3. ##Evidence-Data-START## Transcript exon combination :: BX649108.1, BX648091.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## ##RefSeq-Attributes-START## MANE Ensembl match :: ENST00000357552.8/ ENSP00000350162.2 RefSeq Select criteria :: based on conservation, expression ##RefSeq-Attributes-END## COMPLETENESS: full length.

ATGCCAATAA GACCAGATCT CCAGCAGTTG GAAAAATGCA TTGATGATGC TTTAAGAAAA 
AATGATTTCA AACCTTTGAA AACACTTTTG CAAATTGATA TTTGTGAAGA TGTGAAGATT 
AAATGCAGCA AACAGTTTTT CCACAAGGTG GACAACCTTA TATGCAGGGA ACTTAATAAA 
GAGGATATCC ACAATGTTTC AGCCATTTTG GTTTCTGTTG GAAGATGTGG CAAAAATATC 
AGTGTATTGG GGCAAGCTGG ACTTCTAACG ATGATAAAAC AAGGACTAAT ACAAAAGATG 
GTTGCCTGGT TTGAAAAATC CAAGGACATT ATTCAGAGTC AAGGAAATTC AAAAGATGAA 
GCTGTTCTAA ATATGATAGA AGACTTAGTT GATCTTCTGC TGGTCATACA TGATGTCAGT 
GATGAAGGTA AAAAACAAGT AGTGGAAAGT TTCGTACCTC GCATTTGTTC CCTGGTTATT 
GACTCAAGAG TGAATATTTG TATTCAGCAA GAGATTATAA AAAAAATGAA TGCTATGCTT 
GACAAAATGC CTCAAGATGC CCGGAAAATA CTCTCTAACC AAGAAATGTT AATTCTCATG 
AGTAGTATGG GAGAAAGGAT TTTAGATGCT GGAGATTATG ACTTACAGGT AGGCATTGTA 
GAAGCTTTGT GTAGAATGAC CACAGAAAAA CAAAGACAAG AACTGGCACA TCAGTGGTTT 
TCAATGGATT TTATTGCTAA GGCATTTAAA AGAATTAAGG ACTCTGAATT TGAAACAGAT 
TGCAGGATAT TTCTCAACCT TGTAAATGGC ATGCTTGGAG ACAAAAGAAG GGTCTTTACA 
TTTCCTTGTT TATCAGCATT TCTTGATAAA TATGAGCTGC AAATACCATC AGATGAAAAA 
CTTGAGGAAT TTTGGATTGA TTTTAATCTT GGGAGTCAGA CTCTCTCATT CTACATTGCT 
GGAGATAATG ATGATCATCA ATGGGAAGCA GTTACTGTGC CAGAGGAAAA AGTACAAATA 
TACAGCATTG AAGTGAGAGA ATCAAAGAAG CTACTGACAA TAATTCTGAA AAATACAGTA 
AAAATTAGCA AAAGAGAAGG GAAAGAATTG CTTTTGTATT TTGACGCATC ACTAGAAATC 
ACTAATGTAA CTCAAAAAAT TTTTGGTGCA ACTAAACATA GGGAATCTAT CAGAAAACAA 
GGTATTTCAG TTGCCAAAAC GTCGCTGCAT ATACTTTTTG ACGCAAGTGG ATCACAGATT 
CTAGTGCCAG AAAGTCAAAT CTCACCAGTC GGAGAAGAGC TCGTTAGTTT AAAGGAAAAA 
TCAAAGTCCC CAAAGGAATT TGCTAAACCT TCAAAATATA TCAAAAACAG TGACAAAGGG 
AATAGAAATA ATAGTCAGCT TGAGAAAACT ACTCCTAGCA AAAGAAAAAT GTCTGAAGCA 
TCAATGATTG TTTCTGGTGC AGATAGATAC ACTATGAGAA GTCCAGTGCT TTTCAGCAAC 
ACATCAATAC CACCACGAAG AAGAAGAATT AAACCACCAC TGCAAATGAC GAGCTCTGCA 
GAGAAACCTA GTGTTTCTCA AACATCAGAA AATAGAGTGG ATAATGCTGC ATCACTGAAA 
TCTAGATCAT CAGAAGGAAG ACATAGAAGA GATAATATAG ACAAACATAT CAAAACTGCT 
AAGTGTGTAG AAAACACAGA AAATAAGAAT GTTGAATTCC CAAACCAAAA TTTTAGTGAA 
CTCCAGGATG TTATACCAGA TTCACAGGCA GCGGAAAAAA GAGATCATAC TATATTACCT 
GGTGTTTTAG ACAACATCTG TGGAAATAAA ATACACAGCA AATGGGCATG TTGGACACCT 
GTAACAAACA TTGAACTATG TAATAACCAA AGAGCAAGTA CTTCGTCAGG AGACACATTG 
AATCAAGATA TTGTTATAAA TAAAAAACTT ACTAAACAAA AATCATCCTC TTCAATATCT 
GATCATAATT CTGAAGGAAC AGGAAAAGTG AAATATAAGA AAGAACAAAC CGACCATATC 
AAAATAGATA AAGCAGAAGT AGAAGTTTGC AAGAAACACA ATCAGCAACA AAATCATCCT 
AAATATTCAG GGCAGAAAAA TACTGAAAAT GCCAAGCAGA GTGATTGGCC TGTTGAATCT 
GAAACTACTT TTAAATCGGT TCTCCTAAAT AAGACAATTG AAGAATCGCT GATATATAGG 
AAGAAATACA TATTGTCAAA AGATGTGAAT ACTGCTACTT GCGATAAAAA TCCATCTGCT 
AGCAAAAATG TGCAAAGTCA TAGAAAAGCA GAGAAAGAAT TGACTTCTGA GCTTAATTCC 
TGGGATTCGA AACAAAAAAA AATGAGAGAA AAGTCAAAAG GGAAAGAATT TACCAATGTA 
GCAGAATCCT TGATAAGCCA AATCAATAAA AGATACAAAA CAAAAGATGA CATCAAGTCT 
ACAAGAAAAT TAAAGGAGTC TTTGATTAAC AGTGGTTTTT CAAACAAACC TGTTGTACAA 
CTCAGTAAGG AAAAAGTTCA GAAAAAAAGC TACAGAAAAC TGAAGACTAC CTTTGTTAAT 
GTTACTTCTG AATGCCCAGT GAATGATGTT TACAATTTTA ATTTGAATGG AGCTGATGAC 
CCTATCATAA AACTTGGAAT CCAAGAGTTT CAAGCTACAG CTAAAGAAGC TTGTGCGGAT 
AGGTCAATTA GATTGGTAGG TCCAAGGAAT CATGATGAAC TTAAATCTTC TGTCAAAACA 
AAAGATAAAA AAATTATAAC AAATCATCAA AAGAAAAATC TGTTTAGTGA TACTGAAACA 
GAGTACAGAT GTGATGACAG CAAGACTGAT ATTAGCTGGC TAAGAGAACC GAAATCAAAA 
CCACAGCTAA TAGACTATAG CAGAAATAAA AATGTGAAGA ATCATAAAAG TGGAAAATCA 
AGATCATCCT TGGAAAAGGG ACAGCCAAGC TCTAAAATGA CACCCAGTAA AAATATCACA 
AAAAAGATGG ACAAGACAAT TCCGGAAGGA AGAATCAGAC TTCCACGAAA AGCAACCAAA 
ACAAAAAAAA ACTATAAAGA TCTCTCAAAT TCAGAATCAG AGTGTGAACA AGAATTTTCA 
CATTCATTTA AAGAGAACAT ACCAGTAAAG GAGGAGAATA TCCATTCCAG AATGAAAACG 
GTAAAGCTAC CAAAGAAACA ACAGAAAGTC TTCTGTGCTG AAACAGAAAA GGAACTATCA 
AAACAATGGA AAAACTCATC TCTACTAAAA GATGCTATAC GAGATAATTG CCTTGACTTA 
TCTCCCAGAT CTTTATCTGG CAGTCCATCA TCTATAGAAG TAACGAGATG TATAGAGAAA 
ATAACAGAAA AGGATTTTAC TCAGGATTAT GACTGCATAA CAAAATCTAT ATCACCTTAT 
CCAAAAACTT CATCACTTGA ATCCTTAAAT AGTAACAGTG GAGTTGGAGG TACAATAAAG 
TCACCCAAAA ACAATGAGAA AAACTTCCTG TGTGCAAGTG AAAGTTGTTC ACCAATTCCA 
CGACCACTGT TTTTGCCCAG ACATACTCCA ACTAAGAGTA ATACTATTGT AAATAGAAAA 
AAAATAAGTT CTCTGGTACT TACACAAGAA ACACAAAACA GTAACAGCTA TTCAGATGTA 
AGCAGTTATA GTTCAGAAGA ACGGTTTATG GAAATTGAAT CTCCACATAT CAATGAAAAT 
TATATACAAA GCAAAAGAGA GGAAAGTCAT TTAGCATCTT CATTATCCAA GTCTAGTGAA 
GGAAGAGAGA AAACGTGGTT TGACATGCCC TGTGATGCTA CTCATGTATC AGGCCCCACC 
CAACATCTTA GTCGCAAAAG AATATATATA GAAGATAATC TAAGTAATTC CAATGAAGTA 
GAAATGGAAG AGAAAGGAGA AAGGAGAGCA AACTTGCTTC CCAAAAAACT GTGTAAAATT 
GAAGATGCAG ATCATCATAT CCACAAAATG TCTGAAAGTG TATCTTCATT ATCAACAAAT 
GACTTTTCTA TTCCTTGGGA GACCTGGCAA AATGAATTTG CAGGGATAGA GATGACTTAT 
GAGACTTACG AGAGGCTCAA TTCAGAATTT AAGAGAAGGA ATAATATCCG ACATAAAATG 
TTGAGTTATT TTACTACGCA GTCTTGGAAA ACAGCTCAGC AACATCTGAG AACAATGAAT 
CATCAAAGTC AGGACTCTAG GATTAAAAAA CTTGATAAAT TCCAATTCAT TATCATAGAG 
GAGCTGGAGA ATTTTGAAAA AGATTCACAG TCTTTAAAAG ATTTGGAAAA GGAATTTGTG 
GACTTTTGGG AAAAGATATT TCAGAAGTTC AGTGCATATC AAAAAAGCGA ACAACAGAGG 
CTTCATCTTT TGAAAACTTC ATTGGCTAAA AGTGTCTTCT GTAATACTGA TAGTGAAGAA 
ACTGTTTTTA CATCCGAGAT GTGTTTGATG AAAGAAGATA TGAAAGTGCT GCAAGACAGG 
CTTCTTAAGG ACATGCTAGA AGAGGAGCTT CTTAATGTAC GCAGAGAACT GATGTCAGTA 
TTCATGTCTC ATGAAAGAAA TGCTAATGTG TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_055073.2
CDS	209..4801
Translation	MPIRPDLQQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	NM_014258.4
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_014258.4

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGCAGTTG GAAAAATGCA TTGATGATGC TTTAAGAAAA 
AATGATTTCA AACCTTTGAA AACACTTTTG CAAATTGATA TTTGTGAAGA TGTGAAGATT 
AAATGCAGCA AACAGTTTTT CCACAAGGTG GACAACCTTA TATGCAGGGA ACTTAATAAA 
GAGGATATCC ACAATGTTTC AGCCATTTTG GTTTCTGTTG GAAGATGTGG CAAAAATATC 
AGTGTATTGG GGCAAGCTGG ACTTCTAACG ATGATAAAAC AAGGACTAAT ACAAAAGATG 
GTTGCCTGGT TTGAAAAATC CAAGGACATT ATTCAGAGTC AAGGAAATTC AAAAGATGAA 
GCTGTTCTAA ATATGATAGA AGACTTAGTT GATCTTCTGC TGGTCATACA TGATGTCAGT 
GATGAAGGTA AAAAACAAGT AGTGGAAAGT TTCGTACCTC GCATTTGTTC CCTGGTTATT 
GACTCAAGAG TGAATATTTG TATTCAGCAA GAGATTATAA AAAAAATGAA TGCTATGCTT 
GACAAAATGC CTCAAGATGC CCGGAAAATA CTCTCTAACC AAGAAATGTT AATTCTCATG 
AGTAGTATGG GAGAAAGGAT TTTAGATGCT GGAGATTATG ACTTACAGGT AGGCATTGTA 
GAAGCTTTGT GTAGAATGAC CACAGAAAAA CAAAGACAAG AACTGGCACA TCAGTGGTTT 
TCAATGGATT TTATTGCTAA GGCATTTAAA AGAATTAAGG ACTCTGAATT TGAAACAGAT 
TGCAGGATAT TTCTCAACCT TGTAAATGGC ATGCTTGGAG ACAAAAGAAG GGTCTTTACA 
TTTCCTTGTT TATCAGCATT TCTTGATAAA TATGAGCTGC AAATACCATC AGATGAAAAA 
CTTGAGGAAT TTTGGATTGA TTTTAATCTT GGGAGTCAGA CTCTCTCATT CTACATTGCT 
GGAGATAATG ATGATCATCA ATGGGAAGCA GTTACTGTGC CAGAGGAAAA AGTACAAATA 
TACAGCATTG AAGTGAGAGA ATCAAAGAAG CTACTGACAA TAATTCTGAA AAATACAGTA 
AAAATTAGCA AAAGAGAAGG GAAAGAATTG CTTTTGTATT TTGACGCATC ACTAGAAATC 
ACTAATGTAA CTCAAAAAAT TTTTGGTGCA ACTAAACATA GGGAATCTAT CAGAAAACAA 
GGTATTTCAG TTGCCAAAAC GTCGCTGCAT ATACTTTTTG ACGCAAGTGG ATCACAGATT 
CTAGTGCCAG AAAGTCAAAT CTCACCAGTC GGAGAAGAGC TCGTTAGTTT AAAGGAAAAA 
TCAAAGTCCC CAAAGGAATT TGCTAAACCT TCAAAATATA TCAAAAACAG TGACAAAGGG 
AATAGAAATA ATAGTCAGCT TGAGAAAACT ACTCCTAGCA AAAGAAAAAT GTCTGAAGCA 
TCAATGATTG TTTCTGGTGC AGATAGATAC ACTATGAGAA GTCCAGTGCT TTTCAGCAAC 
ACATCAATAC CACCACGAAG AAGAAGAATT AAACCACCAC TGCAAATGAC GAGCTCTGCA 
GAGAAACCTA GTGTTTCTCA AACATCAGAA AATAGAGTGG ATAATGCTGC ATCACTGAAA 
TCTAGATCAT CAGAAGGAAG ACATAGAAGA GATAATATAG ACAAACATAT CAAAACTGCT 
AAGTGTGTAG AAAACACAGA AAATAAGAAT GTTGAATTCC CAAACCAAAA TTTTAGTGAA 
CTCCAGGATG TTATACCAGA TTCACAGGCA GCGGAAAAAA GAGATCATAC TATATTACCT 
GGTGTTTTAG ACAACATCTG TGGAAATAAA ATACACAGCA AATGGGCATG TTGGACACCT 
GTAACAAACA TTGAACTATG TAATAACCAA AGAGCAAGTA CTTCGTCAGG AGACACATTG 
AATCAAGATA TTGTTATAAA TAAAAAACTT ACTAAACAAA AATCATCCTC TTCAATATCT 
GATCATAATT CTGAAGGAAC AGGAAAAGTG AAATATAAGA AAGAACAAAC CGACCATATC 
AAAATAGATA AAGCAGAAGT AGAAGTTTGC AAGAAACACA ATCAGCAACA AAATCATCCT 
AAATATTCAG GGCAGAAAAA TACTGAAAAT GCCAAGCAGA GTGATTGGCC TGTTGAATCT 
GAAACTACTT TTAAATCGGT TCTCCTAAAT AAGACAATTG AAGAATCGCT GATATATAGG 
AAGAAATACA TATTGTCAAA AGATGTGAAT ACTGCTACTT GCGATAAAAA TCCATCTGCT 
AGCAAAAATG TGCAAAGTCA TAGAAAAGCA GAGAAAGAAT TGACTTCTGA GCTTAATTCC 
TGGGATTCGA AACAAAAAAA AATGAGAGAA AAGTCAAAAG GGAAAGAATT TACCAATGTA 
GCAGAATCCT TGATAAGCCA AATCAATAAA AGATACAAAA CAAAAGATGA CATCAAGTCT 
ACAAGAAAAT TAAAGGAGTC TTTGATTAAC AGTGGTTTTT CAAACAAACC TGTTGTACAA 
CTCAGTAAGG AAAAAGTTCA GAAAAAAAGC TACAGAAAAC TGAAGACTAC CTTTGTTAAT 
GTTACTTCTG AATGCCCAGT GAATGATGTT TACAATTTTA ATTTGAATGG AGCTGATGAC 
CCTATCATAA AACTTGGAAT CCAAGAGTTT CAAGCTACAG CTAAAGAAGC TTGTGCGGAT 
AGGTCAATTA GATTGGTAGG TCCAAGGAAT CATGATGAAC TTAAATCTTC TGTCAAAACA 
AAAGATAAAA AAATTATAAC AAATCATCAA AAGAAAAATC TGTTTAGTGA TACTGAAACA 
GAGTACAGAT GTGATGACAG CAAGACTGAT ATTAGCTGGC TAAGAGAACC GAAATCAAAA 
CCACAGCTAA TAGACTATAG CAGAAATAAA AATGTGAAGA ATCATAAAAG TGGAAAATCA 
AGATCATCCT TGGAAAAGGG ACAGCCAAGC TCTAAAATGA CACCCAGTAA AAATATCACA 
AAAAAGATGG ACAAGACAAT TCCGGAAGGA AGAATCAGAC TTCCACGAAA AGCAACCAAA 
ACAAAAAAAA ACTATAAAGA TCTCTCAAAT TCAGAATCAG AGTGTGAACA AGAATTTTCA 
CATTCATTTA AAGAGAACAT ACCAGTAAAG GAGGAGAATA TCCATTCCAG AATGAAAACG 
GTAAAGCTAC CAAAGAAACA ACAGAAAGTC TTCTGTGCTG AAACAGAAAA GGAACTATCA 
AAACAATGGA AAAACTCATC TCTACTAAAA GATGCTATAC GAGATAATTG CCTTGACTTA 
TCTCCCAGAT CTTTATCTGG CAGTCCATCA TCTATAGAAG TAACGAGATG TATAGAGAAA 
ATAACAGAAA AGGATTTTAC TCAGGATTAT GACTGCATAA CAAAATCTAT ATCACCTTAT 
CCAAAAACTT CATCACTTGA ATCCTTAAAT AGTAACAGTG GAGTTGGAGG TACAATAAAG 
TCACCCAAAA ACAATGAGAA AAACTTCCTG TGTGCAAGTG AAAGTTGTTC ACCAATTCCA 
CGACCACTGT TTTTGCCCAG ACATACTCCA ACTAAGAGTA ATACTATTGT AAATAGAAAA 
AAAATAAGTT CTCTGGTACT TACACAAGAA ACACAAAACA GTAACAGCTA TTCAGATGTA 
AGCAGTTATA GTTCAGAAGA ACGGTTTATG GAAATTGAAT CTCCACATAT CAATGAAAAT 
TATATACAAA GCAAAAGAGA GGAAAGTCAT TTAGCATCTT CATTATCCAA GTCTAGTGAA 
GGAAGAGAGA AAACGTGGTT TGACATGCCC TGTGATGCTA CTCATGTATC AGGCCCCACC 
CAACATCTTA GTCGCAAAAG AATATATATA GAAGATAATC TAAGTAATTC CAATGAAGTA 
GAAATGGAAG AGAAAGGAGA AAGGAGAGCA AACTTGCTTC CCAAAAAACT GTGTAAAATT 
GAAGATGCAG ATCATCATAT CCACAAAATG TCTGAAAGTG TATCTTCATT ATCAACAAAT 
GACTTTTCTA TTCCTTGGGA GACCTGGCAA AATGAATTTG CAGGGATAGA GATGACTTAT 
GAGACTTACG AGAGGCTCAA TTCAGAATTT AAGAGAAGGA ATAATATCCG ACATAAAATG 
TTGAGTTATT TTACTACGCA GTCTTGGAAA ACAGCTCAGC AACATCTGAG AACAATGAAT 
CATCAAAGTC AGGACTCTAG GATTAAAAAA CTTGATAAAT TCCAATTCAT TATCATAGAG 
GAGCTGGAGA ATTTTGAAAA AGATTCACAG TCTTTAAAAG ATTTGGAAAA GGAATTTGTG 
GACTTTTGGG AAAAGATATT TCAGAAGTTC AGTGCATATC AAAAAAGCGA ACAACAGAGG 
CTTCATCTTT TGAAAACTTC ATTGGCTAAA AGTGTCTTCT GTAATACTGA TAGTGAAGAA 
ACTGTTTTTA CATCCGAGAT GTGTTTGATG AAAGAAGATA TGAAAGTGCT GCAAGACAGG 
CTTCTTAAGG ACATGCTAGA AGAGGAGCTT CTTAATGTAC GCAGAGAACT GATGTCAGTA 
TTCATGTCTC ATGAAAGAAA TGCTAATGTG TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( NM_014258.3 ) cDNA ORF clone, Homo sapiens(human) -> NP_055073.2 Homo sapiens synaptonemal complex protein 2 (SYCP2), mRNA.

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CloneID	OHu06285
Clone ID Related Accession (Same CDS sequence)	NM_014258.4 , NM_014258.3 , XM_011528489.2
Accession Version	NM_014258.3	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4593bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2017-10-02
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2
Comment	Comment: REVIEWED REFSEQ: This record has been curated by NCBI staff. The reference sequence was derived from DB443704.1, AL109928.33, BX649108.1, AL158092.30 and DB636651.1. This sequence is a reference standard in the RefSeqGene project. On or before Dec 17, 2015 this sequence version replaced XM_005260247.2, NM_014258.2. ##Evidence-Data-START## Transcript exon combination :: BX649108.1, BX648091.1 [ECO:0000332] RNAseq introns :: mixed/partial sample support SAMEA1965299, SAMEA1966682 [ECO:0000350] ##Evidence-Data-END## COMPLETENESS: complete on the 3' end.

ATGCCAATAA GACCAGATCT CCAGCAGTTG GAAAAATGCA TTGATGATGC TTTAAGAAAA 
AATGATTTCA AACCTTTGAA AACACTTTTG CAAATTGATA TTTGTGAAGA TGTGAAGATT 
AAATGCAGCA AACAGTTTTT CCACAAGGTG GACAACCTTA TATGCAGGGA ACTTAATAAA 
GAGGATATCC ACAATGTTTC AGCCATTTTG GTTTCTGTTG GAAGATGTGG CAAAAATATC 
AGTGTATTGG GGCAAGCTGG ACTTCTAACG ATGATAAAAC AAGGACTAAT ACAAAAGATG 
GTTGCCTGGT TTGAAAAATC CAAGGACATT ATTCAGAGTC AAGGAAATTC AAAAGATGAA 
GCTGTTCTAA ATATGATAGA AGACTTAGTT GATCTTCTGC TGGTCATACA TGATGTCAGT 
GATGAAGGTA AAAAACAAGT AGTGGAAAGT TTCGTACCTC GCATTTGTTC CCTGGTTATT 
GACTCAAGAG TGAATATTTG TATTCAGCAA GAGATTATAA AAAAAATGAA TGCTATGCTT 
GACAAAATGC CTCAAGATGC CCGGAAAATA CTCTCTAACC AAGAAATGTT AATTCTCATG 
AGTAGTATGG GAGAAAGGAT TTTAGATGCT GGAGATTATG ACTTACAGGT AGGCATTGTA 
GAAGCTTTGT GTAGAATGAC CACAGAAAAA CAAAGACAAG AACTGGCACA TCAGTGGTTT 
TCAATGGATT TTATTGCTAA GGCATTTAAA AGAATTAAGG ACTCTGAATT TGAAACAGAT 
TGCAGGATAT TTCTCAACCT TGTAAATGGC ATGCTTGGAG ACAAAAGAAG GGTCTTTACA 
TTTCCTTGTT TATCAGCATT TCTTGATAAA TATGAGCTGC AAATACCATC AGATGAAAAA 
CTTGAGGAAT TTTGGATTGA TTTTAATCTT GGGAGTCAGA CTCTCTCATT CTACATTGCT 
GGAGATAATG ATGATCATCA ATGGGAAGCA GTTACTGTGC CAGAGGAAAA AGTACAAATA 
TACAGCATTG AAGTGAGAGA ATCAAAGAAG CTACTGACAA TAATTCTGAA AAATACAGTA 
AAAATTAGCA AAAGAGAAGG GAAAGAATTG CTTTTGTATT TTGACGCATC ACTAGAAATC 
ACTAATGTAA CTCAAAAAAT TTTTGGTGCA ACTAAACATA GGGAATCTAT CAGAAAACAA 
GGTATTTCAG TTGCCAAAAC GTCGCTGCAT ATACTTTTTG ACGCAAGTGG ATCACAGATT 
CTAGTGCCAG AAAGTCAAAT CTCACCAGTC GGAGAAGAGC TCGTTAGTTT AAAGGAAAAA 
TCAAAGTCCC CAAAGGAATT TGCTAAACCT TCAAAATATA TCAAAAACAG TGACAAAGGG 
AATAGAAATA ATAGTCAGCT TGAGAAAACT ACTCCTAGCA AAAGAAAAAT GTCTGAAGCA 
TCAATGATTG TTTCTGGTGC AGATAGATAC ACTATGAGAA GTCCAGTGCT TTTCAGCAAC 
ACATCAATAC CACCACGAAG AAGAAGAATT AAACCACCAC TGCAAATGAC GAGCTCTGCA 
GAGAAACCTA GTGTTTCTCA AACATCAGAA AATAGAGTGG ATAATGCTGC ATCACTGAAA 
TCTAGATCAT CAGAAGGAAG ACATAGAAGA GATAATATAG ACAAACATAT CAAAACTGCT 
AAGTGTGTAG AAAACACAGA AAATAAGAAT GTTGAATTCC CAAACCAAAA TTTTAGTGAA 
CTCCAGGATG TTATACCAGA TTCACAGGCA GCGGAAAAAA GAGATCATAC TATATTACCT 
GGTGTTTTAG ACAACATCTG TGGAAATAAA ATACACAGCA AATGGGCATG TTGGACACCT 
GTAACAAACA TTGAACTATG TAATAACCAA AGAGCAAGTA CTTCGTCAGG AGACACATTG 
AATCAAGATA TTGTTATAAA TAAAAAACTT ACTAAACAAA AATCATCCTC TTCAATATCT 
GATCATAATT CTGAAGGAAC AGGAAAAGTG AAATATAAGA AAGAACAAAC CGACCATATC 
AAAATAGATA AAGCAGAAGT AGAAGTTTGC AAGAAACACA ATCAGCAACA AAATCATCCT 
AAATATTCAG GGCAGAAAAA TACTGAAAAT GCCAAGCAGA GTGATTGGCC TGTTGAATCT 
GAAACTACTT TTAAATCGGT TCTCCTAAAT AAGACAATTG AAGAATCGCT GATATATAGG 
AAGAAATACA TATTGTCAAA AGATGTGAAT ACTGCTACTT GCGATAAAAA TCCATCTGCT 
AGCAAAAATG TGCAAAGTCA TAGAAAAGCA GAGAAAGAAT TGACTTCTGA GCTTAATTCC 
TGGGATTCGA AACAAAAAAA AATGAGAGAA AAGTCAAAAG GGAAAGAATT TACCAATGTA 
GCAGAATCCT TGATAAGCCA AATCAATAAA AGATACAAAA CAAAAGATGA CATCAAGTCT 
ACAAGAAAAT TAAAGGAGTC TTTGATTAAC AGTGGTTTTT CAAACAAACC TGTTGTACAA 
CTCAGTAAGG AAAAAGTTCA GAAAAAAAGC TACAGAAAAC TGAAGACTAC CTTTGTTAAT 
GTTACTTCTG AATGCCCAGT GAATGATGTT TACAATTTTA ATTTGAATGG AGCTGATGAC 
CCTATCATAA AACTTGGAAT CCAAGAGTTT CAAGCTACAG CTAAAGAAGC TTGTGCGGAT 
AGGTCAATTA GATTGGTAGG TCCAAGGAAT CATGATGAAC TTAAATCTTC TGTCAAAACA 
AAAGATAAAA AAATTATAAC AAATCATCAA AAGAAAAATC TGTTTAGTGA TACTGAAACA 
GAGTACAGAT GTGATGACAG CAAGACTGAT ATTAGCTGGC TAAGAGAACC GAAATCAAAA 
CCACAGCTAA TAGACTATAG CAGAAATAAA AATGTGAAGA ATCATAAAAG TGGAAAATCA 
AGATCATCCT TGGAAAAGGG ACAGCCAAGC TCTAAAATGA CACCCAGTAA AAATATCACA 
AAAAAGATGG ACAAGACAAT TCCGGAAGGA AGAATCAGAC TTCCACGAAA AGCAACCAAA 
ACAAAAAAAA ACTATAAAGA TCTCTCAAAT TCAGAATCAG AGTGTGAACA AGAATTTTCA 
CATTCATTTA AAGAGAACAT ACCAGTAAAG GAGGAGAATA TCCATTCCAG AATGAAAACG 
GTAAAGCTAC CAAAGAAACA ACAGAAAGTC TTCTGTGCTG AAACAGAAAA GGAACTATCA 
AAACAATGGA AAAACTCATC TCTACTAAAA GATGCTATAC GAGATAATTG CCTTGACTTA 
TCTCCCAGAT CTTTATCTGG CAGTCCATCA TCTATAGAAG TAACGAGATG TATAGAGAAA 
ATAACAGAAA AGGATTTTAC TCAGGATTAT GACTGCATAA CAAAATCTAT ATCACCTTAT 
CCAAAAACTT CATCACTTGA ATCCTTAAAT AGTAACAGTG GAGTTGGAGG TACAATAAAG 
TCACCCAAAA ACAATGAGAA AAACTTCCTG TGTGCAAGTG AAAGTTGTTC ACCAATTCCA 
CGACCACTGT TTTTGCCCAG ACATACTCCA ACTAAGAGTA ATACTATTGT AAATAGAAAA 
AAAATAAGTT CTCTGGTACT TACACAAGAA ACACAAAACA GTAACAGCTA TTCAGATGTA 
AGCAGTTATA GTTCAGAAGA ACGGTTTATG GAAATTGAAT CTCCACATAT CAATGAAAAT 
TATATACAAA GCAAAAGAGA GGAAAGTCAT TTAGCATCTT CATTATCCAA GTCTAGTGAA 
GGAAGAGAGA AAACGTGGTT TGACATGCCC TGTGATGCTA CTCATGTATC AGGCCCCACC 
CAACATCTTA GTCGCAAAAG AATATATATA GAAGATAATC TAAGTAATTC CAATGAAGTA 
GAAATGGAAG AGAAAGGAGA AAGGAGAGCA AACTTGCTTC CCAAAAAACT GTGTAAAATT 
GAAGATGCAG ATCATCATAT CCACAAAATG TCTGAAAGTG TATCTTCATT ATCAACAAAT 
GACTTTTCTA TTCCTTGGGA GACCTGGCAA AATGAATTTG CAGGGATAGA GATGACTTAT 
GAGACTTACG AGAGGCTCAA TTCAGAATTT AAGAGAAGGA ATAATATCCG ACATAAAATG 
TTGAGTTATT TTACTACGCA GTCTTGGAAA ACAGCTCAGC AACATCTGAG AACAATGAAT 
CATCAAAGTC AGGACTCTAG GATTAAAAAA CTTGATAAAT TCCAATTCAT TATCATAGAG 
GAGCTGGAGA ATTTTGAAAA AGATTCACAG TCTTTAAAAG ATTTGGAAAA GGAATTTGTG 
GACTTTTGGG AAAAGATATT TCAGAAGTTC AGTGCATATC AAAAAAGCGA ACAACAGAGG 
CTTCATCTTT TGAAAACTTC ATTGGCTAAA AGTGTCTTCT GTAATACTGA TAGTGAAGAA 
ACTGTTTTTA CATCCGAGAT GTGTTTGATG AAAGAAGATA TGAAAGTGCT GCAAGACAGG 
CTTCTTAAGG ACATGCTAGA AGAGGAGCTT CTTAATGTAC GCAGAGAACT GATGTCAGTA 
TTCATGTCTC ATGAAAGAAA TGCTAATGTG TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	NP_055073.2
CDS	235..4827
Translation	MPIRPDLQQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	NM_014258.3
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

NM_014258.3

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGCAGTTG GAAAAATGCA TTGATGATGC TTTAAGAAAA 
AATGATTTCA AACCTTTGAA AACACTTTTG CAAATTGATA TTTGTGAAGA TGTGAAGATT 
AAATGCAGCA AACAGTTTTT CCACAAGGTG GACAACCTTA TATGCAGGGA ACTTAATAAA 
GAGGATATCC ACAATGTTTC AGCCATTTTG GTTTCTGTTG GAAGATGTGG CAAAAATATC 
AGTGTATTGG GGCAAGCTGG ACTTCTAACG ATGATAAAAC AAGGACTAAT ACAAAAGATG 
GTTGCCTGGT TTGAAAAATC CAAGGACATT ATTCAGAGTC AAGGAAATTC AAAAGATGAA 
GCTGTTCTAA ATATGATAGA AGACTTAGTT GATCTTCTGC TGGTCATACA TGATGTCAGT 
GATGAAGGTA AAAAACAAGT AGTGGAAAGT TTCGTACCTC GCATTTGTTC CCTGGTTATT 
GACTCAAGAG TGAATATTTG TATTCAGCAA GAGATTATAA AAAAAATGAA TGCTATGCTT 
GACAAAATGC CTCAAGATGC CCGGAAAATA CTCTCTAACC AAGAAATGTT AATTCTCATG 
AGTAGTATGG GAGAAAGGAT TTTAGATGCT GGAGATTATG ACTTACAGGT AGGCATTGTA 
GAAGCTTTGT GTAGAATGAC CACAGAAAAA CAAAGACAAG AACTGGCACA TCAGTGGTTT 
TCAATGGATT TTATTGCTAA GGCATTTAAA AGAATTAAGG ACTCTGAATT TGAAACAGAT 
TGCAGGATAT TTCTCAACCT TGTAAATGGC ATGCTTGGAG ACAAAAGAAG GGTCTTTACA 
TTTCCTTGTT TATCAGCATT TCTTGATAAA TATGAGCTGC AAATACCATC AGATGAAAAA 
CTTGAGGAAT TTTGGATTGA TTTTAATCTT GGGAGTCAGA CTCTCTCATT CTACATTGCT 
GGAGATAATG ATGATCATCA ATGGGAAGCA GTTACTGTGC CAGAGGAAAA AGTACAAATA 
TACAGCATTG AAGTGAGAGA ATCAAAGAAG CTACTGACAA TAATTCTGAA AAATACAGTA 
AAAATTAGCA AAAGAGAAGG GAAAGAATTG CTTTTGTATT TTGACGCATC ACTAGAAATC 
ACTAATGTAA CTCAAAAAAT TTTTGGTGCA ACTAAACATA GGGAATCTAT CAGAAAACAA 
GGTATTTCAG TTGCCAAAAC GTCGCTGCAT ATACTTTTTG ACGCAAGTGG ATCACAGATT 
CTAGTGCCAG AAAGTCAAAT CTCACCAGTC GGAGAAGAGC TCGTTAGTTT AAAGGAAAAA 
TCAAAGTCCC CAAAGGAATT TGCTAAACCT TCAAAATATA TCAAAAACAG TGACAAAGGG 
AATAGAAATA ATAGTCAGCT TGAGAAAACT ACTCCTAGCA AAAGAAAAAT GTCTGAAGCA 
TCAATGATTG TTTCTGGTGC AGATAGATAC ACTATGAGAA GTCCAGTGCT TTTCAGCAAC 
ACATCAATAC CACCACGAAG AAGAAGAATT AAACCACCAC TGCAAATGAC GAGCTCTGCA 
GAGAAACCTA GTGTTTCTCA AACATCAGAA AATAGAGTGG ATAATGCTGC ATCACTGAAA 
TCTAGATCAT CAGAAGGAAG ACATAGAAGA GATAATATAG ACAAACATAT CAAAACTGCT 
AAGTGTGTAG AAAACACAGA AAATAAGAAT GTTGAATTCC CAAACCAAAA TTTTAGTGAA 
CTCCAGGATG TTATACCAGA TTCACAGGCA GCGGAAAAAA GAGATCATAC TATATTACCT 
GGTGTTTTAG ACAACATCTG TGGAAATAAA ATACACAGCA AATGGGCATG TTGGACACCT 
GTAACAAACA TTGAACTATG TAATAACCAA AGAGCAAGTA CTTCGTCAGG AGACACATTG 
AATCAAGATA TTGTTATAAA TAAAAAACTT ACTAAACAAA AATCATCCTC TTCAATATCT 
GATCATAATT CTGAAGGAAC AGGAAAAGTG AAATATAAGA AAGAACAAAC CGACCATATC 
AAAATAGATA AAGCAGAAGT AGAAGTTTGC AAGAAACACA ATCAGCAACA AAATCATCCT 
AAATATTCAG GGCAGAAAAA TACTGAAAAT GCCAAGCAGA GTGATTGGCC TGTTGAATCT 
GAAACTACTT TTAAATCGGT TCTCCTAAAT AAGACAATTG AAGAATCGCT GATATATAGG 
AAGAAATACA TATTGTCAAA AGATGTGAAT ACTGCTACTT GCGATAAAAA TCCATCTGCT 
AGCAAAAATG TGCAAAGTCA TAGAAAAGCA GAGAAAGAAT TGACTTCTGA GCTTAATTCC 
TGGGATTCGA AACAAAAAAA AATGAGAGAA AAGTCAAAAG GGAAAGAATT TACCAATGTA 
GCAGAATCCT TGATAAGCCA AATCAATAAA AGATACAAAA CAAAAGATGA CATCAAGTCT 
ACAAGAAAAT TAAAGGAGTC TTTGATTAAC AGTGGTTTTT CAAACAAACC TGTTGTACAA 
CTCAGTAAGG AAAAAGTTCA GAAAAAAAGC TACAGAAAAC TGAAGACTAC CTTTGTTAAT 
GTTACTTCTG AATGCCCAGT GAATGATGTT TACAATTTTA ATTTGAATGG AGCTGATGAC 
CCTATCATAA AACTTGGAAT CCAAGAGTTT CAAGCTACAG CTAAAGAAGC TTGTGCGGAT 
AGGTCAATTA GATTGGTAGG TCCAAGGAAT CATGATGAAC TTAAATCTTC TGTCAAAACA 
AAAGATAAAA AAATTATAAC AAATCATCAA AAGAAAAATC TGTTTAGTGA TACTGAAACA 
GAGTACAGAT GTGATGACAG CAAGACTGAT ATTAGCTGGC TAAGAGAACC GAAATCAAAA 
CCACAGCTAA TAGACTATAG CAGAAATAAA AATGTGAAGA ATCATAAAAG TGGAAAATCA 
AGATCATCCT TGGAAAAGGG ACAGCCAAGC TCTAAAATGA CACCCAGTAA AAATATCACA 
AAAAAGATGG ACAAGACAAT TCCGGAAGGA AGAATCAGAC TTCCACGAAA AGCAACCAAA 
ACAAAAAAAA ACTATAAAGA TCTCTCAAAT TCAGAATCAG AGTGTGAACA AGAATTTTCA 
CATTCATTTA AAGAGAACAT ACCAGTAAAG GAGGAGAATA TCCATTCCAG AATGAAAACG 
GTAAAGCTAC CAAAGAAACA ACAGAAAGTC TTCTGTGCTG AAACAGAAAA GGAACTATCA 
AAACAATGGA AAAACTCATC TCTACTAAAA GATGCTATAC GAGATAATTG CCTTGACTTA 
TCTCCCAGAT CTTTATCTGG CAGTCCATCA TCTATAGAAG TAACGAGATG TATAGAGAAA 
ATAACAGAAA AGGATTTTAC TCAGGATTAT GACTGCATAA CAAAATCTAT ATCACCTTAT 
CCAAAAACTT CATCACTTGA ATCCTTAAAT AGTAACAGTG GAGTTGGAGG TACAATAAAG 
TCACCCAAAA ACAATGAGAA AAACTTCCTG TGTGCAAGTG AAAGTTGTTC ACCAATTCCA 
CGACCACTGT TTTTGCCCAG ACATACTCCA ACTAAGAGTA ATACTATTGT AAATAGAAAA 
AAAATAAGTT CTCTGGTACT TACACAAGAA ACACAAAACA GTAACAGCTA TTCAGATGTA 
AGCAGTTATA GTTCAGAAGA ACGGTTTATG GAAATTGAAT CTCCACATAT CAATGAAAAT 
TATATACAAA GCAAAAGAGA GGAAAGTCAT TTAGCATCTT CATTATCCAA GTCTAGTGAA 
GGAAGAGAGA AAACGTGGTT TGACATGCCC TGTGATGCTA CTCATGTATC AGGCCCCACC 
CAACATCTTA GTCGCAAAAG AATATATATA GAAGATAATC TAAGTAATTC CAATGAAGTA 
GAAATGGAAG AGAAAGGAGA AAGGAGAGCA AACTTGCTTC CCAAAAAACT GTGTAAAATT 
GAAGATGCAG ATCATCATAT CCACAAAATG TCTGAAAGTG TATCTTCATT ATCAACAAAT 
GACTTTTCTA TTCCTTGGGA GACCTGGCAA AATGAATTTG CAGGGATAGA GATGACTTAT 
GAGACTTACG AGAGGCTCAA TTCAGAATTT AAGAGAAGGA ATAATATCCG ACATAAAATG 
TTGAGTTATT TTACTACGCA GTCTTGGAAA ACAGCTCAGC AACATCTGAG AACAATGAAT 
CATCAAAGTC AGGACTCTAG GATTAAAAAA CTTGATAAAT TCCAATTCAT TATCATAGAG 
GAGCTGGAGA ATTTTGAAAA AGATTCACAG TCTTTAAAAG ATTTGGAAAA GGAATTTGTG 
GACTTTTGGG AAAAGATATT TCAGAAGTTC AGTGCATATC AAAAAAGCGA ACAACAGAGG 
CTTCATCTTT TGAAAACTTC ATTGGCTAAA AGTGTCTTCT GTAATACTGA TAGTGAAGAA 
ACTGTTTTTA CATCCGAGAT GTGTTTGATG AAAGAAGATA TGAAAGTGCT GCAAGACAGG 
CTTCTTAAGG ACATGCTAGA AGAGGAGCTT CTTAATGTAC GCAGAGAACT GATGTCAGTA 
TTCATGTCTC ATGAAAGAAA TGCTAATGTG TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_011528489.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011526791.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu06285
Clone ID Related Accession (Same CDS sequence)	NM_014258.4 , NM_014258.3 , XM_011528489.2
Accession Version	XM_011528489.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4593bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011528489.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGCAGTTG GAAAAATGCA TTGATGATGC TTTAAGAAAA 
AATGATTTCA AACCTTTGAA AACACTTTTG CAAATTGATA TTTGTGAAGA TGTGAAGATT 
AAATGCAGCA AACAGTTTTT CCACAAGGTG GACAACCTTA TATGCAGGGA ACTTAATAAA 
GAGGATATCC ACAATGTTTC AGCCATTTTG GTTTCTGTTG GAAGATGTGG CAAAAATATC 
AGTGTATTGG GGCAAGCTGG ACTTCTAACG ATGATAAAAC AAGGACTAAT ACAAAAGATG 
GTTGCCTGGT TTGAAAAATC CAAGGACATT ATTCAGAGTC AAGGAAATTC AAAAGATGAA 
GCTGTTCTAA ATATGATAGA AGACTTAGTT GATCTTCTGC TGGTCATACA TGATGTCAGT 
GATGAAGGTA AAAAACAAGT AGTGGAAAGT TTCGTACCTC GCATTTGTTC CCTGGTTATT 
GACTCAAGAG TGAATATTTG TATTCAGCAA GAGATTATAA AAAAAATGAA TGCTATGCTT 
GACAAAATGC CTCAAGATGC CCGGAAAATA CTCTCTAACC AAGAAATGTT AATTCTCATG 
AGTAGTATGG GAGAAAGGAT TTTAGATGCT GGAGATTATG ACTTACAGGT AGGCATTGTA 
GAAGCTTTGT GTAGAATGAC CACAGAAAAA CAAAGACAAG AACTGGCACA TCAGTGGTTT 
TCAATGGATT TTATTGCTAA GGCATTTAAA AGAATTAAGG ACTCTGAATT TGAAACAGAT 
TGCAGGATAT TTCTCAACCT TGTAAATGGC ATGCTTGGAG ACAAAAGAAG GGTCTTTACA 
TTTCCTTGTT TATCAGCATT TCTTGATAAA TATGAGCTGC AAATACCATC AGATGAAAAA 
CTTGAGGAAT TTTGGATTGA TTTTAATCTT GGGAGTCAGA CTCTCTCATT CTACATTGCT 
GGAGATAATG ATGATCATCA ATGGGAAGCA GTTACTGTGC CAGAGGAAAA AGTACAAATA 
TACAGCATTG AAGTGAGAGA ATCAAAGAAG CTACTGACAA TAATTCTGAA AAATACAGTA 
AAAATTAGCA AAAGAGAAGG GAAAGAATTG CTTTTGTATT TTGACGCATC ACTAGAAATC 
ACTAATGTAA CTCAAAAAAT TTTTGGTGCA ACTAAACATA GGGAATCTAT CAGAAAACAA 
GGTATTTCAG TTGCCAAAAC GTCGCTGCAT ATACTTTTTG ACGCAAGTGG ATCACAGATT 
CTAGTGCCAG AAAGTCAAAT CTCACCAGTC GGAGAAGAGC TCGTTAGTTT AAAGGAAAAA 
TCAAAGTCCC CAAAGGAATT TGCTAAACCT TCAAAATATA TCAAAAACAG TGACAAAGGG 
AATAGAAATA ATAGTCAGCT TGAGAAAACT ACTCCTAGCA AAAGAAAAAT GTCTGAAGCA 
TCAATGATTG TTTCTGGTGC AGATAGATAC ACTATGAGAA GTCCAGTGCT TTTCAGCAAC 
ACATCAATAC CACCACGAAG AAGAAGAATT AAACCACCAC TGCAAATGAC GAGCTCTGCA 
GAGAAACCTA GTGTTTCTCA AACATCAGAA AATAGAGTGG ATAATGCTGC ATCACTGAAA 
TCTAGATCAT CAGAAGGAAG ACATAGAAGA GATAATATAG ACAAACATAT CAAAACTGCT 
AAGTGTGTAG AAAACACAGA AAATAAGAAT GTTGAATTCC CAAACCAAAA TTTTAGTGAA 
CTCCAGGATG TTATACCAGA TTCACAGGCA GCGGAAAAAA GAGATCATAC TATATTACCT 
GGTGTTTTAG ACAACATCTG TGGAAATAAA ATACACAGCA AATGGGCATG TTGGACACCT 
GTAACAAACA TTGAACTATG TAATAACCAA AGAGCAAGTA CTTCGTCAGG AGACACATTG 
AATCAAGATA TTGTTATAAA TAAAAAACTT ACTAAACAAA AATCATCCTC TTCAATATCT 
GATCATAATT CTGAAGGAAC AGGAAAAGTG AAATATAAGA AAGAACAAAC CGACCATATC 
AAAATAGATA AAGCAGAAGT AGAAGTTTGC AAGAAACACA ATCAGCAACA AAATCATCCT 
AAATATTCAG GGCAGAAAAA TACTGAAAAT GCCAAGCAGA GTGATTGGCC TGTTGAATCT 
GAAACTACTT TTAAATCGGT TCTCCTAAAT AAGACAATTG AAGAATCGCT GATATATAGG 
AAGAAATACA TATTGTCAAA AGATGTGAAT ACTGCTACTT GCGATAAAAA TCCATCTGCT 
AGCAAAAATG TGCAAAGTCA TAGAAAAGCA GAGAAAGAAT TGACTTCTGA GCTTAATTCC 
TGGGATTCGA AACAAAAAAA AATGAGAGAA AAGTCAAAAG GGAAAGAATT TACCAATGTA 
GCAGAATCCT TGATAAGCCA AATCAATAAA AGATACAAAA CAAAAGATGA CATCAAGTCT 
ACAAGAAAAT TAAAGGAGTC TTTGATTAAC AGTGGTTTTT CAAACAAACC TGTTGTACAA 
CTCAGTAAGG AAAAAGTTCA GAAAAAAAGC TACAGAAAAC TGAAGACTAC CTTTGTTAAT 
GTTACTTCTG AATGCCCAGT GAATGATGTT TACAATTTTA ATTTGAATGG AGCTGATGAC 
CCTATCATAA AACTTGGAAT CCAAGAGTTT CAAGCTACAG CTAAAGAAGC TTGTGCGGAT 
AGGTCAATTA GATTGGTAGG TCCAAGGAAT CATGATGAAC TTAAATCTTC TGTCAAAACA 
AAAGATAAAA AAATTATAAC AAATCATCAA AAGAAAAATC TGTTTAGTGA TACTGAAACA 
GAGTACAGAT GTGATGACAG CAAGACTGAT ATTAGCTGGC TAAGAGAACC GAAATCAAAA 
CCACAGCTAA TAGACTATAG CAGAAATAAA AATGTGAAGA ATCATAAAAG TGGAAAATCA 
AGATCATCCT TGGAAAAGGG ACAGCCAAGC TCTAAAATGA CACCCAGTAA AAATATCACA 
AAAAAGATGG ACAAGACAAT TCCGGAAGGA AGAATCAGAC TTCCACGAAA AGCAACCAAA 
ACAAAAAAAA ACTATAAAGA TCTCTCAAAT TCAGAATCAG AGTGTGAACA AGAATTTTCA 
CATTCATTTA AAGAGAACAT ACCAGTAAAG GAGGAGAATA TCCATTCCAG AATGAAAACG 
GTAAAGCTAC CAAAGAAACA ACAGAAAGTC TTCTGTGCTG AAACAGAAAA GGAACTATCA 
AAACAATGGA AAAACTCATC TCTACTAAAA GATGCTATAC GAGATAATTG CCTTGACTTA 
TCTCCCAGAT CTTTATCTGG CAGTCCATCA TCTATAGAAG TAACGAGATG TATAGAGAAA 
ATAACAGAAA AGGATTTTAC TCAGGATTAT GACTGCATAA CAAAATCTAT ATCACCTTAT 
CCAAAAACTT CATCACTTGA ATCCTTAAAT AGTAACAGTG GAGTTGGAGG TACAATAAAG 
TCACCCAAAA ACAATGAGAA AAACTTCCTG TGTGCAAGTG AAAGTTGTTC ACCAATTCCA 
CGACCACTGT TTTTGCCCAG ACATACTCCA ACTAAGAGTA ATACTATTGT AAATAGAAAA 
AAAATAAGTT CTCTGGTACT TACACAAGAA ACACAAAACA GTAACAGCTA TTCAGATGTA 
AGCAGTTATA GTTCAGAAGA ACGGTTTATG GAAATTGAAT CTCCACATAT CAATGAAAAT 
TATATACAAA GCAAAAGAGA GGAAAGTCAT TTAGCATCTT CATTATCCAA GTCTAGTGAA 
GGAAGAGAGA AAACGTGGTT TGACATGCCC TGTGATGCTA CTCATGTATC AGGCCCCACC 
CAACATCTTA GTCGCAAAAG AATATATATA GAAGATAATC TAAGTAATTC CAATGAAGTA 
GAAATGGAAG AGAAAGGAGA AAGGAGAGCA AACTTGCTTC CCAAAAAACT GTGTAAAATT 
GAAGATGCAG ATCATCATAT CCACAAAATG TCTGAAAGTG TATCTTCATT ATCAACAAAT 
GACTTTTCTA TTCCTTGGGA GACCTGGCAA AATGAATTTG CAGGGATAGA GATGACTTAT 
GAGACTTACG AGAGGCTCAA TTCAGAATTT AAGAGAAGGA ATAATATCCG ACATAAAATG 
TTGAGTTATT TTACTACGCA GTCTTGGAAA ACAGCTCAGC AACATCTGAG AACAATGAAT 
CATCAAAGTC AGGACTCTAG GATTAAAAAA CTTGATAAAT TCCAATTCAT TATCATAGAG 
GAGCTGGAGA ATTTTGAAAA AGATTCACAG TCTTTAAAAG ATTTGGAAAA GGAATTTGTG 
GACTTTTGGG AAAAGATATT TCAGAAGTTC AGTGCATATC AAAAAAGCGA ACAACAGAGG 
CTTCATCTTT TGAAAACTTC ATTGGCTAAA AGTGTCTTCT GTAATACTGA TAGTGAAGAA 
ACTGTTTTTA CATCCGAGAT GTGTTTGATG AAAGAAGATA TGAAAGTGCT GCAAGACAGG 
CTTCTTAAGG ACATGCTAGA AGAGGAGCTT CTTAATGTAC GCAGAGAACT GATGTCAGTA 
TTCATGTCTC ATGAAAGAAA TGCTAATGTG TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011526791.1
CDS	266..4858
Translation	MPIRPDLQQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_011528489.2
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X5, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011528489.2

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGCAGTTG GAAAAATGCA TTGATGATGC TTTAAGAAAA 
AATGATTTCA AACCTTTGAA AACACTTTTG CAAATTGATA TTTGTGAAGA TGTGAAGATT 
AAATGCAGCA AACAGTTTTT CCACAAGGTG GACAACCTTA TATGCAGGGA ACTTAATAAA 
GAGGATATCC ACAATGTTTC AGCCATTTTG GTTTCTGTTG GAAGATGTGG CAAAAATATC 
AGTGTATTGG GGCAAGCTGG ACTTCTAACG ATGATAAAAC AAGGACTAAT ACAAAAGATG 
GTTGCCTGGT TTGAAAAATC CAAGGACATT ATTCAGAGTC AAGGAAATTC AAAAGATGAA 
GCTGTTCTAA ATATGATAGA AGACTTAGTT GATCTTCTGC TGGTCATACA TGATGTCAGT 
GATGAAGGTA AAAAACAAGT AGTGGAAAGT TTCGTACCTC GCATTTGTTC CCTGGTTATT 
GACTCAAGAG TGAATATTTG TATTCAGCAA GAGATTATAA AAAAAATGAA TGCTATGCTT 
GACAAAATGC CTCAAGATGC CCGGAAAATA CTCTCTAACC AAGAAATGTT AATTCTCATG 
AGTAGTATGG GAGAAAGGAT TTTAGATGCT GGAGATTATG ACTTACAGGT AGGCATTGTA 
GAAGCTTTGT GTAGAATGAC CACAGAAAAA CAAAGACAAG AACTGGCACA TCAGTGGTTT 
TCAATGGATT TTATTGCTAA GGCATTTAAA AGAATTAAGG ACTCTGAATT TGAAACAGAT 
TGCAGGATAT TTCTCAACCT TGTAAATGGC ATGCTTGGAG ACAAAAGAAG GGTCTTTACA 
TTTCCTTGTT TATCAGCATT TCTTGATAAA TATGAGCTGC AAATACCATC AGATGAAAAA 
CTTGAGGAAT TTTGGATTGA TTTTAATCTT GGGAGTCAGA CTCTCTCATT CTACATTGCT 
GGAGATAATG ATGATCATCA ATGGGAAGCA GTTACTGTGC CAGAGGAAAA AGTACAAATA 
TACAGCATTG AAGTGAGAGA ATCAAAGAAG CTACTGACAA TAATTCTGAA AAATACAGTA 
AAAATTAGCA AAAGAGAAGG GAAAGAATTG CTTTTGTATT TTGACGCATC ACTAGAAATC 
ACTAATGTAA CTCAAAAAAT TTTTGGTGCA ACTAAACATA GGGAATCTAT CAGAAAACAA 
GGTATTTCAG TTGCCAAAAC GTCGCTGCAT ATACTTTTTG ACGCAAGTGG ATCACAGATT 
CTAGTGCCAG AAAGTCAAAT CTCACCAGTC GGAGAAGAGC TCGTTAGTTT AAAGGAAAAA 
TCAAAGTCCC CAAAGGAATT TGCTAAACCT TCAAAATATA TCAAAAACAG TGACAAAGGG 
AATAGAAATA ATAGTCAGCT TGAGAAAACT ACTCCTAGCA AAAGAAAAAT GTCTGAAGCA 
TCAATGATTG TTTCTGGTGC AGATAGATAC ACTATGAGAA GTCCAGTGCT TTTCAGCAAC 
ACATCAATAC CACCACGAAG AAGAAGAATT AAACCACCAC TGCAAATGAC GAGCTCTGCA 
GAGAAACCTA GTGTTTCTCA AACATCAGAA AATAGAGTGG ATAATGCTGC ATCACTGAAA 
TCTAGATCAT CAGAAGGAAG ACATAGAAGA GATAATATAG ACAAACATAT CAAAACTGCT 
AAGTGTGTAG AAAACACAGA AAATAAGAAT GTTGAATTCC CAAACCAAAA TTTTAGTGAA 
CTCCAGGATG TTATACCAGA TTCACAGGCA GCGGAAAAAA GAGATCATAC TATATTACCT 
GGTGTTTTAG ACAACATCTG TGGAAATAAA ATACACAGCA AATGGGCATG TTGGACACCT 
GTAACAAACA TTGAACTATG TAATAACCAA AGAGCAAGTA CTTCGTCAGG AGACACATTG 
AATCAAGATA TTGTTATAAA TAAAAAACTT ACTAAACAAA AATCATCCTC TTCAATATCT 
GATCATAATT CTGAAGGAAC AGGAAAAGTG AAATATAAGA AAGAACAAAC CGACCATATC 
AAAATAGATA AAGCAGAAGT AGAAGTTTGC AAGAAACACA ATCAGCAACA AAATCATCCT 
AAATATTCAG GGCAGAAAAA TACTGAAAAT GCCAAGCAGA GTGATTGGCC TGTTGAATCT 
GAAACTACTT TTAAATCGGT TCTCCTAAAT AAGACAATTG AAGAATCGCT GATATATAGG 
AAGAAATACA TATTGTCAAA AGATGTGAAT ACTGCTACTT GCGATAAAAA TCCATCTGCT 
AGCAAAAATG TGCAAAGTCA TAGAAAAGCA GAGAAAGAAT TGACTTCTGA GCTTAATTCC 
TGGGATTCGA AACAAAAAAA AATGAGAGAA AAGTCAAAAG GGAAAGAATT TACCAATGTA 
GCAGAATCCT TGATAAGCCA AATCAATAAA AGATACAAAA CAAAAGATGA CATCAAGTCT 
ACAAGAAAAT TAAAGGAGTC TTTGATTAAC AGTGGTTTTT CAAACAAACC TGTTGTACAA 
CTCAGTAAGG AAAAAGTTCA GAAAAAAAGC TACAGAAAAC TGAAGACTAC CTTTGTTAAT 
GTTACTTCTG AATGCCCAGT GAATGATGTT TACAATTTTA ATTTGAATGG AGCTGATGAC 
CCTATCATAA AACTTGGAAT CCAAGAGTTT CAAGCTACAG CTAAAGAAGC TTGTGCGGAT 
AGGTCAATTA GATTGGTAGG TCCAAGGAAT CATGATGAAC TTAAATCTTC TGTCAAAACA 
AAAGATAAAA AAATTATAAC AAATCATCAA AAGAAAAATC TGTTTAGTGA TACTGAAACA 
GAGTACAGAT GTGATGACAG CAAGACTGAT ATTAGCTGGC TAAGAGAACC GAAATCAAAA 
CCACAGCTAA TAGACTATAG CAGAAATAAA AATGTGAAGA ATCATAAAAG TGGAAAATCA 
AGATCATCCT TGGAAAAGGG ACAGCCAAGC TCTAAAATGA CACCCAGTAA AAATATCACA 
AAAAAGATGG ACAAGACAAT TCCGGAAGGA AGAATCAGAC TTCCACGAAA AGCAACCAAA 
ACAAAAAAAA ACTATAAAGA TCTCTCAAAT TCAGAATCAG AGTGTGAACA AGAATTTTCA 
CATTCATTTA AAGAGAACAT ACCAGTAAAG GAGGAGAATA TCCATTCCAG AATGAAAACG 
GTAAAGCTAC CAAAGAAACA ACAGAAAGTC TTCTGTGCTG AAACAGAAAA GGAACTATCA 
AAACAATGGA AAAACTCATC TCTACTAAAA GATGCTATAC GAGATAATTG CCTTGACTTA 
TCTCCCAGAT CTTTATCTGG CAGTCCATCA TCTATAGAAG TAACGAGATG TATAGAGAAA 
ATAACAGAAA AGGATTTTAC TCAGGATTAT GACTGCATAA CAAAATCTAT ATCACCTTAT 
CCAAAAACTT CATCACTTGA ATCCTTAAAT AGTAACAGTG GAGTTGGAGG TACAATAAAG 
TCACCCAAAA ACAATGAGAA AAACTTCCTG TGTGCAAGTG AAAGTTGTTC ACCAATTCCA 
CGACCACTGT TTTTGCCCAG ACATACTCCA ACTAAGAGTA ATACTATTGT AAATAGAAAA 
AAAATAAGTT CTCTGGTACT TACACAAGAA ACACAAAACA GTAACAGCTA TTCAGATGTA 
AGCAGTTATA GTTCAGAAGA ACGGTTTATG GAAATTGAAT CTCCACATAT CAATGAAAAT 
TATATACAAA GCAAAAGAGA GGAAAGTCAT TTAGCATCTT CATTATCCAA GTCTAGTGAA 
GGAAGAGAGA AAACGTGGTT TGACATGCCC TGTGATGCTA CTCATGTATC AGGCCCCACC 
CAACATCTTA GTCGCAAAAG AATATATATA GAAGATAATC TAAGTAATTC CAATGAAGTA 
GAAATGGAAG AGAAAGGAGA AAGGAGAGCA AACTTGCTTC CCAAAAAACT GTGTAAAATT 
GAAGATGCAG ATCATCATAT CCACAAAATG TCTGAAAGTG TATCTTCATT ATCAACAAAT 
GACTTTTCTA TTCCTTGGGA GACCTGGCAA AATGAATTTG CAGGGATAGA GATGACTTAT 
GAGACTTACG AGAGGCTCAA TTCAGAATTT AAGAGAAGGA ATAATATCCG ACATAAAATG 
TTGAGTTATT TTACTACGCA GTCTTGGAAA ACAGCTCAGC AACATCTGAG AACAATGAAT 
CATCAAAGTC AGGACTCTAG GATTAAAAAA CTTGATAAAT TCCAATTCAT TATCATAGAG 
GAGCTGGAGA ATTTTGAAAA AGATTCACAG TCTTTAAAAG ATTTGGAAAA GGAATTTGTG 
GACTTTTGGG AAAAGATATT TCAGAAGTTC AGTGCATATC AAAAAAGCGA ACAACAGAGG 
CTTCATCTTT TGAAAACTTC ATTGGCTAAA AGTGTCTTCT GTAATACTGA TAGTGAAGAA 
ACTGTTTTTA CATCCGAGAT GTGTTTGATG AAAGAAGATA TGAAAGTGCT GCAAGACAGG 
CTTCTTAAGG ACATGCTAGA AGAGGAGCTT CTTAATGTAC GCAGAGAACT GATGTCAGTA 
TTCATGTCTC ATGAAAGAAA TGCTAATGTG TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027592.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883081.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X12, mRNA.

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CloneID	OHu63959
Clone ID Related Accession (Same CDS sequence)	XM_017027592.2 , XM_017027592.1
Accession Version	XM_017027592.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2571bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017027592.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG TTGCTCTCTG TGTCCACTTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883081.1
CDS	449..3019
Translation	MPIRPDLQVCSPRPKQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKLLSVST

Target ORF information:

RefSeq Version	XM_017027592.2
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027592.2

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG TTGCTCTCTG TGTCCACTTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027592.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883081.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X12, mRNA.

Price & Availability↑

CloneID	OHu63959
Clone ID Related Accession (Same CDS sequence)	XM_017027592.2 , XM_017027592.1
Accession Version	XM_017027592.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2571bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X9
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG TTGCTCTCTG TGTCCACTTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883081.1
CDS	448..3018
Translation	MPIRPDLQVCSPRPKQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKLLSVST

Target ORF information:

RefSeq Version	XM_017027592.1
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X12, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027592.1

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG TTGCTCTCTG TGTCCACTTA A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027591.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883080.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X11, mRNA.

Price & Availability↑

CloneID	OHu92880
Clone ID Related Accession (Same CDS sequence)	XM_017027591.1
Accession Version	XM_017027591.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3165bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X8
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGTCTGAAG CATCAATGAT TGTTTCTGGT GCAGATAGAT ACACTATGAG AAGTCCAGTG 
CTTTTCAGCA ACACATCAAT ACCACCACGA AGAAGAAGAA TTAAACCACC ACTGCAAATG 
ACGAGCTCTG CAGAGAAACC TAGTGTTTCT CAAACATCAG AAAATAGAGT GGATAATGCT 
GCATCACTGA AATCTAGATC ATCAGAAGGA AGACATAGAA GAGATAATAT AGACAAACAT 
ATCAAAACTG CTAAGTGTGT AGAAAACACA GAAAATAAGA ATGTTGAATT CCCAAACCAA 
AATTTTAGTG AACTCCAGGA TGTTATACCA GATTCACAGG CAGCGGAAAA AAGAGATCAT 
ACTATATTAC CTGGTGTTTT AGACAACATC TGTGGAAATA AAATACACAG CAAATGGGCA 
TGTTGGACAC CTGTAACAAA CATTGAACTA TGTAATAACC AAAGAGCAAG TACTTCGTCA 
GGAGACACAT TGAATCAAGA TATTGTTATA AATAAAAAAC TTACTAAACA AAAATCATCC 
TCTTCAATAT CTGATCATAA TTCTGAAGGA ACAGGAAAAG TGAAATATAA GAAAGAACAA 
ACCGACCATA TCAAAATAGA TAAAGCAGAA GTAGAAGTTT GCAAGAAACA CAATCAGCAA 
CAAAATCATC CTAAATATTC AGGGCAGAAA AATACTGAAA ATGCCAAGCA GAGTGATTGG 
CCTGTTGAAT CTGAAACTAC TTTTAAATCG GTTCTCCTAA ATAAGACAAT TGAAGAATCG 
CTGATATATA GGAAGAAATA CATATTGTCA AAAGATGTGA ATACTGCTAC TTGCGATAAA 
AATCCATCTG CTAGCAAAAA TGTGCAAAGT CATAGAAAAG CAGAGAAAGA ATTGACTTCT 
GAGCTTAATT CCTGGGATTC GAAACAAAAA AAAATGAGAG AAAAGTCAAA AGGGAAAGAA 
TTTACCAATG TAGCAGAATC CTTGATAAGC CAAATCAATA AAAGATACAA AACAAAAGAT 
GACATCAAGT CTACAAGAAA ATTAAAGGAG TCTTTGATTA ACAGTGGTTT TTCAAACAAA 
CCTGTTGTAC AACTCAGTAA GGAAAAAGTT CAGAAAAAAA GCTACAGAAA ACTGAAGACT 
ACCTTTGTTA ATGTTACTTC TGAATGCCCA GTGAATGATG TTTACAATTT TAATTTGAAT 
GGAGCTGATG ACCCTATCAT AAAACTTGGA ATCCAAGAGT TTCAAGCTAC AGCTAAAGAA 
GCTTGTGCGG ATAGGTCAAT TAGATTGGTA GGTCCAAGGA ATCATGATGA ACTTAAATCT 
TCTGTCAAAA CAAAAGATAA AAAAATTATA ACAAATCATC AAAAGAAAAA TCTGTTTAGT 
GATACTGAAA CAGAGTACAG ATGTGATGAC AGCAAGACTG ATATTAGCTG GCTAAGAGAA 
CCGAAATCAA AACCACAGCT AATAGACTAT AGCAGAAATA AAAATGTGAA GAATCATAAA 
AGTGGAAAAT CAAGATCATC CTTGGAAAAG GGACAGCCAA GCTCTAAAAT GACACCCAGT 
AAAAATATCA CAAAAAAGAT GGACAAGACA ATTCCGGAAG GAAGAATCAG ACTTCCACGA 
AAAGCAACCA AAACAAAAAA AAACTATAAA GATCTCTCAA ATTCAGAATC AGAGTGTGAA 
CAAGAATTTT CACATTCATT TAAAGAGAAC ATACCAGTAA AGGAGGAGAA TATCCATTCC 
AGAATGAAAA CGGTAAAGCT ACCAAAGAAA CAACAGAAAG TCTTCTGTGC TGAAACAGAA 
AAGGAACTAT CAAAACAATG GAAAAACTCA TCTCTACTAA AAGATGCTAT ACGAGATAAT 
TGCCTTGACT TATCTCCCAG ATCTTTATCT GGCAGTCCAT CATCTATAGA AGTAACGAGA 
TGTATAGAGA AAATAACAGA AAAGGATTTT ACTCAGGATT ATGACTGCAT AACAAAATCT 
ATATCACCTT ATCCAAAAAC TTCATCACTT GAATCCTTAA ATAGTAACAG TGGAGTTGGA 
GGTACAATAA AGTCACCCAA AAACAATGAG AAAAACTTCC TGTGTGCAAG TGAAAGTTGT 
TCACCAATTC CACGACCACT GTTTTTGCCC AGACATACTC CAACTAAGAG TAATACTATT 
GTAAATAGAA AAAAAATAAG TTCTCTGGTA CTTACACAAG AAACACAAAA CAGTAACAGC 
TATTCAGATG TAAGCAGTTA TAGTTCAGAA GAACGGTTTA TGGAAATTGA ATCTCCACAT 
ATCAATGAAA ATTATATACA AAGCAAAAGA GAGGAAAGTC ATTTAGCATC TTCATTATCC 
AAGTCTAGTG AAGGAAGAGA GAAAACGTGG TTTGACATGC CCTGTGATGC TACTCATGTA 
TCAGGCCCCA CCCAACATCT TAGTCGCAAA AGAATATATA TAGAAGATAA TCTAAGTAAT 
TCCAATGAAG TAGAAATGGA AGAGAAAGGA GAAAGGAGAG CAAACTTGCT TCCCAAAAAA 
CTGTGTAAAA TTGAAGATGC AGATCATCAT ATCCACAAAA TGTCTGAAAG TGTATCTTCA 
TTATCAACAA ATGACTTTTC TATTCCTTGG GAGACCTGGC AAAATGAATT TGCAGGGATA 
GAGATGACTT ATGAGACTTA CGAGAGGCTC AATTCAGAAT TTAAGAGAAG GAATAATATC 
CGACATAAAA TGTTGAGTTA TTTTACTACG CAGTCTTGGA AAACAGCTCA GCAACATCTG 
AGAACAATGA ATCATCAAAG TCAGGACTCT AGGATTAAAA AACTTGATAA ATTCCAATTC 
ATTATCATAG AGGAGCTGGA GAATTTTGAA AAAGATTCAC AGTCTTTAAA AGATTTGGAA 
AAGGAATTTG TGGACTTTTG GGAAAAGATA TTTCAGAAGT TCAGTGCATA TCAAAAAAGC 
GAACAACAGA GGCTTCATCT TTTGAAAACT TCATTGGCTA AAAGTGTCTT CTGTAATACT 
GATAGTGAAG AAACTGTTTT TACATCCGAG ATGTGTTTGA TGAAAGAAGA TATGAAAGTG 
CTGCAAGACA GGCTTCTTAA GGACATGCTA GAAGAGGAGC TTCTTAATGT ACGCAGAGAA 
CTGATGTCAG TATTCATGTC TCATGAAAGA AATGCTAATG TGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883080.1
CDS	994..4158
Translation	MSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_017027591.1
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X11, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027591.1

ORF Insert Sequence:

ATGTCTGAAG CATCAATGAT TGTTTCTGGT GCAGATAGAT ACACTATGAG AAGTCCAGTG 
CTTTTCAGCA ACACATCAAT ACCACCACGA AGAAGAAGAA TTAAACCACC ACTGCAAATG 
ACGAGCTCTG CAGAGAAACC TAGTGTTTCT CAAACATCAG AAAATAGAGT GGATAATGCT 
GCATCACTGA AATCTAGATC ATCAGAAGGA AGACATAGAA GAGATAATAT AGACAAACAT 
ATCAAAACTG CTAAGTGTGT AGAAAACACA GAAAATAAGA ATGTTGAATT CCCAAACCAA 
AATTTTAGTG AACTCCAGGA TGTTATACCA GATTCACAGG CAGCGGAAAA AAGAGATCAT 
ACTATATTAC CTGGTGTTTT AGACAACATC TGTGGAAATA AAATACACAG CAAATGGGCA 
TGTTGGACAC CTGTAACAAA CATTGAACTA TGTAATAACC AAAGAGCAAG TACTTCGTCA 
GGAGACACAT TGAATCAAGA TATTGTTATA AATAAAAAAC TTACTAAACA AAAATCATCC 
TCTTCAATAT CTGATCATAA TTCTGAAGGA ACAGGAAAAG TGAAATATAA GAAAGAACAA 
ACCGACCATA TCAAAATAGA TAAAGCAGAA GTAGAAGTTT GCAAGAAACA CAATCAGCAA 
CAAAATCATC CTAAATATTC AGGGCAGAAA AATACTGAAA ATGCCAAGCA GAGTGATTGG 
CCTGTTGAAT CTGAAACTAC TTTTAAATCG GTTCTCCTAA ATAAGACAAT TGAAGAATCG 
CTGATATATA GGAAGAAATA CATATTGTCA AAAGATGTGA ATACTGCTAC TTGCGATAAA 
AATCCATCTG CTAGCAAAAA TGTGCAAAGT CATAGAAAAG CAGAGAAAGA ATTGACTTCT 
GAGCTTAATT CCTGGGATTC GAAACAAAAA AAAATGAGAG AAAAGTCAAA AGGGAAAGAA 
TTTACCAATG TAGCAGAATC CTTGATAAGC CAAATCAATA AAAGATACAA AACAAAAGAT 
GACATCAAGT CTACAAGAAA ATTAAAGGAG TCTTTGATTA ACAGTGGTTT TTCAAACAAA 
CCTGTTGTAC AACTCAGTAA GGAAAAAGTT CAGAAAAAAA GCTACAGAAA ACTGAAGACT 
ACCTTTGTTA ATGTTACTTC TGAATGCCCA GTGAATGATG TTTACAATTT TAATTTGAAT 
GGAGCTGATG ACCCTATCAT AAAACTTGGA ATCCAAGAGT TTCAAGCTAC AGCTAAAGAA 
GCTTGTGCGG ATAGGTCAAT TAGATTGGTA GGTCCAAGGA ATCATGATGA ACTTAAATCT 
TCTGTCAAAA CAAAAGATAA AAAAATTATA ACAAATCATC AAAAGAAAAA TCTGTTTAGT 
GATACTGAAA CAGAGTACAG ATGTGATGAC AGCAAGACTG ATATTAGCTG GCTAAGAGAA 
CCGAAATCAA AACCACAGCT AATAGACTAT AGCAGAAATA AAAATGTGAA GAATCATAAA 
AGTGGAAAAT CAAGATCATC CTTGGAAAAG GGACAGCCAA GCTCTAAAAT GACACCCAGT 
AAAAATATCA CAAAAAAGAT GGACAAGACA ATTCCGGAAG GAAGAATCAG ACTTCCACGA 
AAAGCAACCA AAACAAAAAA AAACTATAAA GATCTCTCAA ATTCAGAATC AGAGTGTGAA 
CAAGAATTTT CACATTCATT TAAAGAGAAC ATACCAGTAA AGGAGGAGAA TATCCATTCC 
AGAATGAAAA CGGTAAAGCT ACCAAAGAAA CAACAGAAAG TCTTCTGTGC TGAAACAGAA 
AAGGAACTAT CAAAACAATG GAAAAACTCA TCTCTACTAA AAGATGCTAT ACGAGATAAT 
TGCCTTGACT TATCTCCCAG ATCTTTATCT GGCAGTCCAT CATCTATAGA AGTAACGAGA 
TGTATAGAGA AAATAACAGA AAAGGATTTT ACTCAGGATT ATGACTGCAT AACAAAATCT 
ATATCACCTT ATCCAAAAAC TTCATCACTT GAATCCTTAA ATAGTAACAG TGGAGTTGGA 
GGTACAATAA AGTCACCCAA AAACAATGAG AAAAACTTCC TGTGTGCAAG TGAAAGTTGT 
TCACCAATTC CACGACCACT GTTTTTGCCC AGACATACTC CAACTAAGAG TAATACTATT 
GTAAATAGAA AAAAAATAAG TTCTCTGGTA CTTACACAAG AAACACAAAA CAGTAACAGC 
TATTCAGATG TAAGCAGTTA TAGTTCAGAA GAACGGTTTA TGGAAATTGA ATCTCCACAT 
ATCAATGAAA ATTATATACA AAGCAAAAGA GAGGAAAGTC ATTTAGCATC TTCATTATCC 
AAGTCTAGTG AAGGAAGAGA GAAAACGTGG TTTGACATGC CCTGTGATGC TACTCATGTA 
TCAGGCCCCA CCCAACATCT TAGTCGCAAA AGAATATATA TAGAAGATAA TCTAAGTAAT 
TCCAATGAAG TAGAAATGGA AGAGAAAGGA GAAAGGAGAG CAAACTTGCT TCCCAAAAAA 
CTGTGTAAAA TTGAAGATGC AGATCATCAT ATCCACAAAA TGTCTGAAAG TGTATCTTCA 
TTATCAACAA ATGACTTTTC TATTCCTTGG GAGACCTGGC AAAATGAATT TGCAGGGATA 
GAGATGACTT ATGAGACTTA CGAGAGGCTC AATTCAGAAT TTAAGAGAAG GAATAATATC 
CGACATAAAA TGTTGAGTTA TTTTACTACG CAGTCTTGGA AAACAGCTCA GCAACATCTG 
AGAACAATGA ATCATCAAAG TCAGGACTCT AGGATTAAAA AACTTGATAA ATTCCAATTC 
ATTATCATAG AGGAGCTGGA GAATTTTGAA AAAGATTCAC AGTCTTTAAA AGATTTGGAA 
AAGGAATTTG TGGACTTTTG GGAAAAGATA TTTCAGAAGT TCAGTGCATA TCAAAAAAGC 
GAACAACAGA GGCTTCATCT TTTGAAAACT TCATTGGCTA AAAGTGTCTT CTGTAATACT 
GATAGTGAAG AAACTGTTTT TACATCCGAG ATGTGTTTGA TGAAAGAAGA TATGAAAGTG 
CTGCAAGACA GGCTTCTTAA GGACATGCTA GAAGAGGAGC TTCTTAATGT ACGCAGAGAA 
CTGATGTCAG TATTCATGTC TCATGAAAGA AATGCTAATG TGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027587.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883076.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OHu92879
Clone ID Related Accession (Same CDS sequence)	XM_017027587.1
Accession Version	XM_017027587.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4611bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAATTGGA AAAATGCATT 
GATGATGCTT TAAGAAAAAA TGATTTCAAA CCTTTGAAAA CACTTTTGCA AATTGATATT 
TGTGAAGATG TGAAGATTAA ATGCAGCAAA CAGTTTTTCC ACAAGGTGGA CAACCTTATA 
TGCAGGGAAC TTAATAAAGA GGATATCCAC AATGTTTCAG CCATTTTGGT TTCTGTTGGA 
AGATGTGGCA AAAATATCAG TGTATTGGGG CAAGCTGGAC TTCTAACGAT GATAAAACAA 
GGACTAATAC AAAAGATGGT TGCCTGGTTT GAAAAATCCA AGGACATTAT TCAGAGTCAA 
GGAAATTCAA AAGATGAAGC TGTTCTAAAT ATGATAGAAG ACTTAGTTGA TCTTCTGCTG 
GTCATACATG ATGTCAGTGA TGAAGGTAAA AAACAAGTAG TGGAAAGTTT CGTACCTCGC 
ATTTGTTCCC TGGTTATTGA CTCAAGAGTG AATATTTGTA TTCAGCAAGA GATTATAAAA 
AAAATGAATG CTATGCTTGA CAAAATGCCT CAAGATGCCC GGAAAATACT CTCTAACCAA 
GAAATGTTAA TTCTCATGAG TAGTATGGGA GAAAGGATTT TAGATGCTGG AGATTATGAC 
TTACAGGTAG GCATTGTAGA AGCTTTGTGT AGAATGACCA CAGAAAAACA AAGACAAGAA 
CTGGCACATC AGTGGTTTTC AATGGATTTT ATTGCTAAGG CATTTAAAAG AATTAAGGAC 
TCTGAATTTG AAACAGATTG CAGGATATTT CTCAACCTTG TAAATGGCAT GCTTGGAGAC 
AAAAGAAGGG TCTTTACATT TCCTTGTTTA TCAGCATTTC TTGATAAATA TGAGCTGCAA 
ATACCATCAG ATGAAAAACT TGAGGAATTT TGGATTGATT TTAATCTTGG GAGTCAGACT 
CTCTCATTCT ACATTGCTGG AGATAATGAT GATCATCAAT GGGAAGCAGT TACTGTGCCA 
GAGGAAAAAG TACAAATATA CAGCATTGAA GTGAGAGAAT CAAAGAAGCT ACTGACAATA 
ATTCTGAAAA ATACAGTAAA AATTAGCAAA AGAGAAGGGA AAGAATTGCT TTTGTATTTT 
GACGCATCAC TAGAAATCAC TAATGTAACT CAAAAAATTT TTGGTGCAAC TAAACATAGG 
GAATCTATCA GAAAACAAGG TATTTCAGTT GCCAAAACGT CGCTGCATAT ACTTTTTGAC 
GCAAGTGGAT CACAGATTCT AGTGCCAGAA AGTCAAATCT CACCAGTCGG AGAAGAGCTC 
GTTAGTTTAA AGGAAAAATC AAAGTCCCCA AAGGAATTTG CTAAACCTTC AAAATATATC 
AAAAACAGTG ACAAAGGGAA TAGAAATAAT AGTCAGCTTG AGAAAACTAC TCCTAGCAAA 
AGAAAAATGT CTGAAGCATC AATGATTGTT TCTGGTGCAG ATAGATACAC TATGAGAAGT 
CCAGTGCTTT TCAGCAACAC ATCAATACCA CCACGAAGAA GAAGAATTAA ACCACCACTG 
CAAATGACGA GCTCTGCAGA GAAACCTAGT GTTTCTCAAA CATCAGAAAA TAGAGTGGAT 
AATGCTGCAT CACTGAAATC TAGATCATCA GAAGGAAGAC ATAGAAGAGA TAATATAGAC 
AAACATATCA AAACTGCTAA GTGTGTAGAA AACACAGAAA ATAAGAATGT TGAATTCCCA 
AACCAAAATT TTAGTGAACT CCAGGATGTT ATACCAGATT CACAGGCAGC GGAAAAAAGA 
GATCATACTA TATTACCTGG TGTTTTAGAC AACATCTGTG GAAATAAAAT ACACAGCAAA 
TGGGCATGTT GGACACCTGT AACAAACATT GAACTATGTA ATAACCAAAG AGCAAGTACT 
TCGTCAGGAG ACACATTGAA TCAAGATATT GTTATAAATA AAAAACTTAC TAAACAAAAA 
TCATCCTCTT CAATATCTGA TCATAATTCT GAAGGAACAG GAAAAGTGAA ATATAAGAAA 
GAACAAACCG ACCATATCAA AATAGATAAA GCAGAAGTAG AAGTTTGCAA GAAACACAAT 
CAGCAACAAA ATCATCCTAA ATATTCAGGG CAGAAAAATA CTGAAAATGC CAAGCAGAGT 
GATTGGCCTG TTGAATCTGA AACTACTTTT AAATCGGTTC TCCTAAATAA GACAATTGAA 
GAATCGCTGA TATATAGGAA GAAATACATA TTGTCAAAAG ATGTGAATAC TGCTACTTGC 
GATAAAAATC CATCTGCTAG CAAAAATGTG CAAAGTCATA GAAAAGCAGA GAAAGAATTG 
ACTTCTGAGC TTAATTCCTG GGATTCGAAA CAAAAAAAAA TGAGAGAAAA GTCAAAAGGG 
AAAGAATTTA CCAATGTAGC AGAATCCTTG ATAAGCCAAA TCAATAAAAG ATACAAAACA 
AAAGATGACA TCAAGTCTAC AAGAAAATTA AAGGAGTCTT TGATTAACAG TGGTTTTTCA 
AACAAACCTG TTGTACAACT CAGTAAGGAA AAAGTTCAGA AAAAAAGCTA CAGAAAACTG 
AAGACTACCT TTGTTAATGT TACTTCTGAA TGCCCAGTGA ATGATGTTTA CAATTTTAAT 
TTGAATGGAG CTGATGACCC TATCATAAAA CTTGGAATCC AAGAGTTTCA AGCTACAGCT 
AAAGAAGCTT GTGCGGATAG GTCAATTAGA TTGGTAGGTC CAAGGAATCA TGATGAACTT 
AAATCTTCTG TCAAAACAAA AGATAAAAAA ATTATAACAA ATCATCAAAA GAAAAATCTG 
TTTAGTGATA CTGAAACAGA GTACAGATGT GATGACAGCA AGACTGATAT TAGCTGGCTA 
AGAGAACCGA AATCAAAACC ACAGCTAATA GACTATAGCA GAAATAAAAA TGTGAAGAAT 
CATAAAAGTG GAAAATCAAG ATCATCCTTG GAAAAGGGAC AGCCAAGCTC TAAAATGACA 
CCCAGTAAAA ATATCACAAA AAAGATGGAC AAGACAATTC CGGAAGGAAG AATCAGACTT 
CCACGAAAAG CAACCAAAAC AAAAAAAAAC TATAAAGATC TCTCAAATTC AGAATCAGAG 
TGTGAACAAG AATTTTCACA TTCATTTAAA GAGAACATAC CAGTAAAGGA GGAGAATATC 
CATTCCAGAA TGAAAACGGT AAAGCTACCA AAGAAACAAC AGAAAGTCTT CTGTGCTGAA 
ACAGAAAAGG AACTATCAAA ACAATGGAAA AACTCATCTC TACTAAAAGA TGCTATACGA 
GATAATTGCC TTGACTTATC TCCCAGATCT TTATCTGGCA GTCCATCATC TATAGAAGTA 
ACGAGATGTA TAGAGAAAAT AACAGAAAAG GATTTTACTC AGGATTATGA CTGCATAACA 
AAATCTATAT CACCTTATCC AAAAACTTCA TCACTTGAAT CCTTAAATAG TAACAGTGGA 
GTTGGAGGTA CAATAAAGTC ACCCAAAAAC AATGAGAAAA ACTTCCTGTG TGCAAGTGAA 
AGTTGTTCAC CAATTCCACG ACCACTGTTT TTGCCCAGAC ATACTCCAAC TAAGAGTAAT 
ACTATTGTAA ATAGAAAAAA AATAAGTTCT CTGGTACTTA CACAAGAAAC ACAAAACAGT 
AACAGCTATT CAGATGTAAG CAGTTATAGT TCAGAAGAAC GGTTTATGGA AATTGAATCT 
CCACATATCA ATGAAAATTA TATACAAAGC AAAAGAGAGG AAAGTCATTT AGCATCTTCA 
TTATCCAAGT CTAGTGAAGG AAGAGAGAAA ACGTGGTTTG ACATGCCCTG TGATGCTACT 
CATGTATCAG GCCCCACCCA ACATCTTAGT CGCAAAAGAA TATATATAGA AGATAATCTA 
AGTAATTCCA ATGAAGTAGA AATGGAAGAG AAAGGAGAAA GGAGAGCAAA CTTGCTTCCC 
AAAAAACTGT GTAAAATTGA AGATGCAGAT CATCATATCC ACAAAATGTC TGAAAGTGTA 
TCTTCATTAT CAACAAATGA CTTTTCTATT CCTTGGGAGA CCTGGCAAAA TGAATTTGCA 
GGGATAGAGA TGACTTATGA GACTTACGAG AGGCTCAATT CAGAATTTAA GAGAAGGAAT 
AATATCCGAC ATAAAATGTT GAGTTATTTT ACTACGCAGT CTTGGAAAAC AGCTCAGCAA 
CATCTGAGAA CAATGAATCA TCAAAGTCAG GACTCTAGGA TTAAAAAACT TGATAAATTC 
CAATTCATTA TCATAGAGGA GCTGGAGAAT TTTGAAAAAG ATTCACAGTC TTTAAAAGAT 
TTGGAAAAGG AATTTGTGGA CTTTTGGGAA AAGATATTTC AGAAGTTCAG TGCATATCAA 
AAAAGCGAAC AACAGAGGCT TCATCTTTTG AAAACTTCAT TGGCTAAAAG TGTCTTCTGT 
AATACTGATA GTGAAGAAAC TGTTTTTACA TCCGAGATGT GTTTGATGAA AGAAGATATG 
AAAGTGCTGC AAGACAGGCT TCTTAAGGAC ATGCTAGAAG AGGAGCTTCT TAATGTACGC 
AGAGAACTGA TGTCAGTATT CATGTCTCAT GAAAGAAATG CTAATGTGTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883076.1
CDS	446..5056
Translation	MPIRPDLQVCSPRPKLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_017027587.1
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X4, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027587.1

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAATTGGA AAAATGCATT 
GATGATGCTT TAAGAAAAAA TGATTTCAAA CCTTTGAAAA CACTTTTGCA AATTGATATT 
TGTGAAGATG TGAAGATTAA ATGCAGCAAA CAGTTTTTCC ACAAGGTGGA CAACCTTATA 
TGCAGGGAAC TTAATAAAGA GGATATCCAC AATGTTTCAG CCATTTTGGT TTCTGTTGGA 
AGATGTGGCA AAAATATCAG TGTATTGGGG CAAGCTGGAC TTCTAACGAT GATAAAACAA 
GGACTAATAC AAAAGATGGT TGCCTGGTTT GAAAAATCCA AGGACATTAT TCAGAGTCAA 
GGAAATTCAA AAGATGAAGC TGTTCTAAAT ATGATAGAAG ACTTAGTTGA TCTTCTGCTG 
GTCATACATG ATGTCAGTGA TGAAGGTAAA AAACAAGTAG TGGAAAGTTT CGTACCTCGC 
ATTTGTTCCC TGGTTATTGA CTCAAGAGTG AATATTTGTA TTCAGCAAGA GATTATAAAA 
AAAATGAATG CTATGCTTGA CAAAATGCCT CAAGATGCCC GGAAAATACT CTCTAACCAA 
GAAATGTTAA TTCTCATGAG TAGTATGGGA GAAAGGATTT TAGATGCTGG AGATTATGAC 
TTACAGGTAG GCATTGTAGA AGCTTTGTGT AGAATGACCA CAGAAAAACA AAGACAAGAA 
CTGGCACATC AGTGGTTTTC AATGGATTTT ATTGCTAAGG CATTTAAAAG AATTAAGGAC 
TCTGAATTTG AAACAGATTG CAGGATATTT CTCAACCTTG TAAATGGCAT GCTTGGAGAC 
AAAAGAAGGG TCTTTACATT TCCTTGTTTA TCAGCATTTC TTGATAAATA TGAGCTGCAA 
ATACCATCAG ATGAAAAACT TGAGGAATTT TGGATTGATT TTAATCTTGG GAGTCAGACT 
CTCTCATTCT ACATTGCTGG AGATAATGAT GATCATCAAT GGGAAGCAGT TACTGTGCCA 
GAGGAAAAAG TACAAATATA CAGCATTGAA GTGAGAGAAT CAAAGAAGCT ACTGACAATA 
ATTCTGAAAA ATACAGTAAA AATTAGCAAA AGAGAAGGGA AAGAATTGCT TTTGTATTTT 
GACGCATCAC TAGAAATCAC TAATGTAACT CAAAAAATTT TTGGTGCAAC TAAACATAGG 
GAATCTATCA GAAAACAAGG TATTTCAGTT GCCAAAACGT CGCTGCATAT ACTTTTTGAC 
GCAAGTGGAT CACAGATTCT AGTGCCAGAA AGTCAAATCT CACCAGTCGG AGAAGAGCTC 
GTTAGTTTAA AGGAAAAATC AAAGTCCCCA AAGGAATTTG CTAAACCTTC AAAATATATC 
AAAAACAGTG ACAAAGGGAA TAGAAATAAT AGTCAGCTTG AGAAAACTAC TCCTAGCAAA 
AGAAAAATGT CTGAAGCATC AATGATTGTT TCTGGTGCAG ATAGATACAC TATGAGAAGT 
CCAGTGCTTT TCAGCAACAC ATCAATACCA CCACGAAGAA GAAGAATTAA ACCACCACTG 
CAAATGACGA GCTCTGCAGA GAAACCTAGT GTTTCTCAAA CATCAGAAAA TAGAGTGGAT 
AATGCTGCAT CACTGAAATC TAGATCATCA GAAGGAAGAC ATAGAAGAGA TAATATAGAC 
AAACATATCA AAACTGCTAA GTGTGTAGAA AACACAGAAA ATAAGAATGT TGAATTCCCA 
AACCAAAATT TTAGTGAACT CCAGGATGTT ATACCAGATT CACAGGCAGC GGAAAAAAGA 
GATCATACTA TATTACCTGG TGTTTTAGAC AACATCTGTG GAAATAAAAT ACACAGCAAA 
TGGGCATGTT GGACACCTGT AACAAACATT GAACTATGTA ATAACCAAAG AGCAAGTACT 
TCGTCAGGAG ACACATTGAA TCAAGATATT GTTATAAATA AAAAACTTAC TAAACAAAAA 
TCATCCTCTT CAATATCTGA TCATAATTCT GAAGGAACAG GAAAAGTGAA ATATAAGAAA 
GAACAAACCG ACCATATCAA AATAGATAAA GCAGAAGTAG AAGTTTGCAA GAAACACAAT 
CAGCAACAAA ATCATCCTAA ATATTCAGGG CAGAAAAATA CTGAAAATGC CAAGCAGAGT 
GATTGGCCTG TTGAATCTGA AACTACTTTT AAATCGGTTC TCCTAAATAA GACAATTGAA 
GAATCGCTGA TATATAGGAA GAAATACATA TTGTCAAAAG ATGTGAATAC TGCTACTTGC 
GATAAAAATC CATCTGCTAG CAAAAATGTG CAAAGTCATA GAAAAGCAGA GAAAGAATTG 
ACTTCTGAGC TTAATTCCTG GGATTCGAAA CAAAAAAAAA TGAGAGAAAA GTCAAAAGGG 
AAAGAATTTA CCAATGTAGC AGAATCCTTG ATAAGCCAAA TCAATAAAAG ATACAAAACA 
AAAGATGACA TCAAGTCTAC AAGAAAATTA AAGGAGTCTT TGATTAACAG TGGTTTTTCA 
AACAAACCTG TTGTACAACT CAGTAAGGAA AAAGTTCAGA AAAAAAGCTA CAGAAAACTG 
AAGACTACCT TTGTTAATGT TACTTCTGAA TGCCCAGTGA ATGATGTTTA CAATTTTAAT 
TTGAATGGAG CTGATGACCC TATCATAAAA CTTGGAATCC AAGAGTTTCA AGCTACAGCT 
AAAGAAGCTT GTGCGGATAG GTCAATTAGA TTGGTAGGTC CAAGGAATCA TGATGAACTT 
AAATCTTCTG TCAAAACAAA AGATAAAAAA ATTATAACAA ATCATCAAAA GAAAAATCTG 
TTTAGTGATA CTGAAACAGA GTACAGATGT GATGACAGCA AGACTGATAT TAGCTGGCTA 
AGAGAACCGA AATCAAAACC ACAGCTAATA GACTATAGCA GAAATAAAAA TGTGAAGAAT 
CATAAAAGTG GAAAATCAAG ATCATCCTTG GAAAAGGGAC AGCCAAGCTC TAAAATGACA 
CCCAGTAAAA ATATCACAAA AAAGATGGAC AAGACAATTC CGGAAGGAAG AATCAGACTT 
CCACGAAAAG CAACCAAAAC AAAAAAAAAC TATAAAGATC TCTCAAATTC AGAATCAGAG 
TGTGAACAAG AATTTTCACA TTCATTTAAA GAGAACATAC CAGTAAAGGA GGAGAATATC 
CATTCCAGAA TGAAAACGGT AAAGCTACCA AAGAAACAAC AGAAAGTCTT CTGTGCTGAA 
ACAGAAAAGG AACTATCAAA ACAATGGAAA AACTCATCTC TACTAAAAGA TGCTATACGA 
GATAATTGCC TTGACTTATC TCCCAGATCT TTATCTGGCA GTCCATCATC TATAGAAGTA 
ACGAGATGTA TAGAGAAAAT AACAGAAAAG GATTTTACTC AGGATTATGA CTGCATAACA 
AAATCTATAT CACCTTATCC AAAAACTTCA TCACTTGAAT CCTTAAATAG TAACAGTGGA 
GTTGGAGGTA CAATAAAGTC ACCCAAAAAC AATGAGAAAA ACTTCCTGTG TGCAAGTGAA 
AGTTGTTCAC CAATTCCACG ACCACTGTTT TTGCCCAGAC ATACTCCAAC TAAGAGTAAT 
ACTATTGTAA ATAGAAAAAA AATAAGTTCT CTGGTACTTA CACAAGAAAC ACAAAACAGT 
AACAGCTATT CAGATGTAAG CAGTTATAGT TCAGAAGAAC GGTTTATGGA AATTGAATCT 
CCACATATCA ATGAAAATTA TATACAAAGC AAAAGAGAGG AAAGTCATTT AGCATCTTCA 
TTATCCAAGT CTAGTGAAGG AAGAGAGAAA ACGTGGTTTG ACATGCCCTG TGATGCTACT 
CATGTATCAG GCCCCACCCA ACATCTTAGT CGCAAAAGAA TATATATAGA AGATAATCTA 
AGTAATTCCA ATGAAGTAGA AATGGAAGAG AAAGGAGAAA GGAGAGCAAA CTTGCTTCCC 
AAAAAACTGT GTAAAATTGA AGATGCAGAT CATCATATCC ACAAAATGTC TGAAAGTGTA 
TCTTCATTAT CAACAAATGA CTTTTCTATT CCTTGGGAGA CCTGGCAAAA TGAATTTGCA 
GGGATAGAGA TGACTTATGA GACTTACGAG AGGCTCAATT CAGAATTTAA GAGAAGGAAT 
AATATCCGAC ATAAAATGTT GAGTTATTTT ACTACGCAGT CTTGGAAAAC AGCTCAGCAA 
CATCTGAGAA CAATGAATCA TCAAAGTCAG GACTCTAGGA TTAAAAAACT TGATAAATTC 
CAATTCATTA TCATAGAGGA GCTGGAGAAT TTTGAAAAAG ATTCACAGTC TTTAAAAGAT 
TTGGAAAAGG AATTTGTGGA CTTTTGGGAA AAGATATTTC AGAAGTTCAG TGCATATCAA 
AAAAGCGAAC AACAGAGGCT TCATCTTTTG AAAACTTCAT TGGCTAAAAG TGTCTTCTGT 
AATACTGATA GTGAAGAAAC TGTTTTTACA TCCGAGATGT GTTTGATGAA AGAAGATATG 
AAAGTGCTGC AAGACAGGCT TCTTAAGGAC ATGCTAGAAG AGGAGCTTCT TAATGTACGC 
AGAGAACTGA TGTCAGTATT CATGTCTCAT GAAAGAAATG CTAATGTGTG A

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027586.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883075.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OHu63954
Clone ID Related Accession (Same CDS sequence)	XM_017027586.1 , XM_011528487.3 , XM_011528488.2 , XM_011528487.2
Accession Version	XM_017027586.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGGCCCCAC CCAACATCTT AGTCGCAAAA GAATATATAT AGAAGATAAT 
CTAAGTAATT CCAATGAAGT AGAAATGGAA GAGAAAGGAG AAAGGAGAGC AAACTTGCTT 
CCCAAAAAAC TGTGTAAAAT TGAAGATGCA GATCATCATA TCCACAAAAT GTCTGAAAGT 
GTATCTTCAT TATCAACAAA TGACTTTTCT ATTCCTTGGG AGACCTGGCA AAATGAATTT 
GCAGGGATAG AGATGACTTA TGAGACTTAC GAGAGGCTCA ATTCAGAATT TAAGAGAAGG 
AATAATATCC GACATAAAAT GTTGAGTTAT TTTACTACGC AGTCTTGGAA AACAGCTCAG 
CAACATCTGA GAACAATGAA TCATCAAAGT CAGGACTCTA GGATTAAAAA ACTTGATAAA 
TTCCAATTCA TTATCATAGA GGAGCTGGAG AATTTTGAAA AAGATTCACA GTCTTTAAAA 
GATTTGGAAA AGGAATTTGT GGACTTTTGG GAAAAGATAT TTCAGAAGTT CAGTGCATAT 
CAAAAAAGCG AACAACAGAG GCTTCATCTT TTGAAAACTT CATTGGCTAA AAGTGTCTTC 
TGTAATACTG ATAGTGAAGA AACTGTTTTT ACATCCGAGA TGTGTTTGAT GAAAGAAGAT 
ATGAAAGTGC TGCAAGACAG GCTTCTTAAG GACATGCTAG AAGAGGAGCT TCTTAATGTA 
CGCAGAGAAC TGATGTCAGT ATTCATGTCT CATGAAAGAA ATGCTAATGT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883075.1
CDS	446..5059
Translation	MPIRPDLQVCSPRPKQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_017027586.1
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X1, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027586.1

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGGCCCCAC CCAACATCTT AGTCGCAAAA GAATATATAT AGAAGATAAT 
CTAAGTAATT CCAATGAAGT AGAAATGGAA GAGAAAGGAG AAAGGAGAGC AAACTTGCTT 
CCCAAAAAAC TGTGTAAAAT TGAAGATGCA GATCATCATA TCCACAAAAT GTCTGAAAGT 
GTATCTTCAT TATCAACAAA TGACTTTTCT ATTCCTTGGG AGACCTGGCA AAATGAATTT 
GCAGGGATAG AGATGACTTA TGAGACTTAC GAGAGGCTCA ATTCAGAATT TAAGAGAAGG 
AATAATATCC GACATAAAAT GTTGAGTTAT TTTACTACGC AGTCTTGGAA AACAGCTCAG 
CAACATCTGA GAACAATGAA TCATCAAAGT CAGGACTCTA GGATTAAAAA ACTTGATAAA 
TTCCAATTCA TTATCATAGA GGAGCTGGAG AATTTTGAAA AAGATTCACA GTCTTTAAAA 
GATTTGGAAA AGGAATTTGT GGACTTTTGG GAAAAGATAT TTCAGAAGTT CAGTGCATAT 
CAAAAAAGCG AACAACAGAG GCTTCATCTT TTGAAAACTT CATTGGCTAA AAGTGTCTTC 
TGTAATACTG ATAGTGAAGA AACTGTTTTT ACATCCGAGA TGTGTTTGAT GAAAGAAGAT 
ATGAAAGTGC TGCAAGACAG GCTTCTTAAG GACATGCTAG AAGAGGAGCT TCTTAATGTA 
CGCAGAGAAC TGATGTCAGT ATTCATGTCT CATGAAAGAA ATGCTAATGT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_011528487.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011526789.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X3, mRNA.

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CloneID	OHu63954
Clone ID Related Accession (Same CDS sequence)	XM_017027586.1 , XM_011528487.3 , XM_011528488.2 , XM_011528487.2
Accession Version	XM_011528487.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011528487.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGGCCCCAC CCAACATCTT AGTCGCAAAA GAATATATAT AGAAGATAAT 
CTAAGTAATT CCAATGAAGT AGAAATGGAA GAGAAAGGAG AAAGGAGAGC AAACTTGCTT 
CCCAAAAAAC TGTGTAAAAT TGAAGATGCA GATCATCATA TCCACAAAAT GTCTGAAAGT 
GTATCTTCAT TATCAACAAA TGACTTTTCT ATTCCTTGGG AGACCTGGCA AAATGAATTT 
GCAGGGATAG AGATGACTTA TGAGACTTAC GAGAGGCTCA ATTCAGAATT TAAGAGAAGG 
AATAATATCC GACATAAAAT GTTGAGTTAT TTTACTACGC AGTCTTGGAA AACAGCTCAG 
CAACATCTGA GAACAATGAA TCATCAAAGT CAGGACTCTA GGATTAAAAA ACTTGATAAA 
TTCCAATTCA TTATCATAGA GGAGCTGGAG AATTTTGAAA AAGATTCACA GTCTTTAAAA 
GATTTGGAAA AGGAATTTGT GGACTTTTGG GAAAAGATAT TTCAGAAGTT CAGTGCATAT 
CAAAAAAGCG AACAACAGAG GCTTCATCTT TTGAAAACTT CATTGGCTAA AAGTGTCTTC 
TGTAATACTG ATAGTGAAGA AACTGTTTTT ACATCCGAGA TGTGTTTGAT GAAAGAAGAT 
ATGAAAGTGC TGCAAGACAG GCTTCTTAAG GACATGCTAG AAGAGGAGCT TCTTAATGTA 
CGCAGAGAAC TGATGTCAGT ATTCATGTCT CATGAAAGAA ATGCTAATGT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011526789.1
CDS	249..4862
Translation	MPIRPDLQVCSPRPKQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_011528487.3
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011528487.3

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGGCCCCAC CCAACATCTT AGTCGCAAAA GAATATATAT AGAAGATAAT 
CTAAGTAATT CCAATGAAGT AGAAATGGAA GAGAAAGGAG AAAGGAGAGC AAACTTGCTT 
CCCAAAAAAC TGTGTAAAAT TGAAGATGCA GATCATCATA TCCACAAAAT GTCTGAAAGT 
GTATCTTCAT TATCAACAAA TGACTTTTCT ATTCCTTGGG AGACCTGGCA AAATGAATTT 
GCAGGGATAG AGATGACTTA TGAGACTTAC GAGAGGCTCA ATTCAGAATT TAAGAGAAGG 
AATAATATCC GACATAAAAT GTTGAGTTAT TTTACTACGC AGTCTTGGAA AACAGCTCAG 
CAACATCTGA GAACAATGAA TCATCAAAGT CAGGACTCTA GGATTAAAAA ACTTGATAAA 
TTCCAATTCA TTATCATAGA GGAGCTGGAG AATTTTGAAA AAGATTCACA GTCTTTAAAA 
GATTTGGAAA AGGAATTTGT GGACTTTTGG GAAAAGATAT TTCAGAAGTT CAGTGCATAT 
CAAAAAAGCG AACAACAGAG GCTTCATCTT TTGAAAACTT CATTGGCTAA AAGTGTCTTC 
TGTAATACTG ATAGTGAAGA AACTGTTTTT ACATCCGAGA TGTGTTTGAT GAAAGAAGAT 
ATGAAAGTGC TGCAAGACAG GCTTCTTAAG GACATGCTAG AAGAGGAGCT TCTTAATGTA 
CGCAGAGAAC TGATGTCAGT ATTCATGTCT CATGAAAGAA ATGCTAATGT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_011528488.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011526790.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X2, mRNA.

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CloneID	OHu63954
Clone ID Related Accession (Same CDS sequence)	XM_017027586.1 , XM_011528487.3 , XM_011528488.2 , XM_011528487.2
Accession Version	XM_011528488.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011528488.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGGCCCCAC CCAACATCTT AGTCGCAAAA GAATATATAT AGAAGATAAT 
CTAAGTAATT CCAATGAAGT AGAAATGGAA GAGAAAGGAG AAAGGAGAGC AAACTTGCTT 
CCCAAAAAAC TGTGTAAAAT TGAAGATGCA GATCATCATA TCCACAAAAT GTCTGAAAGT 
GTATCTTCAT TATCAACAAA TGACTTTTCT ATTCCTTGGG AGACCTGGCA AAATGAATTT 
GCAGGGATAG AGATGACTTA TGAGACTTAC GAGAGGCTCA ATTCAGAATT TAAGAGAAGG 
AATAATATCC GACATAAAAT GTTGAGTTAT TTTACTACGC AGTCTTGGAA AACAGCTCAG 
CAACATCTGA GAACAATGAA TCATCAAAGT CAGGACTCTA GGATTAAAAA ACTTGATAAA 
TTCCAATTCA TTATCATAGA GGAGCTGGAG AATTTTGAAA AAGATTCACA GTCTTTAAAA 
GATTTGGAAA AGGAATTTGT GGACTTTTGG GAAAAGATAT TTCAGAAGTT CAGTGCATAT 
CAAAAAAGCG AACAACAGAG GCTTCATCTT TTGAAAACTT CATTGGCTAA AAGTGTCTTC 
TGTAATACTG ATAGTGAAGA AACTGTTTTT ACATCCGAGA TGTGTTTGAT GAAAGAAGAT 
ATGAAAGTGC TGCAAGACAG GCTTCTTAAG GACATGCTAG AAGAGGAGCT TCTTAATGTA 
CGCAGAGAAC TGATGTCAGT ATTCATGTCT CATGAAAGAA ATGCTAATGT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011526790.1
CDS	202..4815
Translation	MPIRPDLQVCSPRPKQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_011528488.2
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X2, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011528488.2

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGGCCCCAC CCAACATCTT AGTCGCAAAA GAATATATAT AGAAGATAAT 
CTAAGTAATT CCAATGAAGT AGAAATGGAA GAGAAAGGAG AAAGGAGAGC AAACTTGCTT 
CCCAAAAAAC TGTGTAAAAT TGAAGATGCA GATCATCATA TCCACAAAAT GTCTGAAAGT 
GTATCTTCAT TATCAACAAA TGACTTTTCT ATTCCTTGGG AGACCTGGCA AAATGAATTT 
GCAGGGATAG AGATGACTTA TGAGACTTAC GAGAGGCTCA ATTCAGAATT TAAGAGAAGG 
AATAATATCC GACATAAAAT GTTGAGTTAT TTTACTACGC AGTCTTGGAA AACAGCTCAG 
CAACATCTGA GAACAATGAA TCATCAAAGT CAGGACTCTA GGATTAAAAA ACTTGATAAA 
TTCCAATTCA TTATCATAGA GGAGCTGGAG AATTTTGAAA AAGATTCACA GTCTTTAAAA 
GATTTGGAAA AGGAATTTGT GGACTTTTGG GAAAAGATAT TTCAGAAGTT CAGTGCATAT 
CAAAAAAGCG AACAACAGAG GCTTCATCTT TTGAAAACTT CATTGGCTAA AAGTGTCTTC 
TGTAATACTG ATAGTGAAGA AACTGTTTTT ACATCCGAGA TGTGTTTGAT GAAAGAAGAT 
ATGAAAGTGC TGCAAGACAG GCTTCTTAAG GACATGCTAG AAGAGGAGCT TCTTAATGTA 
CGCAGAGAAC TGATGTCAGT ATTCATGTCT CATGAAAGAA ATGCTAATGT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_011528487.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011526789.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X3, mRNA.

Price & Availability↑

CloneID	OHu63954
Clone ID Related Accession (Same CDS sequence)	XM_017027586.1 , XM_011528487.3 , XM_011528488.2 , XM_011528487.2
Accession Version	XM_011528487.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4614bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011528487.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGGCCCCAC CCAACATCTT AGTCGCAAAA GAATATATAT AGAAGATAAT 
CTAAGTAATT CCAATGAAGT AGAAATGGAA GAGAAAGGAG AAAGGAGAGC AAACTTGCTT 
CCCAAAAAAC TGTGTAAAAT TGAAGATGCA GATCATCATA TCCACAAAAT GTCTGAAAGT 
GTATCTTCAT TATCAACAAA TGACTTTTCT ATTCCTTGGG AGACCTGGCA AAATGAATTT 
GCAGGGATAG AGATGACTTA TGAGACTTAC GAGAGGCTCA ATTCAGAATT TAAGAGAAGG 
AATAATATCC GACATAAAAT GTTGAGTTAT TTTACTACGC AGTCTTGGAA AACAGCTCAG 
CAACATCTGA GAACAATGAA TCATCAAAGT CAGGACTCTA GGATTAAAAA ACTTGATAAA 
TTCCAATTCA TTATCATAGA GGAGCTGGAG AATTTTGAAA AAGATTCACA GTCTTTAAAA 
GATTTGGAAA AGGAATTTGT GGACTTTTGG GAAAAGATAT TTCAGAAGTT CAGTGCATAT 
CAAAAAAGCG AACAACAGAG GCTTCATCTT TTGAAAACTT CATTGGCTAA AAGTGTCTTC 
TGTAATACTG ATAGTGAAGA AACTGTTTTT ACATCCGAGA TGTGTTTGAT GAAAGAAGAT 
ATGAAAGTGC TGCAAGACAG GCTTCTTAAG GACATGCTAG AAGAGGAGCT TCTTAATGTA 
CGCAGAGAAC TGATGTCAGT ATTCATGTCT CATGAAAGAA ATGCTAATGT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011526789.1
CDS	250..4863
Translation	MPIRPDLQVCSPRPKQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_011528487.2
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X3, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011528487.2

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGGCCCCAC CCAACATCTT AGTCGCAAAA GAATATATAT AGAAGATAAT 
CTAAGTAATT CCAATGAAGT AGAAATGGAA GAGAAAGGAG AAAGGAGAGC AAACTTGCTT 
CCCAAAAAAC TGTGTAAAAT TGAAGATGCA GATCATCATA TCCACAAAAT GTCTGAAAGT 
GTATCTTCAT TATCAACAAA TGACTTTTCT ATTCCTTGGG AGACCTGGCA AAATGAATTT 
GCAGGGATAG AGATGACTTA TGAGACTTAC GAGAGGCTCA ATTCAGAATT TAAGAGAAGG 
AATAATATCC GACATAAAAT GTTGAGTTAT TTTACTACGC AGTCTTGGAA AACAGCTCAG 
CAACATCTGA GAACAATGAA TCATCAAAGT CAGGACTCTA GGATTAAAAA ACTTGATAAA 
TTCCAATTCA TTATCATAGA GGAGCTGGAG AATTTTGAAA AAGATTCACA GTCTTTAAAA 
GATTTGGAAA AGGAATTTGT GGACTTTTGG GAAAAGATAT TTCAGAAGTT CAGTGCATAT 
CAAAAAAGCG AACAACAGAG GCTTCATCTT TTGAAAACTT CATTGGCTAA AAGTGTCTTC 
TGTAATACTG ATAGTGAAGA AACTGTTTTT ACATCCGAGA TGTGTTTGAT GAAAGAAGAT 
ATGAAAGTGC TGCAAGACAG GCTTCTTAAG GACATGCTAG AAGAGGAGCT TCTTAATGTA 
CGCAGAGAAC TGATGTCAGT ATTCATGTCT CATGAAAGAA ATGCTAATGT GTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_011528490.3 ) cDNA ORF clone, Homo sapiens(human) -> XP_011526792.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OHu63955
Clone ID Related Accession (Same CDS sequence)	XM_011528490.3 , XM_011528490.2
Accession Version	XM_011528490.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4590bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_011528490.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGTTGGAA AAATGCATTG ATGATGCTTT AAGAAAAAAT 
GATTTCAAAC CTTTGAAAAC ACTTTTGCAA ATTGATATTT GTGAAGATGT GAAGATTAAA 
TGCAGCAAAC AGTTTTTCCA CAAGGTGGAC AACCTTATAT GCAGGGAACT TAATAAAGAG 
GATATCCACA ATGTTTCAGC CATTTTGGTT TCTGTTGGAA GATGTGGCAA AAATATCAGT 
GTATTGGGGC AAGCTGGACT TCTAACGATG ATAAAACAAG GACTAATACA AAAGATGGTT 
GCCTGGTTTG AAAAATCCAA GGACATTATT CAGAGTCAAG GAAATTCAAA AGATGAAGCT 
GTTCTAAATA TGATAGAAGA CTTAGTTGAT CTTCTGCTGG TCATACATGA TGTCAGTGAT 
GAAGGTAAAA AACAAGTAGT GGAAAGTTTC GTACCTCGCA TTTGTTCCCT GGTTATTGAC 
TCAAGAGTGA ATATTTGTAT TCAGCAAGAG ATTATAAAAA AAATGAATGC TATGCTTGAC 
AAAATGCCTC AAGATGCCCG GAAAATACTC TCTAACCAAG AAATGTTAAT TCTCATGAGT 
AGTATGGGAG AAAGGATTTT AGATGCTGGA GATTATGACT TACAGGTAGG CATTGTAGAA 
GCTTTGTGTA GAATGACCAC AGAAAAACAA AGACAAGAAC TGGCACATCA GTGGTTTTCA 
ATGGATTTTA TTGCTAAGGC ATTTAAAAGA ATTAAGGACT CTGAATTTGA AACAGATTGC 
AGGATATTTC TCAACCTTGT AAATGGCATG CTTGGAGACA AAAGAAGGGT CTTTACATTT 
CCTTGTTTAT CAGCATTTCT TGATAAATAT GAGCTGCAAA TACCATCAGA TGAAAAACTT 
GAGGAATTTT GGATTGATTT TAATCTTGGG AGTCAGACTC TCTCATTCTA CATTGCTGGA 
GATAATGATG ATCATCAATG GGAAGCAGTT ACTGTGCCAG AGGAAAAAGT ACAAATATAC 
AGCATTGAAG TGAGAGAATC AAAGAAGCTA CTGACAATAA TTCTGAAAAA TACAGTAAAA 
ATTAGCAAAA GAGAAGGGAA AGAATTGCTT TTGTATTTTG ACGCATCACT AGAAATCACT 
AATGTAACTC AAAAAATTTT TGGTGCAACT AAACATAGGG AATCTATCAG AAAACAAGGT 
ATTTCAGTTG CCAAAACGTC GCTGCATATA CTTTTTGACG CAAGTGGATC ACAGATTCTA 
GTGCCAGAAA GTCAAATCTC ACCAGTCGGA GAAGAGCTCG TTAGTTTAAA GGAAAAATCA 
AAGTCCCCAA AGGAATTTGC TAAACCTTCA AAATATATCA AAAACAGTGA CAAAGGGAAT 
AGAAATAATA GTCAGCTTGA GAAAACTACT CCTAGCAAAA GAAAAATGTC TGAAGCATCA 
ATGATTGTTT CTGGTGCAGA TAGATACACT ATGAGAAGTC CAGTGCTTTT CAGCAACACA 
TCAATACCAC CACGAAGAAG AAGAATTAAA CCACCACTGC AAATGACGAG CTCTGCAGAG 
AAACCTAGTG TTTCTCAAAC ATCAGAAAAT AGAGTGGATA ATGCTGCATC ACTGAAATCT 
AGATCATCAG AAGGAAGACA TAGAAGAGAT AATATAGACA AACATATCAA AACTGCTAAG 
TGTGTAGAAA ACACAGAAAA TAAGAATGTT GAATTCCCAA ACCAAAATTT TAGTGAACTC 
CAGGATGTTA TACCAGATTC ACAGGCAGCG GAAAAAAGAG ATCATACTAT ATTACCTGGT 
GTTTTAGACA ACATCTGTGG AAATAAAATA CACAGCAAAT GGGCATGTTG GACACCTGTA 
ACAAACATTG AACTATGTAA TAACCAAAGA GCAAGTACTT CGTCAGGAGA CACATTGAAT 
CAAGATATTG TTATAAATAA AAAACTTACT AAACAAAAAT CATCCTCTTC AATATCTGAT 
CATAATTCTG AAGGAACAGG AAAAGTGAAA TATAAGAAAG AACAAACCGA CCATATCAAA 
ATAGATAAAG CAGAAGTAGA AGTTTGCAAG AAACACAATC AGCAACAAAA TCATCCTAAA 
TATTCAGGGC AGAAAAATAC TGAAAATGCC AAGCAGAGTG ATTGGCCTGT TGAATCTGAA 
ACTACTTTTA AATCGGTTCT CCTAAATAAG ACAATTGAAG AATCGCTGAT ATATAGGAAG 
AAATACATAT TGTCAAAAGA TGTGAATACT GCTACTTGCG ATAAAAATCC ATCTGCTAGC 
AAAAATGTGC AAAGTCATAG AAAAGCAGAG AAAGAATTGA CTTCTGAGCT TAATTCCTGG 
GATTCGAAAC AAAAAAAAAT GAGAGAAAAG TCAAAAGGGA AAGAATTTAC CAATGTAGCA 
GAATCCTTGA TAAGCCAAAT CAATAAAAGA TACAAAACAA AAGATGACAT CAAGTCTACA 
AGAAAATTAA AGGAGTCTTT GATTAACAGT GGTTTTTCAA ACAAACCTGT TGTACAACTC 
AGTAAGGAAA AAGTTCAGAA AAAAAGCTAC AGAAAACTGA AGACTACCTT TGTTAATGTT 
ACTTCTGAAT GCCCAGTGAA TGATGTTTAC AATTTTAATT TGAATGGAGC TGATGACCCT 
ATCATAAAAC TTGGAATCCA AGAGTTTCAA GCTACAGCTA AAGAAGCTTG TGCGGATAGG 
TCAATTAGAT TGGTAGGTCC AAGGAATCAT GATGAACTTA AATCTTCTGT CAAAACAAAA 
GATAAAAAAA TTATAACAAA TCATCAAAAG AAAAATCTGT TTAGTGATAC TGAAACAGAG 
TACAGATGTG ATGACAGCAA GACTGATATT AGCTGGCTAA GAGAACCGAA ATCAAAACCA 
CAGCTAATAG ACTATAGCAG AAATAAAAAT GTGAAGAATC ATAAAAGTGG AAAATCAAGA 
TCATCCTTGG AAAAGGGACA GCCAAGCTCT AAAATGACAC CCAGTAAAAA TATCACAAAA 
AAGATGGACA AGACAATTCC GGAAGGAAGA ATCAGACTTC CACGAAAAGC AACCAAAACA 
AAAAAAAACT ATAAAGATCT CTCAAATTCA GAATCAGAGT GTGAACAAGA ATTTTCACAT 
TCATTTAAAG AGAACATACC AGTAAAGGAG GAGAATATCC ATTCCAGAAT GAAAACGGTA 
AAGCTACCAA AGAAACAACA GAAAGTCTTC TGTGCTGAAA CAGAAAAGGA ACTATCAAAA 
CAATGGAAAA ACTCATCTCT ACTAAAAGAT GCTATACGAG ATAATTGCCT TGACTTATCT 
CCCAGATCTT TATCTGGCAG TCCATCATCT ATAGAAGTAA CGAGATGTAT AGAGAAAATA 
ACAGAAAAGG ATTTTACTCA GGATTATGAC TGCATAACAA AATCTATATC ACCTTATCCA 
AAAACTTCAT CACTTGAATC CTTAAATAGT AACAGTGGAG TTGGAGGTAC AATAAAGTCA 
CCCAAAAACA ATGAGAAAAA CTTCCTGTGT GCAAGTGAAA GTTGTTCACC AATTCCACGA 
CCACTGTTTT TGCCCAGACA TACTCCAACT AAGAGTAATA CTATTGTAAA TAGAAAAAAA 
ATAAGTTCTC TGGTACTTAC ACAAGAAACA CAAAACAGTA ACAGCTATTC AGATGTAAGC 
AGTTATAGTT CAGAAGAACG GTTTATGGAA ATTGAATCTC CACATATCAA TGAAAATTAT 
ATACAAAGCA AAAGAGAGGA AAGTCATTTA GCATCTTCAT TATCCAAGTC TAGTGAAGGA 
AGAGAGAAAA CGTGGTTTGA CATGCCCTGT GATGCTACTC ATGTATCAGG CCCCACCCAA 
CATCTTAGTC GCAAAAGAAT ATATATAGAA GATAATCTAA GTAATTCCAA TGAAGTAGAA 
ATGGAAGAGA AAGGAGAAAG GAGAGCAAAC TTGCTTCCCA AAAAACTGTG TAAAATTGAA 
GATGCAGATC ATCATATCCA CAAAATGTCT GAAAGTGTAT CTTCATTATC AACAAATGAC 
TTTTCTATTC CTTGGGAGAC CTGGCAAAAT GAATTTGCAG GGATAGAGAT GACTTATGAG 
ACTTACGAGA GGCTCAATTC AGAATTTAAG AGAAGGAATA ATATCCGACA TAAAATGTTG 
AGTTATTTTA CTACGCAGTC TTGGAAAACA GCTCAGCAAC ATCTGAGAAC AATGAATCAT 
CAAAGTCAGG ACTCTAGGAT TAAAAAACTT GATAAATTCC AATTCATTAT CATAGAGGAG 
CTGGAGAATT TTGAAAAAGA TTCACAGTCT TTAAAAGATT TGGAAAAGGA ATTTGTGGAC 
TTTTGGGAAA AGATATTTCA GAAGTTCAGT GCATATCAAA AAAGCGAACA ACAGAGGCTT 
CATCTTTTGA AAACTTCATT GGCTAAAAGT GTCTTCTGTA ATACTGATAG TGAAGAAACT 
GTTTTTACAT CCGAGATGTG TTTGATGAAA GAAGATATGA AAGTGCTGCA AGACAGGCTT 
CTTAAGGACA TGCTAGAAGA GGAGCTTCTT AATGTACGCA GAGAACTGAT GTCAGTATTC 
ATGTCTCATG AAAGAAATGC TAATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011526792.1
CDS	249..4838
Translation	MPIRPDLQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_011528490.3
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011528490.3

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGTTGGAA AAATGCATTG ATGATGCTTT AAGAAAAAAT 
GATTTCAAAC CTTTGAAAAC ACTTTTGCAA ATTGATATTT GTGAAGATGT GAAGATTAAA 
TGCAGCAAAC AGTTTTTCCA CAAGGTGGAC AACCTTATAT GCAGGGAACT TAATAAAGAG 
GATATCCACA ATGTTTCAGC CATTTTGGTT TCTGTTGGAA GATGTGGCAA AAATATCAGT 
GTATTGGGGC AAGCTGGACT TCTAACGATG ATAAAACAAG GACTAATACA AAAGATGGTT 
GCCTGGTTTG AAAAATCCAA GGACATTATT CAGAGTCAAG GAAATTCAAA AGATGAAGCT 
GTTCTAAATA TGATAGAAGA CTTAGTTGAT CTTCTGCTGG TCATACATGA TGTCAGTGAT 
GAAGGTAAAA AACAAGTAGT GGAAAGTTTC GTACCTCGCA TTTGTTCCCT GGTTATTGAC 
TCAAGAGTGA ATATTTGTAT TCAGCAAGAG ATTATAAAAA AAATGAATGC TATGCTTGAC 
AAAATGCCTC AAGATGCCCG GAAAATACTC TCTAACCAAG AAATGTTAAT TCTCATGAGT 
AGTATGGGAG AAAGGATTTT AGATGCTGGA GATTATGACT TACAGGTAGG CATTGTAGAA 
GCTTTGTGTA GAATGACCAC AGAAAAACAA AGACAAGAAC TGGCACATCA GTGGTTTTCA 
ATGGATTTTA TTGCTAAGGC ATTTAAAAGA ATTAAGGACT CTGAATTTGA AACAGATTGC 
AGGATATTTC TCAACCTTGT AAATGGCATG CTTGGAGACA AAAGAAGGGT CTTTACATTT 
CCTTGTTTAT CAGCATTTCT TGATAAATAT GAGCTGCAAA TACCATCAGA TGAAAAACTT 
GAGGAATTTT GGATTGATTT TAATCTTGGG AGTCAGACTC TCTCATTCTA CATTGCTGGA 
GATAATGATG ATCATCAATG GGAAGCAGTT ACTGTGCCAG AGGAAAAAGT ACAAATATAC 
AGCATTGAAG TGAGAGAATC AAAGAAGCTA CTGACAATAA TTCTGAAAAA TACAGTAAAA 
ATTAGCAAAA GAGAAGGGAA AGAATTGCTT TTGTATTTTG ACGCATCACT AGAAATCACT 
AATGTAACTC AAAAAATTTT TGGTGCAACT AAACATAGGG AATCTATCAG AAAACAAGGT 
ATTTCAGTTG CCAAAACGTC GCTGCATATA CTTTTTGACG CAAGTGGATC ACAGATTCTA 
GTGCCAGAAA GTCAAATCTC ACCAGTCGGA GAAGAGCTCG TTAGTTTAAA GGAAAAATCA 
AAGTCCCCAA AGGAATTTGC TAAACCTTCA AAATATATCA AAAACAGTGA CAAAGGGAAT 
AGAAATAATA GTCAGCTTGA GAAAACTACT CCTAGCAAAA GAAAAATGTC TGAAGCATCA 
ATGATTGTTT CTGGTGCAGA TAGATACACT ATGAGAAGTC CAGTGCTTTT CAGCAACACA 
TCAATACCAC CACGAAGAAG AAGAATTAAA CCACCACTGC AAATGACGAG CTCTGCAGAG 
AAACCTAGTG TTTCTCAAAC ATCAGAAAAT AGAGTGGATA ATGCTGCATC ACTGAAATCT 
AGATCATCAG AAGGAAGACA TAGAAGAGAT AATATAGACA AACATATCAA AACTGCTAAG 
TGTGTAGAAA ACACAGAAAA TAAGAATGTT GAATTCCCAA ACCAAAATTT TAGTGAACTC 
CAGGATGTTA TACCAGATTC ACAGGCAGCG GAAAAAAGAG ATCATACTAT ATTACCTGGT 
GTTTTAGACA ACATCTGTGG AAATAAAATA CACAGCAAAT GGGCATGTTG GACACCTGTA 
ACAAACATTG AACTATGTAA TAACCAAAGA GCAAGTACTT CGTCAGGAGA CACATTGAAT 
CAAGATATTG TTATAAATAA AAAACTTACT AAACAAAAAT CATCCTCTTC AATATCTGAT 
CATAATTCTG AAGGAACAGG AAAAGTGAAA TATAAGAAAG AACAAACCGA CCATATCAAA 
ATAGATAAAG CAGAAGTAGA AGTTTGCAAG AAACACAATC AGCAACAAAA TCATCCTAAA 
TATTCAGGGC AGAAAAATAC TGAAAATGCC AAGCAGAGTG ATTGGCCTGT TGAATCTGAA 
ACTACTTTTA AATCGGTTCT CCTAAATAAG ACAATTGAAG AATCGCTGAT ATATAGGAAG 
AAATACATAT TGTCAAAAGA TGTGAATACT GCTACTTGCG ATAAAAATCC ATCTGCTAGC 
AAAAATGTGC AAAGTCATAG AAAAGCAGAG AAAGAATTGA CTTCTGAGCT TAATTCCTGG 
GATTCGAAAC AAAAAAAAAT GAGAGAAAAG TCAAAAGGGA AAGAATTTAC CAATGTAGCA 
GAATCCTTGA TAAGCCAAAT CAATAAAAGA TACAAAACAA AAGATGACAT CAAGTCTACA 
AGAAAATTAA AGGAGTCTTT GATTAACAGT GGTTTTTCAA ACAAACCTGT TGTACAACTC 
AGTAAGGAAA AAGTTCAGAA AAAAAGCTAC AGAAAACTGA AGACTACCTT TGTTAATGTT 
ACTTCTGAAT GCCCAGTGAA TGATGTTTAC AATTTTAATT TGAATGGAGC TGATGACCCT 
ATCATAAAAC TTGGAATCCA AGAGTTTCAA GCTACAGCTA AAGAAGCTTG TGCGGATAGG 
TCAATTAGAT TGGTAGGTCC AAGGAATCAT GATGAACTTA AATCTTCTGT CAAAACAAAA 
GATAAAAAAA TTATAACAAA TCATCAAAAG AAAAATCTGT TTAGTGATAC TGAAACAGAG 
TACAGATGTG ATGACAGCAA GACTGATATT AGCTGGCTAA GAGAACCGAA ATCAAAACCA 
CAGCTAATAG ACTATAGCAG AAATAAAAAT GTGAAGAATC ATAAAAGTGG AAAATCAAGA 
TCATCCTTGG AAAAGGGACA GCCAAGCTCT AAAATGACAC CCAGTAAAAA TATCACAAAA 
AAGATGGACA AGACAATTCC GGAAGGAAGA ATCAGACTTC CACGAAAAGC AACCAAAACA 
AAAAAAAACT ATAAAGATCT CTCAAATTCA GAATCAGAGT GTGAACAAGA ATTTTCACAT 
TCATTTAAAG AGAACATACC AGTAAAGGAG GAGAATATCC ATTCCAGAAT GAAAACGGTA 
AAGCTACCAA AGAAACAACA GAAAGTCTTC TGTGCTGAAA CAGAAAAGGA ACTATCAAAA 
CAATGGAAAA ACTCATCTCT ACTAAAAGAT GCTATACGAG ATAATTGCCT TGACTTATCT 
CCCAGATCTT TATCTGGCAG TCCATCATCT ATAGAAGTAA CGAGATGTAT AGAGAAAATA 
ACAGAAAAGG ATTTTACTCA GGATTATGAC TGCATAACAA AATCTATATC ACCTTATCCA 
AAAACTTCAT CACTTGAATC CTTAAATAGT AACAGTGGAG TTGGAGGTAC AATAAAGTCA 
CCCAAAAACA ATGAGAAAAA CTTCCTGTGT GCAAGTGAAA GTTGTTCACC AATTCCACGA 
CCACTGTTTT TGCCCAGACA TACTCCAACT AAGAGTAATA CTATTGTAAA TAGAAAAAAA 
ATAAGTTCTC TGGTACTTAC ACAAGAAACA CAAAACAGTA ACAGCTATTC AGATGTAAGC 
AGTTATAGTT CAGAAGAACG GTTTATGGAA ATTGAATCTC CACATATCAA TGAAAATTAT 
ATACAAAGCA AAAGAGAGGA AAGTCATTTA GCATCTTCAT TATCCAAGTC TAGTGAAGGA 
AGAGAGAAAA CGTGGTTTGA CATGCCCTGT GATGCTACTC ATGTATCAGG CCCCACCCAA 
CATCTTAGTC GCAAAAGAAT ATATATAGAA GATAATCTAA GTAATTCCAA TGAAGTAGAA 
ATGGAAGAGA AAGGAGAAAG GAGAGCAAAC TTGCTTCCCA AAAAACTGTG TAAAATTGAA 
GATGCAGATC ATCATATCCA CAAAATGTCT GAAAGTGTAT CTTCATTATC AACAAATGAC 
TTTTCTATTC CTTGGGAGAC CTGGCAAAAT GAATTTGCAG GGATAGAGAT GACTTATGAG 
ACTTACGAGA GGCTCAATTC AGAATTTAAG AGAAGGAATA ATATCCGACA TAAAATGTTG 
AGTTATTTTA CTACGCAGTC TTGGAAAACA GCTCAGCAAC ATCTGAGAAC AATGAATCAT 
CAAAGTCAGG ACTCTAGGAT TAAAAAACTT GATAAATTCC AATTCATTAT CATAGAGGAG 
CTGGAGAATT TTGAAAAAGA TTCACAGTCT TTAAAAGATT TGGAAAAGGA ATTTGTGGAC 
TTTTGGGAAA AGATATTTCA GAAGTTCAGT GCATATCAAA AAAGCGAACA ACAGAGGCTT 
CATCTTTTGA AAACTTCATT GGCTAAAAGT GTCTTCTGTA ATACTGATAG TGAAGAAACT 
GTTTTTACAT CCGAGATGTG TTTGATGAAA GAAGATATGA AAGTGCTGCA AGACAGGCTT 
CTTAAGGACA TGCTAGAAGA GGAGCTTCTT AATGTACGCA GAGAACTGAT GTCAGTATTC 
ATGTCTCATG AAAGAAATGC TAATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_011528490.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011526792.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X6, mRNA.

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CloneID	OHu63955
Clone ID Related Accession (Same CDS sequence)	XM_011528490.3 , XM_011528490.2
Accession Version	XM_011528490.2	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4590bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011528490.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGTTGGAA AAATGCATTG ATGATGCTTT AAGAAAAAAT 
GATTTCAAAC CTTTGAAAAC ACTTTTGCAA ATTGATATTT GTGAAGATGT GAAGATTAAA 
TGCAGCAAAC AGTTTTTCCA CAAGGTGGAC AACCTTATAT GCAGGGAACT TAATAAAGAG 
GATATCCACA ATGTTTCAGC CATTTTGGTT TCTGTTGGAA GATGTGGCAA AAATATCAGT 
GTATTGGGGC AAGCTGGACT TCTAACGATG ATAAAACAAG GACTAATACA AAAGATGGTT 
GCCTGGTTTG AAAAATCCAA GGACATTATT CAGAGTCAAG GAAATTCAAA AGATGAAGCT 
GTTCTAAATA TGATAGAAGA CTTAGTTGAT CTTCTGCTGG TCATACATGA TGTCAGTGAT 
GAAGGTAAAA AACAAGTAGT GGAAAGTTTC GTACCTCGCA TTTGTTCCCT GGTTATTGAC 
TCAAGAGTGA ATATTTGTAT TCAGCAAGAG ATTATAAAAA AAATGAATGC TATGCTTGAC 
AAAATGCCTC AAGATGCCCG GAAAATACTC TCTAACCAAG AAATGTTAAT TCTCATGAGT 
AGTATGGGAG AAAGGATTTT AGATGCTGGA GATTATGACT TACAGGTAGG CATTGTAGAA 
GCTTTGTGTA GAATGACCAC AGAAAAACAA AGACAAGAAC TGGCACATCA GTGGTTTTCA 
ATGGATTTTA TTGCTAAGGC ATTTAAAAGA ATTAAGGACT CTGAATTTGA AACAGATTGC 
AGGATATTTC TCAACCTTGT AAATGGCATG CTTGGAGACA AAAGAAGGGT CTTTACATTT 
CCTTGTTTAT CAGCATTTCT TGATAAATAT GAGCTGCAAA TACCATCAGA TGAAAAACTT 
GAGGAATTTT GGATTGATTT TAATCTTGGG AGTCAGACTC TCTCATTCTA CATTGCTGGA 
GATAATGATG ATCATCAATG GGAAGCAGTT ACTGTGCCAG AGGAAAAAGT ACAAATATAC 
AGCATTGAAG TGAGAGAATC AAAGAAGCTA CTGACAATAA TTCTGAAAAA TACAGTAAAA 
ATTAGCAAAA GAGAAGGGAA AGAATTGCTT TTGTATTTTG ACGCATCACT AGAAATCACT 
AATGTAACTC AAAAAATTTT TGGTGCAACT AAACATAGGG AATCTATCAG AAAACAAGGT 
ATTTCAGTTG CCAAAACGTC GCTGCATATA CTTTTTGACG CAAGTGGATC ACAGATTCTA 
GTGCCAGAAA GTCAAATCTC ACCAGTCGGA GAAGAGCTCG TTAGTTTAAA GGAAAAATCA 
AAGTCCCCAA AGGAATTTGC TAAACCTTCA AAATATATCA AAAACAGTGA CAAAGGGAAT 
AGAAATAATA GTCAGCTTGA GAAAACTACT CCTAGCAAAA GAAAAATGTC TGAAGCATCA 
ATGATTGTTT CTGGTGCAGA TAGATACACT ATGAGAAGTC CAGTGCTTTT CAGCAACACA 
TCAATACCAC CACGAAGAAG AAGAATTAAA CCACCACTGC AAATGACGAG CTCTGCAGAG 
AAACCTAGTG TTTCTCAAAC ATCAGAAAAT AGAGTGGATA ATGCTGCATC ACTGAAATCT 
AGATCATCAG AAGGAAGACA TAGAAGAGAT AATATAGACA AACATATCAA AACTGCTAAG 
TGTGTAGAAA ACACAGAAAA TAAGAATGTT GAATTCCCAA ACCAAAATTT TAGTGAACTC 
CAGGATGTTA TACCAGATTC ACAGGCAGCG GAAAAAAGAG ATCATACTAT ATTACCTGGT 
GTTTTAGACA ACATCTGTGG AAATAAAATA CACAGCAAAT GGGCATGTTG GACACCTGTA 
ACAAACATTG AACTATGTAA TAACCAAAGA GCAAGTACTT CGTCAGGAGA CACATTGAAT 
CAAGATATTG TTATAAATAA AAAACTTACT AAACAAAAAT CATCCTCTTC AATATCTGAT 
CATAATTCTG AAGGAACAGG AAAAGTGAAA TATAAGAAAG AACAAACCGA CCATATCAAA 
ATAGATAAAG CAGAAGTAGA AGTTTGCAAG AAACACAATC AGCAACAAAA TCATCCTAAA 
TATTCAGGGC AGAAAAATAC TGAAAATGCC AAGCAGAGTG ATTGGCCTGT TGAATCTGAA 
ACTACTTTTA AATCGGTTCT CCTAAATAAG ACAATTGAAG AATCGCTGAT ATATAGGAAG 
AAATACATAT TGTCAAAAGA TGTGAATACT GCTACTTGCG ATAAAAATCC ATCTGCTAGC 
AAAAATGTGC AAAGTCATAG AAAAGCAGAG AAAGAATTGA CTTCTGAGCT TAATTCCTGG 
GATTCGAAAC AAAAAAAAAT GAGAGAAAAG TCAAAAGGGA AAGAATTTAC CAATGTAGCA 
GAATCCTTGA TAAGCCAAAT CAATAAAAGA TACAAAACAA AAGATGACAT CAAGTCTACA 
AGAAAATTAA AGGAGTCTTT GATTAACAGT GGTTTTTCAA ACAAACCTGT TGTACAACTC 
AGTAAGGAAA AAGTTCAGAA AAAAAGCTAC AGAAAACTGA AGACTACCTT TGTTAATGTT 
ACTTCTGAAT GCCCAGTGAA TGATGTTTAC AATTTTAATT TGAATGGAGC TGATGACCCT 
ATCATAAAAC TTGGAATCCA AGAGTTTCAA GCTACAGCTA AAGAAGCTTG TGCGGATAGG 
TCAATTAGAT TGGTAGGTCC AAGGAATCAT GATGAACTTA AATCTTCTGT CAAAACAAAA 
GATAAAAAAA TTATAACAAA TCATCAAAAG AAAAATCTGT TTAGTGATAC TGAAACAGAG 
TACAGATGTG ATGACAGCAA GACTGATATT AGCTGGCTAA GAGAACCGAA ATCAAAACCA 
CAGCTAATAG ACTATAGCAG AAATAAAAAT GTGAAGAATC ATAAAAGTGG AAAATCAAGA 
TCATCCTTGG AAAAGGGACA GCCAAGCTCT AAAATGACAC CCAGTAAAAA TATCACAAAA 
AAGATGGACA AGACAATTCC GGAAGGAAGA ATCAGACTTC CACGAAAAGC AACCAAAACA 
AAAAAAAACT ATAAAGATCT CTCAAATTCA GAATCAGAGT GTGAACAAGA ATTTTCACAT 
TCATTTAAAG AGAACATACC AGTAAAGGAG GAGAATATCC ATTCCAGAAT GAAAACGGTA 
AAGCTACCAA AGAAACAACA GAAAGTCTTC TGTGCTGAAA CAGAAAAGGA ACTATCAAAA 
CAATGGAAAA ACTCATCTCT ACTAAAAGAT GCTATACGAG ATAATTGCCT TGACTTATCT 
CCCAGATCTT TATCTGGCAG TCCATCATCT ATAGAAGTAA CGAGATGTAT AGAGAAAATA 
ACAGAAAAGG ATTTTACTCA GGATTATGAC TGCATAACAA AATCTATATC ACCTTATCCA 
AAAACTTCAT CACTTGAATC CTTAAATAGT AACAGTGGAG TTGGAGGTAC AATAAAGTCA 
CCCAAAAACA ATGAGAAAAA CTTCCTGTGT GCAAGTGAAA GTTGTTCACC AATTCCACGA 
CCACTGTTTT TGCCCAGACA TACTCCAACT AAGAGTAATA CTATTGTAAA TAGAAAAAAA 
ATAAGTTCTC TGGTACTTAC ACAAGAAACA CAAAACAGTA ACAGCTATTC AGATGTAAGC 
AGTTATAGTT CAGAAGAACG GTTTATGGAA ATTGAATCTC CACATATCAA TGAAAATTAT 
ATACAAAGCA AAAGAGAGGA AAGTCATTTA GCATCTTCAT TATCCAAGTC TAGTGAAGGA 
AGAGAGAAAA CGTGGTTTGA CATGCCCTGT GATGCTACTC ATGTATCAGG CCCCACCCAA 
CATCTTAGTC GCAAAAGAAT ATATATAGAA GATAATCTAA GTAATTCCAA TGAAGTAGAA 
ATGGAAGAGA AAGGAGAAAG GAGAGCAAAC TTGCTTCCCA AAAAACTGTG TAAAATTGAA 
GATGCAGATC ATCATATCCA CAAAATGTCT GAAAGTGTAT CTTCATTATC AACAAATGAC 
TTTTCTATTC CTTGGGAGAC CTGGCAAAAT GAATTTGCAG GGATAGAGAT GACTTATGAG 
ACTTACGAGA GGCTCAATTC AGAATTTAAG AGAAGGAATA ATATCCGACA TAAAATGTTG 
AGTTATTTTA CTACGCAGTC TTGGAAAACA GCTCAGCAAC ATCTGAGAAC AATGAATCAT 
CAAAGTCAGG ACTCTAGGAT TAAAAAACTT GATAAATTCC AATTCATTAT CATAGAGGAG 
CTGGAGAATT TTGAAAAAGA TTCACAGTCT TTAAAAGATT TGGAAAAGGA ATTTGTGGAC 
TTTTGGGAAA AGATATTTCA GAAGTTCAGT GCATATCAAA AAAGCGAACA ACAGAGGCTT 
CATCTTTTGA AAACTTCATT GGCTAAAAGT GTCTTCTGTA ATACTGATAG TGAAGAAACT 
GTTTTTACAT CCGAGATGTG TTTGATGAAA GAAGATATGA AAGTGCTGCA AGACAGGCTT 
CTTAAGGACA TGCTAGAAGA GGAGCTTCTT AATGTACGCA GAGAACTGAT GTCAGTATTC 
ATGTCTCATG AAAGAAATGC TAATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011526792.1
CDS	250..4839
Translation	MPIRPDLQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_011528490.2
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X6, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011528490.2

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGTTGGAA AAATGCATTG ATGATGCTTT AAGAAAAAAT 
GATTTCAAAC CTTTGAAAAC ACTTTTGCAA ATTGATATTT GTGAAGATGT GAAGATTAAA 
TGCAGCAAAC AGTTTTTCCA CAAGGTGGAC AACCTTATAT GCAGGGAACT TAATAAAGAG 
GATATCCACA ATGTTTCAGC CATTTTGGTT TCTGTTGGAA GATGTGGCAA AAATATCAGT 
GTATTGGGGC AAGCTGGACT TCTAACGATG ATAAAACAAG GACTAATACA AAAGATGGTT 
GCCTGGTTTG AAAAATCCAA GGACATTATT CAGAGTCAAG GAAATTCAAA AGATGAAGCT 
GTTCTAAATA TGATAGAAGA CTTAGTTGAT CTTCTGCTGG TCATACATGA TGTCAGTGAT 
GAAGGTAAAA AACAAGTAGT GGAAAGTTTC GTACCTCGCA TTTGTTCCCT GGTTATTGAC 
TCAAGAGTGA ATATTTGTAT TCAGCAAGAG ATTATAAAAA AAATGAATGC TATGCTTGAC 
AAAATGCCTC AAGATGCCCG GAAAATACTC TCTAACCAAG AAATGTTAAT TCTCATGAGT 
AGTATGGGAG AAAGGATTTT AGATGCTGGA GATTATGACT TACAGGTAGG CATTGTAGAA 
GCTTTGTGTA GAATGACCAC AGAAAAACAA AGACAAGAAC TGGCACATCA GTGGTTTTCA 
ATGGATTTTA TTGCTAAGGC ATTTAAAAGA ATTAAGGACT CTGAATTTGA AACAGATTGC 
AGGATATTTC TCAACCTTGT AAATGGCATG CTTGGAGACA AAAGAAGGGT CTTTACATTT 
CCTTGTTTAT CAGCATTTCT TGATAAATAT GAGCTGCAAA TACCATCAGA TGAAAAACTT 
GAGGAATTTT GGATTGATTT TAATCTTGGG AGTCAGACTC TCTCATTCTA CATTGCTGGA 
GATAATGATG ATCATCAATG GGAAGCAGTT ACTGTGCCAG AGGAAAAAGT ACAAATATAC 
AGCATTGAAG TGAGAGAATC AAAGAAGCTA CTGACAATAA TTCTGAAAAA TACAGTAAAA 
ATTAGCAAAA GAGAAGGGAA AGAATTGCTT TTGTATTTTG ACGCATCACT AGAAATCACT 
AATGTAACTC AAAAAATTTT TGGTGCAACT AAACATAGGG AATCTATCAG AAAACAAGGT 
ATTTCAGTTG CCAAAACGTC GCTGCATATA CTTTTTGACG CAAGTGGATC ACAGATTCTA 
GTGCCAGAAA GTCAAATCTC ACCAGTCGGA GAAGAGCTCG TTAGTTTAAA GGAAAAATCA 
AAGTCCCCAA AGGAATTTGC TAAACCTTCA AAATATATCA AAAACAGTGA CAAAGGGAAT 
AGAAATAATA GTCAGCTTGA GAAAACTACT CCTAGCAAAA GAAAAATGTC TGAAGCATCA 
ATGATTGTTT CTGGTGCAGA TAGATACACT ATGAGAAGTC CAGTGCTTTT CAGCAACACA 
TCAATACCAC CACGAAGAAG AAGAATTAAA CCACCACTGC AAATGACGAG CTCTGCAGAG 
AAACCTAGTG TTTCTCAAAC ATCAGAAAAT AGAGTGGATA ATGCTGCATC ACTGAAATCT 
AGATCATCAG AAGGAAGACA TAGAAGAGAT AATATAGACA AACATATCAA AACTGCTAAG 
TGTGTAGAAA ACACAGAAAA TAAGAATGTT GAATTCCCAA ACCAAAATTT TAGTGAACTC 
CAGGATGTTA TACCAGATTC ACAGGCAGCG GAAAAAAGAG ATCATACTAT ATTACCTGGT 
GTTTTAGACA ACATCTGTGG AAATAAAATA CACAGCAAAT GGGCATGTTG GACACCTGTA 
ACAAACATTG AACTATGTAA TAACCAAAGA GCAAGTACTT CGTCAGGAGA CACATTGAAT 
CAAGATATTG TTATAAATAA AAAACTTACT AAACAAAAAT CATCCTCTTC AATATCTGAT 
CATAATTCTG AAGGAACAGG AAAAGTGAAA TATAAGAAAG AACAAACCGA CCATATCAAA 
ATAGATAAAG CAGAAGTAGA AGTTTGCAAG AAACACAATC AGCAACAAAA TCATCCTAAA 
TATTCAGGGC AGAAAAATAC TGAAAATGCC AAGCAGAGTG ATTGGCCTGT TGAATCTGAA 
ACTACTTTTA AATCGGTTCT CCTAAATAAG ACAATTGAAG AATCGCTGAT ATATAGGAAG 
AAATACATAT TGTCAAAAGA TGTGAATACT GCTACTTGCG ATAAAAATCC ATCTGCTAGC 
AAAAATGTGC AAAGTCATAG AAAAGCAGAG AAAGAATTGA CTTCTGAGCT TAATTCCTGG 
GATTCGAAAC AAAAAAAAAT GAGAGAAAAG TCAAAAGGGA AAGAATTTAC CAATGTAGCA 
GAATCCTTGA TAAGCCAAAT CAATAAAAGA TACAAAACAA AAGATGACAT CAAGTCTACA 
AGAAAATTAA AGGAGTCTTT GATTAACAGT GGTTTTTCAA ACAAACCTGT TGTACAACTC 
AGTAAGGAAA AAGTTCAGAA AAAAAGCTAC AGAAAACTGA AGACTACCTT TGTTAATGTT 
ACTTCTGAAT GCCCAGTGAA TGATGTTTAC AATTTTAATT TGAATGGAGC TGATGACCCT 
ATCATAAAAC TTGGAATCCA AGAGTTTCAA GCTACAGCTA AAGAAGCTTG TGCGGATAGG 
TCAATTAGAT TGGTAGGTCC AAGGAATCAT GATGAACTTA AATCTTCTGT CAAAACAAAA 
GATAAAAAAA TTATAACAAA TCATCAAAAG AAAAATCTGT TTAGTGATAC TGAAACAGAG 
TACAGATGTG ATGACAGCAA GACTGATATT AGCTGGCTAA GAGAACCGAA ATCAAAACCA 
CAGCTAATAG ACTATAGCAG AAATAAAAAT GTGAAGAATC ATAAAAGTGG AAAATCAAGA 
TCATCCTTGG AAAAGGGACA GCCAAGCTCT AAAATGACAC CCAGTAAAAA TATCACAAAA 
AAGATGGACA AGACAATTCC GGAAGGAAGA ATCAGACTTC CACGAAAAGC AACCAAAACA 
AAAAAAAACT ATAAAGATCT CTCAAATTCA GAATCAGAGT GTGAACAAGA ATTTTCACAT 
TCATTTAAAG AGAACATACC AGTAAAGGAG GAGAATATCC ATTCCAGAAT GAAAACGGTA 
AAGCTACCAA AGAAACAACA GAAAGTCTTC TGTGCTGAAA CAGAAAAGGA ACTATCAAAA 
CAATGGAAAA ACTCATCTCT ACTAAAAGAT GCTATACGAG ATAATTGCCT TGACTTATCT 
CCCAGATCTT TATCTGGCAG TCCATCATCT ATAGAAGTAA CGAGATGTAT AGAGAAAATA 
ACAGAAAAGG ATTTTACTCA GGATTATGAC TGCATAACAA AATCTATATC ACCTTATCCA 
AAAACTTCAT CACTTGAATC CTTAAATAGT AACAGTGGAG TTGGAGGTAC AATAAAGTCA 
CCCAAAAACA ATGAGAAAAA CTTCCTGTGT GCAAGTGAAA GTTGTTCACC AATTCCACGA 
CCACTGTTTT TGCCCAGACA TACTCCAACT AAGAGTAATA CTATTGTAAA TAGAAAAAAA 
ATAAGTTCTC TGGTACTTAC ACAAGAAACA CAAAACAGTA ACAGCTATTC AGATGTAAGC 
AGTTATAGTT CAGAAGAACG GTTTATGGAA ATTGAATCTC CACATATCAA TGAAAATTAT 
ATACAAAGCA AAAGAGAGGA AAGTCATTTA GCATCTTCAT TATCCAAGTC TAGTGAAGGA 
AGAGAGAAAA CGTGGTTTGA CATGCCCTGT GATGCTACTC ATGTATCAGG CCCCACCCAA 
CATCTTAGTC GCAAAAGAAT ATATATAGAA GATAATCTAA GTAATTCCAA TGAAGTAGAA 
ATGGAAGAGA AAGGAGAAAG GAGAGCAAAC TTGCTTCCCA AAAAACTGTG TAAAATTGAA 
GATGCAGATC ATCATATCCA CAAAATGTCT GAAAGTGTAT CTTCATTATC AACAAATGAC 
TTTTCTATTC CTTGGGAGAC CTGGCAAAAT GAATTTGCAG GGATAGAGAT GACTTATGAG 
ACTTACGAGA GGCTCAATTC AGAATTTAAG AGAAGGAATA ATATCCGACA TAAAATGTTG 
AGTTATTTTA CTACGCAGTC TTGGAAAACA GCTCAGCAAC ATCTGAGAAC AATGAATCAT 
CAAAGTCAGG ACTCTAGGAT TAAAAAACTT GATAAATTCC AATTCATTAT CATAGAGGAG 
CTGGAGAATT TTGAAAAAGA TTCACAGTCT TTAAAAGATT TGGAAAAGGA ATTTGTGGAC 
TTTTGGGAAA AGATATTTCA GAAGTTCAGT GCATATCAAA AAAGCGAACA ACAGAGGCTT 
CATCTTTTGA AAACTTCATT GGCTAAAAGT GTCTTCTGTA ATACTGATAG TGAAGAAACT 
GTTTTTACAT CCGAGATGTG TTTGATGAAA GAAGATATGA AAGTGCTGCA AGACAGGCTT 
CTTAAGGACA TGCTAGAAGA GGAGCTTCTT AATGTACGCA GAGAACTGAT GTCAGTATTC 
ATGTCTCATG AAAGAAATGC TAATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027588.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883077.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X7, mRNA.

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CloneID	OHu63956
Clone ID Related Accession (Same CDS sequence)	XM_017027588.1
Accession Version	XM_017027588.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4458bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGTGTCTGA AAGTGTATCT TCATTATCAA CAAATGACTT TTCTATTCCT 
TGGGAGACCT GGCAAAATGA ATTTGCAGGG ATAGAGATGA CTTATGAGAC TTACGAGAGG 
CTCAATTCAG AATTTAAGAG AAGGAATAAT ATCCGACATA AAATGTTGAG TTATTTTACT 
ACGCAGTCTT GGAAAACAGC TCAGCAACAT CTGAGAACAA TGAATCATCA AAGTCAGGAC 
TCTAGGATTA AAAAACTTGA TAAATTCCAA TTCATTATCA TAGAGGAGCT GGAGAATTTT 
GAAAAAGATT CACAGTCTTT AAAAGATTTG GAAAAGGAAT TTGTGGACTT TTGGGAAAAG 
ATATTTCAGA AGTTCAGTGC ATATCAAAAA AGCGAACAAC AGAGGCTTCA TCTTTTGAAA 
ACTTCATTGG CTAAAAGTGT CTTCTGTAAT ACTGATAGTG AAGAAACTGT TTTTACATCC 
GAGATGTGTT TGATGAAAGA AGATATGAAA GTGCTGCAAG ACAGGCTTCT TAAGGACATG 
CTAGAAGAGG AGCTTCTTAA TGTACGCAGA GAACTGATGT CAGTATTCAT GTCTCATGAA 
AGAAATGCTA ATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883077.1
CDS	447..4904
Translation	MPIRPDLQVCSPRPKQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSVSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_017027588.1
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X7, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027588.1

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
ACACCCAGTA AAAATATCAC AAAAAAGATG GACAAGACAA TTCCGGAAGG AAGAATCAGA 
CTTCCACGAA AAGCAACCAA AACAAAAAAA AACTATAAAG ATCTCTCAAA TTCAGAATCA 
GAGTGTGAAC AAGAATTTTC ACATTCATTT AAAGAGAACA TACCAGTAAA GGAGGAGAAT 
ATCCATTCCA GAATGAAAAC GGTAAAGCTA CCAAAGAAAC AACAGAAAGT CTTCTGTGCT 
GAAACAGAAA AGGAACTATC AAAACAATGG AAAAACTCAT CTCTACTAAA AGATGCTATA 
CGAGATAATT GCCTTGACTT ATCTCCCAGA TCTTTATCTG GCAGTCCATC ATCTATAGAA 
GTAACGAGAT GTATAGAGAA AATAACAGAA AAGGATTTTA CTCAGGATTA TGACTGCATA 
ACAAAATCTA TATCACCTTA TCCAAAAACT TCATCACTTG AATCCTTAAA TAGTAACAGT 
GGAGTTGGAG GTACAATAAA GTCACCCAAA AACAATGAGA AAAACTTCCT GTGTGCAAGT 
GAAAGTTGTT CACCAATTCC ACGACCACTG TTTTTGCCCA GACATACTCC AACTAAGAGT 
AATACTATTG TAAATAGAAA AAAAATAAGT TCTCTGGTAC TTACACAAGA AACACAAAAC 
AGTAACAGCT ATTCAGATGT AAGCAGTTAT AGTTCAGAAG AACGGTTTAT GGAAATTGAA 
TCTCCACATA TCAATGAAAA TTATATACAA AGCAAAAGAG AGGAAAGTCA TTTAGCATCT 
TCATTATCCA AGTCTAGTGA AGGAAGAGAG AAAACGTGGT TTGACATGCC CTGTGATGCT 
ACTCATGTAT CAGTGTCTGA AAGTGTATCT TCATTATCAA CAAATGACTT TTCTATTCCT 
TGGGAGACCT GGCAAAATGA ATTTGCAGGG ATAGAGATGA CTTATGAGAC TTACGAGAGG 
CTCAATTCAG AATTTAAGAG AAGGAATAAT ATCCGACATA AAATGTTGAG TTATTTTACT 
ACGCAGTCTT GGAAAACAGC TCAGCAACAT CTGAGAACAA TGAATCATCA AAGTCAGGAC 
TCTAGGATTA AAAAACTTGA TAAATTCCAA TTCATTATCA TAGAGGAGCT GGAGAATTTT 
GAAAAAGATT CACAGTCTTT AAAAGATTTG GAAAAGGAAT TTGTGGACTT TTGGGAAAAG 
ATATTTCAGA AGTTCAGTGC ATATCAAAAA AGCGAACAAC AGAGGCTTCA TCTTTTGAAA 
ACTTCATTGG CTAAAAGTGT CTTCTGTAAT ACTGATAGTG AAGAAACTGT TTTTACATCC 
GAGATGTGTT TGATGAAAGA AGATATGAAA GTGCTGCAAG ACAGGCTTCT TAAGGACATG 
CTAGAAGAGG AGCTTCTTAA TGTACGCAGA GAACTGATGT CAGTATTCAT GTCTCATGAA 
AGAAATGCTA ATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027589.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883078.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OHu63957
Clone ID Related Accession (Same CDS sequence)	XM_017027589.1
Accession Version	XM_017027589.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4443bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
GAGGAGAATA TCCATTCCAG AATGAAAACG GTAAAGCTAC CAAAGAAACA ACAGAAAGTC 
TTCTGTGCTG AAACAGAAAA GGAACTATCA AAACAATGGA AAAACTCATC TCTACTAAAA 
GATGCTATAC GAGATAATTG CCTTGACTTA TCTCCCAGAT CTTTATCTGG CAGTCCATCA 
TCTATAGAAG TAACGAGATG TATAGAGAAA ATAACAGAAA AGGATTTTAC TCAGGATTAT 
GACTGCATAA CAAAATCTAT ATCACCTTAT CCAAAAACTT CATCACTTGA ATCCTTAAAT 
AGTAACAGTG GAGTTGGAGG TACAATAAAG TCACCCAAAA ACAATGAGAA AAACTTCCTG 
TGTGCAAGTG AAAGTTGTTC ACCAATTCCA CGACCACTGT TTTTGCCCAG ACATACTCCA 
ACTAAGAGTA ATACTATTGT AAATAGAAAA AAAATAAGTT CTCTGGTACT TACACAAGAA 
ACACAAAACA GTAACAGCTA TTCAGATGTA AGCAGTTATA GTTCAGAAGA ACGGTTTATG 
GAAATTGAAT CTCCACATAT CAATGAAAAT TATATACAAA GCAAAAGAGA GGAAAGTCAT 
TTAGCATCTT CATTATCCAA GTCTAGTGAA GGAAGAGAGA AAACGTGGTT TGACATGCCC 
TGTGATGCTA CTCATGTATC AGGCCCCACC CAACATCTTA GTCGCAAAAG AATATATATA 
GAAGATAATC TAAGTAATTC CAATGAAGTA GAAATGGAAG AGAAAGGAGA AAGGAGAGCA 
AACTTGCTTC CCAAAAAACT GTGTAAAATT GAAGATGCAG ATCATCATAT CCACAAAATG 
TCTGAAAGTG TATCTTCATT ATCAACAAAT GACTTTTCTA TTCCTTGGGA GACCTGGCAA 
AATGAATTTG CAGGGATAGA GATGACTTAT GAGACTTACG AGAGGCTCAA TTCAGAATTT 
AAGAGAAGGA ATAATATCCG ACATAAAATG TTGAGTTATT TTACTACGCA GTCTTGGAAA 
ACAGCTCAGC AACATCTGAG AACAATGAAT CATCAAAGTC AGGACTCTAG GATTAAAAAA 
CTTGATAAAT TCCAATTCAT TATCATAGAG GAGCTGGAGA ATTTTGAAAA AGATTCACAG 
TCTTTAAAAG ATTTGGAAAA GGAATTTGTG GACTTTTGGG AAAAGATATT TCAGAAGTTC 
AGTGCATATC AAAAAAGCGA ACAACAGAGG CTTCATCTTT TGAAAACTTC ATTGGCTAAA 
AGTGTCTTCT GTAATACTGA TAGTGAAGAA ACTGTTTTTA CATCCGAGAT GTGTTTGATG 
AAAGAAGATA TGAAAGTGCT GCAAGACAGG CTTCTTAAGG ACATGCTAGA AGAGGAGCTT 
CTTAATGTAC GCAGAGAACT GATGTCAGTA TTCATGTCTC ATGAAAGAAA TGCTAATGTG 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883078.1
CDS	447..4889
Translation	MPIRPDLQVCSPRPKQLEKCIDDALRKNDFKPLKTLLQIDICEDVKIKCSKQFFHKVDNLICRELNKEDIHNVSAILVSVGRCGKNISVLGQAGLLTMIKQGLIQKMVAWFEKSKDIIQSQGNSKDEAVLNMIEDLVDLLLVIHDVSDEGKKQVVESFVPRICSLVIDSRVNICIQQEIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_017027589.1
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X8, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027589.1

ORF Insert Sequence:

ATGCCAATAA GACCAGATCT CCAGGTATGT AGTCCTAGAC CAAAACAGTT GGAAAAATGC 
ATTGATGATG CTTTAAGAAA AAATGATTTC AAACCTTTGA AAACACTTTT GCAAATTGAT 
ATTTGTGAAG ATGTGAAGAT TAAATGCAGC AAACAGTTTT TCCACAAGGT GGACAACCTT 
ATATGCAGGG AACTTAATAA AGAGGATATC CACAATGTTT CAGCCATTTT GGTTTCTGTT 
GGAAGATGTG GCAAAAATAT CAGTGTATTG GGGCAAGCTG GACTTCTAAC GATGATAAAA 
CAAGGACTAA TACAAAAGAT GGTTGCCTGG TTTGAAAAAT CCAAGGACAT TATTCAGAGT 
CAAGGAAATT CAAAAGATGA AGCTGTTCTA AATATGATAG AAGACTTAGT TGATCTTCTG 
CTGGTCATAC ATGATGTCAG TGATGAAGGT AAAAAACAAG TAGTGGAAAG TTTCGTACCT 
CGCATTTGTT CCCTGGTTAT TGACTCAAGA GTGAATATTT GTATTCAGCA AGAGATTATA 
AAAAAAATGA ATGCTATGCT TGACAAAATG CCTCAAGATG CCCGGAAAAT ACTCTCTAAC 
CAAGAAATGT TAATTCTCAT GAGTAGTATG GGAGAAAGGA TTTTAGATGC TGGAGATTAT 
GACTTACAGG TAGGCATTGT AGAAGCTTTG TGTAGAATGA CCACAGAAAA ACAAAGACAA 
GAACTGGCAC ATCAGTGGTT TTCAATGGAT TTTATTGCTA AGGCATTTAA AAGAATTAAG 
GACTCTGAAT TTGAAACAGA TTGCAGGATA TTTCTCAACC TTGTAAATGG CATGCTTGGA 
GACAAAAGAA GGGTCTTTAC ATTTCCTTGT TTATCAGCAT TTCTTGATAA ATATGAGCTG 
CAAATACCAT CAGATGAAAA ACTTGAGGAA TTTTGGATTG ATTTTAATCT TGGGAGTCAG 
ACTCTCTCAT TCTACATTGC TGGAGATAAT GATGATCATC AATGGGAAGC AGTTACTGTG 
CCAGAGGAAA AAGTACAAAT ATACAGCATT GAAGTGAGAG AATCAAAGAA GCTACTGACA 
ATAATTCTGA AAAATACAGT AAAAATTAGC AAAAGAGAAG GGAAAGAATT GCTTTTGTAT 
TTTGACGCAT CACTAGAAAT CACTAATGTA ACTCAAAAAA TTTTTGGTGC AACTAAACAT 
AGGGAATCTA TCAGAAAACA AGGTATTTCA GTTGCCAAAA CGTCGCTGCA TATACTTTTT 
GACGCAAGTG GATCACAGAT TCTAGTGCCA GAAAGTCAAA TCTCACCAGT CGGAGAAGAG 
CTCGTTAGTT TAAAGGAAAA ATCAAAGTCC CCAAAGGAAT TTGCTAAACC TTCAAAATAT 
ATCAAAAACA GTGACAAAGG GAATAGAAAT AATAGTCAGC TTGAGAAAAC TACTCCTAGC 
AAAAGAAAAA TGTCTGAAGC ATCAATGATT GTTTCTGGTG CAGATAGATA CACTATGAGA 
AGTCCAGTGC TTTTCAGCAA CACATCAATA CCACCACGAA GAAGAAGAAT TAAACCACCA 
CTGCAAATGA CGAGCTCTGC AGAGAAACCT AGTGTTTCTC AAACATCAGA AAATAGAGTG 
GATAATGCTG CATCACTGAA ATCTAGATCA TCAGAAGGAA GACATAGAAG AGATAATATA 
GACAAACATA TCAAAACTGC TAAGTGTGTA GAAAACACAG AAAATAAGAA TGTTGAATTC 
CCAAACCAAA ATTTTAGTGA ACTCCAGGAT GTTATACCAG ATTCACAGGC AGCGGAAAAA 
AGAGATCATA CTATATTACC TGGTGTTTTA GACAACATCT GTGGAAATAA AATACACAGC 
AAATGGGCAT GTTGGACACC TGTAACAAAC ATTGAACTAT GTAATAACCA AAGAGCAAGT 
ACTTCGTCAG GAGACACATT GAATCAAGAT ATTGTTATAA ATAAAAAACT TACTAAACAA 
AAATCATCCT CTTCAATATC TGATCATAAT TCTGAAGGAA CAGGAAAAGT GAAATATAAG 
AAAGAACAAA CCGACCATAT CAAAATAGAT AAAGCAGAAG TAGAAGTTTG CAAGAAACAC 
AATCAGCAAC AAAATCATCC TAAATATTCA GGGCAGAAAA ATACTGAAAA TGCCAAGCAG 
AGTGATTGGC CTGTTGAATC TGAAACTACT TTTAAATCGG TTCTCCTAAA TAAGACAATT 
GAAGAATCGC TGATATATAG GAAGAAATAC ATATTGTCAA AAGATGTGAA TACTGCTACT 
TGCGATAAAA ATCCATCTGC TAGCAAAAAT GTGCAAAGTC ATAGAAAAGC AGAGAAAGAA 
TTGACTTCTG AGCTTAATTC CTGGGATTCG AAACAAAAAA AAATGAGAGA AAAGTCAAAA 
GGGAAAGAAT TTACCAATGT AGCAGAATCC TTGATAAGCC AAATCAATAA AAGATACAAA 
ACAAAAGATG ACATCAAGTC TACAAGAAAA TTAAAGGAGT CTTTGATTAA CAGTGGTTTT 
TCAAACAAAC CTGTTGTACA ACTCAGTAAG GAAAAAGTTC AGAAAAAAAG CTACAGAAAA 
CTGAAGACTA CCTTTGTTAA TGTTACTTCT GAATGCCCAG TGAATGATGT TTACAATTTT 
AATTTGAATG GAGCTGATGA CCCTATCATA AAACTTGGAA TCCAAGAGTT TCAAGCTACA 
GCTAAAGAAG CTTGTGCGGA TAGGTCAATT AGATTGGTAG GTCCAAGGAA TCATGATGAA 
CTTAAATCTT CTGTCAAAAC AAAAGATAAA AAAATTATAA CAAATCATCA AAAGAAAAAT 
CTGTTTAGTG ATACTGAAAC AGAGTACAGA TGTGATGACA GCAAGACTGA TATTAGCTGG 
CTAAGAGAAC CGAAATCAAA ACCACAGCTA ATAGACTATA GCAGAAATAA AAATGTGAAG 
AATCATAAAA GTGGAAAATC AAGATCATCC TTGGAAAAGG GACAGCCAAG CTCTAAAATG 
GAGGAGAATA TCCATTCCAG AATGAAAACG GTAAAGCTAC CAAAGAAACA ACAGAAAGTC 
TTCTGTGCTG AAACAGAAAA GGAACTATCA AAACAATGGA AAAACTCATC TCTACTAAAA 
GATGCTATAC GAGATAATTG CCTTGACTTA TCTCCCAGAT CTTTATCTGG CAGTCCATCA 
TCTATAGAAG TAACGAGATG TATAGAGAAA ATAACAGAAA AGGATTTTAC TCAGGATTAT 
GACTGCATAA CAAAATCTAT ATCACCTTAT CCAAAAACTT CATCACTTGA ATCCTTAAAT 
AGTAACAGTG GAGTTGGAGG TACAATAAAG TCACCCAAAA ACAATGAGAA AAACTTCCTG 
TGTGCAAGTG AAAGTTGTTC ACCAATTCCA CGACCACTGT TTTTGCCCAG ACATACTCCA 
ACTAAGAGTA ATACTATTGT AAATAGAAAA AAAATAAGTT CTCTGGTACT TACACAAGAA 
ACACAAAACA GTAACAGCTA TTCAGATGTA AGCAGTTATA GTTCAGAAGA ACGGTTTATG 
GAAATTGAAT CTCCACATAT CAATGAAAAT TATATACAAA GCAAAAGAGA GGAAAGTCAT 
TTAGCATCTT CATTATCCAA GTCTAGTGAA GGAAGAGAGA AAACGTGGTT TGACATGCCC 
TGTGATGCTA CTCATGTATC AGGCCCCACC CAACATCTTA GTCGCAAAAG AATATATATA 
GAAGATAATC TAAGTAATTC CAATGAAGTA GAAATGGAAG AGAAAGGAGA AAGGAGAGCA 
AACTTGCTTC CCAAAAAACT GTGTAAAATT GAAGATGCAG ATCATCATAT CCACAAAATG 
TCTGAAAGTG TATCTTCATT ATCAACAAAT GACTTTTCTA TTCCTTGGGA GACCTGGCAA 
AATGAATTTG CAGGGATAGA GATGACTTAT GAGACTTACG AGAGGCTCAA TTCAGAATTT 
AAGAGAAGGA ATAATATCCG ACATAAAATG TTGAGTTATT TTACTACGCA GTCTTGGAAA 
ACAGCTCAGC AACATCTGAG AACAATGAAT CATCAAAGTC AGGACTCTAG GATTAAAAAA 
CTTGATAAAT TCCAATTCAT TATCATAGAG GAGCTGGAGA ATTTTGAAAA AGATTCACAG 
TCTTTAAAAG ATTTGGAAAA GGAATTTGTG GACTTTTGGG AAAAGATATT TCAGAAGTTC 
AGTGCATATC AAAAAAGCGA ACAACAGAGG CTTCATCTTT TGAAAACTTC ATTGGCTAAA 
AGTGTCTTCT GTAATACTGA TAGTGAAGAA ACTGTTTTTA CATCCGAGAT GTGTTTGATG 
AAAGAAGATA TGAAAGTGCT GCAAGACAGG CTTCTTAAGG ACATGCTAGA AGAGGAGCTT 
CTTAATGTAC GCAGAGAACT GATGTCAGTA TTCATGTCTC ATGAAAGAAA TGCTAATGTG 
TGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027590.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883079.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X10, mRNA.

Price & Availability↑

CloneID	OHu63958
Clone ID Related Accession (Same CDS sequence)	XM_017027590.1 , XM_011528493.2 , XM_017027590.2
Accession Version	XM_017027590.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4098bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-06-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Homo sapiens Annotation Release 108 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTCAG TGATGAAGAT TATAAAAAAA ATGAATGCTA TGCTTGACAA AATGCCTCAA 
GATGCCCGGA AAATACTCTC TAACCAAGAA ATGTTAATTC TCATGAGTAG TATGGGAGAA 
AGGATTTTAG ATGCTGGAGA TTATGACTTA CAGGTAGGCA TTGTAGAAGC TTTGTGTAGA 
ATGACCACAG AAAAACAAAG ACAAGAACTG GCACATCAGT GGTTTTCAAT GGATTTTATT 
GCTAAGGCAT TTAAAAGAAT TAAGGACTCT GAATTTGAAA CAGATTGCAG GATATTTCTC 
AACCTTGTAA ATGGCATGCT TGGAGACAAA AGAAGGGTCT TTACATTTCC TTGTTTATCA 
GCATTTCTTG ATAAATATGA GCTGCAAATA CCATCAGATG AAAAACTTGA GGAATTTTGG 
ATTGATTTTA ATCTTGGGAG TCAGACTCTC TCATTCTACA TTGCTGGAGA TAATGATGAT 
CATCAATGGG AAGCAGTTAC TGTGCCAGAG GAAAAAGTAC AAATATACAG CATTGAAGTG 
AGAGAATCAA AGAAGCTACT GACAATAATT CTGAAAAATA CAGTAAAAAT TAGCAAAAGA 
GAAGGGAAAG AATTGCTTTT GTATTTTGAC GCATCACTAG AAATCACTAA TGTAACTCAA 
AAAATTTTTG GTGCAACTAA ACATAGGGAA TCTATCAGAA AACAAGGTAT TTCAGTTGCC 
AAAACGTCGC TGCATATACT TTTTGACGCA AGTGGATCAC AGATTCTAGT GCCAGAAAGT 
CAAATCTCAC CAGTCGGAGA AGAGCTCGTT AGTTTAAAGG AAAAATCAAA GTCCCCAAAG 
GAATTTGCTA AACCTTCAAA ATATATCAAA AACAGTGACA AAGGGAATAG AAATAATAGT 
CAGCTTGAGA AAACTACTCC TAGCAAAAGA AAAATGTCTG AAGCATCAAT GATTGTTTCT 
GGTGCAGATA GATACACTAT GAGAAGTCCA GTGCTTTTCA GCAACACATC AATACCACCA 
CGAAGAAGAA GAATTAAACC ACCACTGCAA ATGACGAGCT CTGCAGAGAA ACCTAGTGTT 
TCTCAAACAT CAGAAAATAG AGTGGATAAT GCTGCATCAC TGAAATCTAG ATCATCAGAA 
GGAAGACATA GAAGAGATAA TATAGACAAA CATATCAAAA CTGCTAAGTG TGTAGAAAAC 
ACAGAAAATA AGAATGTTGA ATTCCCAAAC CAAAATTTTA GTGAACTCCA GGATGTTATA 
CCAGATTCAC AGGCAGCGGA AAAAAGAGAT CATACTATAT TACCTGGTGT TTTAGACAAC 
ATCTGTGGAA ATAAAATACA CAGCAAATGG GCATGTTGGA CACCTGTAAC AAACATTGAA 
CTATGTAATA ACCAAAGAGC AAGTACTTCG TCAGGAGACA CATTGAATCA AGATATTGTT 
ATAAATAAAA AACTTACTAA ACAAAAATCA TCCTCTTCAA TATCTGATCA TAATTCTGAA 
GGAACAGGAA AAGTGAAATA TAAGAAAGAA CAAACCGACC ATATCAAAAT AGATAAAGCA 
GAAGTAGAAG TTTGCAAGAA ACACAATCAG CAACAAAATC ATCCTAAATA TTCAGGGCAG 
AAAAATACTG AAAATGCCAA GCAGAGTGAT TGGCCTGTTG AATCTGAAAC TACTTTTAAA 
TCGGTTCTCC TAAATAAGAC AATTGAAGAA TCGCTGATAT ATAGGAAGAA ATACATATTG 
TCAAAAGATG TGAATACTGC TACTTGCGAT AAAAATCCAT CTGCTAGCAA AAATGTGCAA 
AGTCATAGAA AAGCAGAGAA AGAATTGACT TCTGAGCTTA ATTCCTGGGA TTCGAAACAA 
AAAAAAATGA GAGAAAAGTC AAAAGGGAAA GAATTTACCA ATGTAGCAGA ATCCTTGATA 
AGCCAAATCA ATAAAAGATA CAAAACAAAA GATGACATCA AGTCTACAAG AAAATTAAAG 
GAGTCTTTGA TTAACAGTGG TTTTTCAAAC AAACCTGTTG TACAACTCAG TAAGGAAAAA 
GTTCAGAAAA AAAGCTACAG AAAACTGAAG ACTACCTTTG TTAATGTTAC TTCTGAATGC 
CCAGTGAATG ATGTTTACAA TTTTAATTTG AATGGAGCTG ATGACCCTAT CATAAAACTT 
GGAATCCAAG AGTTTCAAGC TACAGCTAAA GAAGCTTGTG CGGATAGGTC AATTAGATTG 
GTAGGTCCAA GGAATCATGA TGAACTTAAA TCTTCTGTCA AAACAAAAGA TAAAAAAATT 
ATAACAAATC ATCAAAAGAA AAATCTGTTT AGTGATACTG AAACAGAGTA CAGATGTGAT 
GACAGCAAGA CTGATATTAG CTGGCTAAGA GAACCGAAAT CAAAACCACA GCTAATAGAC 
TATAGCAGAA ATAAAAATGT GAAGAATCAT AAAAGTGGAA AATCAAGATC ATCCTTGGAA 
AAGGGACAGC CAAGCTCTAA AATGACACCC AGTAAAAATA TCACAAAAAA GATGGACAAG 
ACAATTCCGG AAGGAAGAAT CAGACTTCCA CGAAAAGCAA CCAAAACAAA AAAAAACTAT 
AAAGATCTCT CAAATTCAGA ATCAGAGTGT GAACAAGAAT TTTCACATTC ATTTAAAGAG 
AACATACCAG TAAAGGAGGA GAATATCCAT TCCAGAATGA AAACGGTAAA GCTACCAAAG 
AAACAACAGA AAGTCTTCTG TGCTGAAACA GAAAAGGAAC TATCAAAACA ATGGAAAAAC 
TCATCTCTAC TAAAAGATGC TATACGAGAT AATTGCCTTG ACTTATCTCC CAGATCTTTA 
TCTGGCAGTC CATCATCTAT AGAAGTAACG AGATGTATAG AGAAAATAAC AGAAAAGGAT 
TTTACTCAGG ATTATGACTG CATAACAAAA TCTATATCAC CTTATCCAAA AACTTCATCA 
CTTGAATCCT TAAATAGTAA CAGTGGAGTT GGAGGTACAA TAAAGTCACC CAAAAACAAT 
GAGAAAAACT TCCTGTGTGC AAGTGAAAGT TGTTCACCAA TTCCACGACC ACTGTTTTTG 
CCCAGACATA CTCCAACTAA GAGTAATACT ATTGTAAATA GAAAAAAAAT AAGTTCTCTG 
GTACTTACAC AAGAAACACA AAACAGTAAC AGCTATTCAG ATGTAAGCAG TTATAGTTCA 
GAAGAACGGT TTATGGAAAT TGAATCTCCA CATATCAATG AAAATTATAT ACAAAGCAAA 
AGAGAGGAAA GTCATTTAGC ATCTTCATTA TCCAAGTCTA GTGAAGGAAG AGAGAAAACG 
TGGTTTGACA TGCCCTGTGA TGCTACTCAT GTATCAGGCC CCACCCAACA TCTTAGTCGC 
AAAAGAATAT ATATAGAAGA TAATCTAAGT AATTCCAATG AAGTAGAAAT GGAAGAGAAA 
GGAGAAAGGA GAGCAAACTT GCTTCCCAAA AAACTGTGTA AAATTGAAGA TGCAGATCAT 
CATATCCACA AAATGTCTGA AAGTGTATCT TCATTATCAA CAAATGACTT TTCTATTCCT 
TGGGAGACCT GGCAAAATGA ATTTGCAGGG ATAGAGATGA CTTATGAGAC TTACGAGAGG 
CTCAATTCAG AATTTAAGAG AAGGAATAAT ATCCGACATA AAATGTTGAG TTATTTTACT 
ACGCAGTCTT GGAAAACAGC TCAGCAACAT CTGAGAACAA TGAATCATCA AAGTCAGGAC 
TCTAGGATTA AAAAACTTGA TAAATTCCAA TTCATTATCA TAGAGGAGCT GGAGAATTTT 
GAAAAAGATT CACAGTCTTT AAAAGATTTG GAAAAGGAAT TTGTGGACTT TTGGGAAAAG 
ATATTTCAGA AGTTCAGTGC ATATCAAAAA AGCGAACAAC AGAGGCTTCA TCTTTTGAAA 
ACTTCATTGG CTAAAAGTGT CTTCTGTAAT ACTGATAGTG AAGAAACTGT TTTTACATCC 
GAGATGTGTT TGATGAAAGA AGATATGAAA GTGCTGCAAG ACAGGCTTCT TAAGGACATG 
CTAGAAGAGG AGCTTCTTAA TGTACGCAGA GAACTGATGT CAGTATTCAT GTCTCATGAA 
AGAAATGCTA ATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883079.1
CDS	655..4752
Translation	MMSVMKIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_017027590.1
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027590.1

ORF Insert Sequence:

ATGATGTCAG TGATGAAGAT TATAAAAAAA ATGAATGCTA TGCTTGACAA AATGCCTCAA 
GATGCCCGGA AAATACTCTC TAACCAAGAA ATGTTAATTC TCATGAGTAG TATGGGAGAA 
AGGATTTTAG ATGCTGGAGA TTATGACTTA CAGGTAGGCA TTGTAGAAGC TTTGTGTAGA 
ATGACCACAG AAAAACAAAG ACAAGAACTG GCACATCAGT GGTTTTCAAT GGATTTTATT 
GCTAAGGCAT TTAAAAGAAT TAAGGACTCT GAATTTGAAA CAGATTGCAG GATATTTCTC 
AACCTTGTAA ATGGCATGCT TGGAGACAAA AGAAGGGTCT TTACATTTCC TTGTTTATCA 
GCATTTCTTG ATAAATATGA GCTGCAAATA CCATCAGATG AAAAACTTGA GGAATTTTGG 
ATTGATTTTA ATCTTGGGAG TCAGACTCTC TCATTCTACA TTGCTGGAGA TAATGATGAT 
CATCAATGGG AAGCAGTTAC TGTGCCAGAG GAAAAAGTAC AAATATACAG CATTGAAGTG 
AGAGAATCAA AGAAGCTACT GACAATAATT CTGAAAAATA CAGTAAAAAT TAGCAAAAGA 
GAAGGGAAAG AATTGCTTTT GTATTTTGAC GCATCACTAG AAATCACTAA TGTAACTCAA 
AAAATTTTTG GTGCAACTAA ACATAGGGAA TCTATCAGAA AACAAGGTAT TTCAGTTGCC 
AAAACGTCGC TGCATATACT TTTTGACGCA AGTGGATCAC AGATTCTAGT GCCAGAAAGT 
CAAATCTCAC CAGTCGGAGA AGAGCTCGTT AGTTTAAAGG AAAAATCAAA GTCCCCAAAG 
GAATTTGCTA AACCTTCAAA ATATATCAAA AACAGTGACA AAGGGAATAG AAATAATAGT 
CAGCTTGAGA AAACTACTCC TAGCAAAAGA AAAATGTCTG AAGCATCAAT GATTGTTTCT 
GGTGCAGATA GATACACTAT GAGAAGTCCA GTGCTTTTCA GCAACACATC AATACCACCA 
CGAAGAAGAA GAATTAAACC ACCACTGCAA ATGACGAGCT CTGCAGAGAA ACCTAGTGTT 
TCTCAAACAT CAGAAAATAG AGTGGATAAT GCTGCATCAC TGAAATCTAG ATCATCAGAA 
GGAAGACATA GAAGAGATAA TATAGACAAA CATATCAAAA CTGCTAAGTG TGTAGAAAAC 
ACAGAAAATA AGAATGTTGA ATTCCCAAAC CAAAATTTTA GTGAACTCCA GGATGTTATA 
CCAGATTCAC AGGCAGCGGA AAAAAGAGAT CATACTATAT TACCTGGTGT TTTAGACAAC 
ATCTGTGGAA ATAAAATACA CAGCAAATGG GCATGTTGGA CACCTGTAAC AAACATTGAA 
CTATGTAATA ACCAAAGAGC AAGTACTTCG TCAGGAGACA CATTGAATCA AGATATTGTT 
ATAAATAAAA AACTTACTAA ACAAAAATCA TCCTCTTCAA TATCTGATCA TAATTCTGAA 
GGAACAGGAA AAGTGAAATA TAAGAAAGAA CAAACCGACC ATATCAAAAT AGATAAAGCA 
GAAGTAGAAG TTTGCAAGAA ACACAATCAG CAACAAAATC ATCCTAAATA TTCAGGGCAG 
AAAAATACTG AAAATGCCAA GCAGAGTGAT TGGCCTGTTG AATCTGAAAC TACTTTTAAA 
TCGGTTCTCC TAAATAAGAC AATTGAAGAA TCGCTGATAT ATAGGAAGAA ATACATATTG 
TCAAAAGATG TGAATACTGC TACTTGCGAT AAAAATCCAT CTGCTAGCAA AAATGTGCAA 
AGTCATAGAA AAGCAGAGAA AGAATTGACT TCTGAGCTTA ATTCCTGGGA TTCGAAACAA 
AAAAAAATGA GAGAAAAGTC AAAAGGGAAA GAATTTACCA ATGTAGCAGA ATCCTTGATA 
AGCCAAATCA ATAAAAGATA CAAAACAAAA GATGACATCA AGTCTACAAG AAAATTAAAG 
GAGTCTTTGA TTAACAGTGG TTTTTCAAAC AAACCTGTTG TACAACTCAG TAAGGAAAAA 
GTTCAGAAAA AAAGCTACAG AAAACTGAAG ACTACCTTTG TTAATGTTAC TTCTGAATGC 
CCAGTGAATG ATGTTTACAA TTTTAATTTG AATGGAGCTG ATGACCCTAT CATAAAACTT 
GGAATCCAAG AGTTTCAAGC TACAGCTAAA GAAGCTTGTG CGGATAGGTC AATTAGATTG 
GTAGGTCCAA GGAATCATGA TGAACTTAAA TCTTCTGTCA AAACAAAAGA TAAAAAAATT 
ATAACAAATC ATCAAAAGAA AAATCTGTTT AGTGATACTG AAACAGAGTA CAGATGTGAT 
GACAGCAAGA CTGATATTAG CTGGCTAAGA GAACCGAAAT CAAAACCACA GCTAATAGAC 
TATAGCAGAA ATAAAAATGT GAAGAATCAT AAAAGTGGAA AATCAAGATC ATCCTTGGAA 
AAGGGACAGC CAAGCTCTAA AATGACACCC AGTAAAAATA TCACAAAAAA GATGGACAAG 
ACAATTCCGG AAGGAAGAAT CAGACTTCCA CGAAAAGCAA CCAAAACAAA AAAAAACTAT 
AAAGATCTCT CAAATTCAGA ATCAGAGTGT GAACAAGAAT TTTCACATTC ATTTAAAGAG 
AACATACCAG TAAAGGAGGA GAATATCCAT TCCAGAATGA AAACGGTAAA GCTACCAAAG 
AAACAACAGA AAGTCTTCTG TGCTGAAACA GAAAAGGAAC TATCAAAACA ATGGAAAAAC 
TCATCTCTAC TAAAAGATGC TATACGAGAT AATTGCCTTG ACTTATCTCC CAGATCTTTA 
TCTGGCAGTC CATCATCTAT AGAAGTAACG AGATGTATAG AGAAAATAAC AGAAAAGGAT 
TTTACTCAGG ATTATGACTG CATAACAAAA TCTATATCAC CTTATCCAAA AACTTCATCA 
CTTGAATCCT TAAATAGTAA CAGTGGAGTT GGAGGTACAA TAAAGTCACC CAAAAACAAT 
GAGAAAAACT TCCTGTGTGC AAGTGAAAGT TGTTCACCAA TTCCACGACC ACTGTTTTTG 
CCCAGACATA CTCCAACTAA GAGTAATACT ATTGTAAATA GAAAAAAAAT AAGTTCTCTG 
GTACTTACAC AAGAAACACA AAACAGTAAC AGCTATTCAG ATGTAAGCAG TTATAGTTCA 
GAAGAACGGT TTATGGAAAT TGAATCTCCA CATATCAATG AAAATTATAT ACAAAGCAAA 
AGAGAGGAAA GTCATTTAGC ATCTTCATTA TCCAAGTCTA GTGAAGGAAG AGAGAAAACG 
TGGTTTGACA TGCCCTGTGA TGCTACTCAT GTATCAGGCC CCACCCAACA TCTTAGTCGC 
AAAAGAATAT ATATAGAAGA TAATCTAAGT AATTCCAATG AAGTAGAAAT GGAAGAGAAA 
GGAGAAAGGA GAGCAAACTT GCTTCCCAAA AAACTGTGTA AAATTGAAGA TGCAGATCAT 
CATATCCACA AAATGTCTGA AAGTGTATCT TCATTATCAA CAAATGACTT TTCTATTCCT 
TGGGAGACCT GGCAAAATGA ATTTGCAGGG ATAGAGATGA CTTATGAGAC TTACGAGAGG 
CTCAATTCAG AATTTAAGAG AAGGAATAAT ATCCGACATA AAATGTTGAG TTATTTTACT 
ACGCAGTCTT GGAAAACAGC TCAGCAACAT CTGAGAACAA TGAATCATCA AAGTCAGGAC 
TCTAGGATTA AAAAACTTGA TAAATTCCAA TTCATTATCA TAGAGGAGCT GGAGAATTTT 
GAAAAAGATT CACAGTCTTT AAAAGATTTG GAAAAGGAAT TTGTGGACTT TTGGGAAAAG 
ATATTTCAGA AGTTCAGTGC ATATCAAAAA AGCGAACAAC AGAGGCTTCA TCTTTTGAAA 
ACTTCATTGG CTAAAAGTGT CTTCTGTAAT ACTGATAGTG AAGAAACTGT TTTTACATCC 
GAGATGTGTT TGATGAAAGA AGATATGAAA GTGCTGCAAG ACAGGCTTCT TAAGGACATG 
CTAGAAGAGG AGCTTCTTAA TGTACGCAGA GAACTGATGT CAGTATTCAT GTCTCATGAA 
AGAAATGCTA ATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_011528493.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011526795.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X9, mRNA.

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CloneID	OHu63958
Clone ID Related Accession (Same CDS sequence)	XM_017027590.1 , XM_011528493.2 , XM_017027590.2
Accession Version	XM_011528493.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4098bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011528493.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTCAG TGATGAAGAT TATAAAAAAA ATGAATGCTA TGCTTGACAA AATGCCTCAA 
GATGCCCGGA AAATACTCTC TAACCAAGAA ATGTTAATTC TCATGAGTAG TATGGGAGAA 
AGGATTTTAG ATGCTGGAGA TTATGACTTA CAGGTAGGCA TTGTAGAAGC TTTGTGTAGA 
ATGACCACAG AAAAACAAAG ACAAGAACTG GCACATCAGT GGTTTTCAAT GGATTTTATT 
GCTAAGGCAT TTAAAAGAAT TAAGGACTCT GAATTTGAAA CAGATTGCAG GATATTTCTC 
AACCTTGTAA ATGGCATGCT TGGAGACAAA AGAAGGGTCT TTACATTTCC TTGTTTATCA 
GCATTTCTTG ATAAATATGA GCTGCAAATA CCATCAGATG AAAAACTTGA GGAATTTTGG 
ATTGATTTTA ATCTTGGGAG TCAGACTCTC TCATTCTACA TTGCTGGAGA TAATGATGAT 
CATCAATGGG AAGCAGTTAC TGTGCCAGAG GAAAAAGTAC AAATATACAG CATTGAAGTG 
AGAGAATCAA AGAAGCTACT GACAATAATT CTGAAAAATA CAGTAAAAAT TAGCAAAAGA 
GAAGGGAAAG AATTGCTTTT GTATTTTGAC GCATCACTAG AAATCACTAA TGTAACTCAA 
AAAATTTTTG GTGCAACTAA ACATAGGGAA TCTATCAGAA AACAAGGTAT TTCAGTTGCC 
AAAACGTCGC TGCATATACT TTTTGACGCA AGTGGATCAC AGATTCTAGT GCCAGAAAGT 
CAAATCTCAC CAGTCGGAGA AGAGCTCGTT AGTTTAAAGG AAAAATCAAA GTCCCCAAAG 
GAATTTGCTA AACCTTCAAA ATATATCAAA AACAGTGACA AAGGGAATAG AAATAATAGT 
CAGCTTGAGA AAACTACTCC TAGCAAAAGA AAAATGTCTG AAGCATCAAT GATTGTTTCT 
GGTGCAGATA GATACACTAT GAGAAGTCCA GTGCTTTTCA GCAACACATC AATACCACCA 
CGAAGAAGAA GAATTAAACC ACCACTGCAA ATGACGAGCT CTGCAGAGAA ACCTAGTGTT 
TCTCAAACAT CAGAAAATAG AGTGGATAAT GCTGCATCAC TGAAATCTAG ATCATCAGAA 
GGAAGACATA GAAGAGATAA TATAGACAAA CATATCAAAA CTGCTAAGTG TGTAGAAAAC 
ACAGAAAATA AGAATGTTGA ATTCCCAAAC CAAAATTTTA GTGAACTCCA GGATGTTATA 
CCAGATTCAC AGGCAGCGGA AAAAAGAGAT CATACTATAT TACCTGGTGT TTTAGACAAC 
ATCTGTGGAA ATAAAATACA CAGCAAATGG GCATGTTGGA CACCTGTAAC AAACATTGAA 
CTATGTAATA ACCAAAGAGC AAGTACTTCG TCAGGAGACA CATTGAATCA AGATATTGTT 
ATAAATAAAA AACTTACTAA ACAAAAATCA TCCTCTTCAA TATCTGATCA TAATTCTGAA 
GGAACAGGAA AAGTGAAATA TAAGAAAGAA CAAACCGACC ATATCAAAAT AGATAAAGCA 
GAAGTAGAAG TTTGCAAGAA ACACAATCAG CAACAAAATC ATCCTAAATA TTCAGGGCAG 
AAAAATACTG AAAATGCCAA GCAGAGTGAT TGGCCTGTTG AATCTGAAAC TACTTTTAAA 
TCGGTTCTCC TAAATAAGAC AATTGAAGAA TCGCTGATAT ATAGGAAGAA ATACATATTG 
TCAAAAGATG TGAATACTGC TACTTGCGAT AAAAATCCAT CTGCTAGCAA AAATGTGCAA 
AGTCATAGAA AAGCAGAGAA AGAATTGACT TCTGAGCTTA ATTCCTGGGA TTCGAAACAA 
AAAAAAATGA GAGAAAAGTC AAAAGGGAAA GAATTTACCA ATGTAGCAGA ATCCTTGATA 
AGCCAAATCA ATAAAAGATA CAAAACAAAA GATGACATCA AGTCTACAAG AAAATTAAAG 
GAGTCTTTGA TTAACAGTGG TTTTTCAAAC AAACCTGTTG TACAACTCAG TAAGGAAAAA 
GTTCAGAAAA AAAGCTACAG AAAACTGAAG ACTACCTTTG TTAATGTTAC TTCTGAATGC 
CCAGTGAATG ATGTTTACAA TTTTAATTTG AATGGAGCTG ATGACCCTAT CATAAAACTT 
GGAATCCAAG AGTTTCAAGC TACAGCTAAA GAAGCTTGTG CGGATAGGTC AATTAGATTG 
GTAGGTCCAA GGAATCATGA TGAACTTAAA TCTTCTGTCA AAACAAAAGA TAAAAAAATT 
ATAACAAATC ATCAAAAGAA AAATCTGTTT AGTGATACTG AAACAGAGTA CAGATGTGAT 
GACAGCAAGA CTGATATTAG CTGGCTAAGA GAACCGAAAT CAAAACCACA GCTAATAGAC 
TATAGCAGAA ATAAAAATGT GAAGAATCAT AAAAGTGGAA AATCAAGATC ATCCTTGGAA 
AAGGGACAGC CAAGCTCTAA AATGACACCC AGTAAAAATA TCACAAAAAA GATGGACAAG 
ACAATTCCGG AAGGAAGAAT CAGACTTCCA CGAAAAGCAA CCAAAACAAA AAAAAACTAT 
AAAGATCTCT CAAATTCAGA ATCAGAGTGT GAACAAGAAT TTTCACATTC ATTTAAAGAG 
AACATACCAG TAAAGGAGGA GAATATCCAT TCCAGAATGA AAACGGTAAA GCTACCAAAG 
AAACAACAGA AAGTCTTCTG TGCTGAAACA GAAAAGGAAC TATCAAAACA ATGGAAAAAC 
TCATCTCTAC TAAAAGATGC TATACGAGAT AATTGCCTTG ACTTATCTCC CAGATCTTTA 
TCTGGCAGTC CATCATCTAT AGAAGTAACG AGATGTATAG AGAAAATAAC AGAAAAGGAT 
TTTACTCAGG ATTATGACTG CATAACAAAA TCTATATCAC CTTATCCAAA AACTTCATCA 
CTTGAATCCT TAAATAGTAA CAGTGGAGTT GGAGGTACAA TAAAGTCACC CAAAAACAAT 
GAGAAAAACT TCCTGTGTGC AAGTGAAAGT TGTTCACCAA TTCCACGACC ACTGTTTTTG 
CCCAGACATA CTCCAACTAA GAGTAATACT ATTGTAAATA GAAAAAAAAT AAGTTCTCTG 
GTACTTACAC AAGAAACACA AAACAGTAAC AGCTATTCAG ATGTAAGCAG TTATAGTTCA 
GAAGAACGGT TTATGGAAAT TGAATCTCCA CATATCAATG AAAATTATAT ACAAAGCAAA 
AGAGAGGAAA GTCATTTAGC ATCTTCATTA TCCAAGTCTA GTGAAGGAAG AGAGAAAACG 
TGGTTTGACA TGCCCTGTGA TGCTACTCAT GTATCAGGCC CCACCCAACA TCTTAGTCGC 
AAAAGAATAT ATATAGAAGA TAATCTAAGT AATTCCAATG AAGTAGAAAT GGAAGAGAAA 
GGAGAAAGGA GAGCAAACTT GCTTCCCAAA AAACTGTGTA AAATTGAAGA TGCAGATCAT 
CATATCCACA AAATGTCTGA AAGTGTATCT TCATTATCAA CAAATGACTT TTCTATTCCT 
TGGGAGACCT GGCAAAATGA ATTTGCAGGG ATAGAGATGA CTTATGAGAC TTACGAGAGG 
CTCAATTCAG AATTTAAGAG AAGGAATAAT ATCCGACATA AAATGTTGAG TTATTTTACT 
ACGCAGTCTT GGAAAACAGC TCAGCAACAT CTGAGAACAA TGAATCATCA AAGTCAGGAC 
TCTAGGATTA AAAAACTTGA TAAATTCCAA TTCATTATCA TAGAGGAGCT GGAGAATTTT 
GAAAAAGATT CACAGTCTTT AAAAGATTTG GAAAAGGAAT TTGTGGACTT TTGGGAAAAG 
ATATTTCAGA AGTTCAGTGC ATATCAAAAA AGCGAACAAC AGAGGCTTCA TCTTTTGAAA 
ACTTCATTGG CTAAAAGTGT CTTCTGTAAT ACTGATAGTG AAGAAACTGT TTTTACATCC 
GAGATGTGTT TGATGAAAGA AGATATGAAA GTGCTGCAAG ACAGGCTTCT TAAGGACATG 
CTAGAAGAGG AGCTTCTTAA TGTACGCAGA GAACTGATGT CAGTATTCAT GTCTCATGAA 
AGAAATGCTA ATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_011526795.1
CDS	681..4778
Translation	MMSVMKIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_011528493.2
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X9, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_011528493.2

ORF Insert Sequence:

ATGATGTCAG TGATGAAGAT TATAAAAAAA ATGAATGCTA TGCTTGACAA AATGCCTCAA 
GATGCCCGGA AAATACTCTC TAACCAAGAA ATGTTAATTC TCATGAGTAG TATGGGAGAA 
AGGATTTTAG ATGCTGGAGA TTATGACTTA CAGGTAGGCA TTGTAGAAGC TTTGTGTAGA 
ATGACCACAG AAAAACAAAG ACAAGAACTG GCACATCAGT GGTTTTCAAT GGATTTTATT 
GCTAAGGCAT TTAAAAGAAT TAAGGACTCT GAATTTGAAA CAGATTGCAG GATATTTCTC 
AACCTTGTAA ATGGCATGCT TGGAGACAAA AGAAGGGTCT TTACATTTCC TTGTTTATCA 
GCATTTCTTG ATAAATATGA GCTGCAAATA CCATCAGATG AAAAACTTGA GGAATTTTGG 
ATTGATTTTA ATCTTGGGAG TCAGACTCTC TCATTCTACA TTGCTGGAGA TAATGATGAT 
CATCAATGGG AAGCAGTTAC TGTGCCAGAG GAAAAAGTAC AAATATACAG CATTGAAGTG 
AGAGAATCAA AGAAGCTACT GACAATAATT CTGAAAAATA CAGTAAAAAT TAGCAAAAGA 
GAAGGGAAAG AATTGCTTTT GTATTTTGAC GCATCACTAG AAATCACTAA TGTAACTCAA 
AAAATTTTTG GTGCAACTAA ACATAGGGAA TCTATCAGAA AACAAGGTAT TTCAGTTGCC 
AAAACGTCGC TGCATATACT TTTTGACGCA AGTGGATCAC AGATTCTAGT GCCAGAAAGT 
CAAATCTCAC CAGTCGGAGA AGAGCTCGTT AGTTTAAAGG AAAAATCAAA GTCCCCAAAG 
GAATTTGCTA AACCTTCAAA ATATATCAAA AACAGTGACA AAGGGAATAG AAATAATAGT 
CAGCTTGAGA AAACTACTCC TAGCAAAAGA AAAATGTCTG AAGCATCAAT GATTGTTTCT 
GGTGCAGATA GATACACTAT GAGAAGTCCA GTGCTTTTCA GCAACACATC AATACCACCA 
CGAAGAAGAA GAATTAAACC ACCACTGCAA ATGACGAGCT CTGCAGAGAA ACCTAGTGTT 
TCTCAAACAT CAGAAAATAG AGTGGATAAT GCTGCATCAC TGAAATCTAG ATCATCAGAA 
GGAAGACATA GAAGAGATAA TATAGACAAA CATATCAAAA CTGCTAAGTG TGTAGAAAAC 
ACAGAAAATA AGAATGTTGA ATTCCCAAAC CAAAATTTTA GTGAACTCCA GGATGTTATA 
CCAGATTCAC AGGCAGCGGA AAAAAGAGAT CATACTATAT TACCTGGTGT TTTAGACAAC 
ATCTGTGGAA ATAAAATACA CAGCAAATGG GCATGTTGGA CACCTGTAAC AAACATTGAA 
CTATGTAATA ACCAAAGAGC AAGTACTTCG TCAGGAGACA CATTGAATCA AGATATTGTT 
ATAAATAAAA AACTTACTAA ACAAAAATCA TCCTCTTCAA TATCTGATCA TAATTCTGAA 
GGAACAGGAA AAGTGAAATA TAAGAAAGAA CAAACCGACC ATATCAAAAT AGATAAAGCA 
GAAGTAGAAG TTTGCAAGAA ACACAATCAG CAACAAAATC ATCCTAAATA TTCAGGGCAG 
AAAAATACTG AAAATGCCAA GCAGAGTGAT TGGCCTGTTG AATCTGAAAC TACTTTTAAA 
TCGGTTCTCC TAAATAAGAC AATTGAAGAA TCGCTGATAT ATAGGAAGAA ATACATATTG 
TCAAAAGATG TGAATACTGC TACTTGCGAT AAAAATCCAT CTGCTAGCAA AAATGTGCAA 
AGTCATAGAA AAGCAGAGAA AGAATTGACT TCTGAGCTTA ATTCCTGGGA TTCGAAACAA 
AAAAAAATGA GAGAAAAGTC AAAAGGGAAA GAATTTACCA ATGTAGCAGA ATCCTTGATA 
AGCCAAATCA ATAAAAGATA CAAAACAAAA GATGACATCA AGTCTACAAG AAAATTAAAG 
GAGTCTTTGA TTAACAGTGG TTTTTCAAAC AAACCTGTTG TACAACTCAG TAAGGAAAAA 
GTTCAGAAAA AAAGCTACAG AAAACTGAAG ACTACCTTTG TTAATGTTAC TTCTGAATGC 
CCAGTGAATG ATGTTTACAA TTTTAATTTG AATGGAGCTG ATGACCCTAT CATAAAACTT 
GGAATCCAAG AGTTTCAAGC TACAGCTAAA GAAGCTTGTG CGGATAGGTC AATTAGATTG 
GTAGGTCCAA GGAATCATGA TGAACTTAAA TCTTCTGTCA AAACAAAAGA TAAAAAAATT 
ATAACAAATC ATCAAAAGAA AAATCTGTTT AGTGATACTG AAACAGAGTA CAGATGTGAT 
GACAGCAAGA CTGATATTAG CTGGCTAAGA GAACCGAAAT CAAAACCACA GCTAATAGAC 
TATAGCAGAA ATAAAAATGT GAAGAATCAT AAAAGTGGAA AATCAAGATC ATCCTTGGAA 
AAGGGACAGC CAAGCTCTAA AATGACACCC AGTAAAAATA TCACAAAAAA GATGGACAAG 
ACAATTCCGG AAGGAAGAAT CAGACTTCCA CGAAAAGCAA CCAAAACAAA AAAAAACTAT 
AAAGATCTCT CAAATTCAGA ATCAGAGTGT GAACAAGAAT TTTCACATTC ATTTAAAGAG 
AACATACCAG TAAAGGAGGA GAATATCCAT TCCAGAATGA AAACGGTAAA GCTACCAAAG 
AAACAACAGA AAGTCTTCTG TGCTGAAACA GAAAAGGAAC TATCAAAACA ATGGAAAAAC 
TCATCTCTAC TAAAAGATGC TATACGAGAT AATTGCCTTG ACTTATCTCC CAGATCTTTA 
TCTGGCAGTC CATCATCTAT AGAAGTAACG AGATGTATAG AGAAAATAAC AGAAAAGGAT 
TTTACTCAGG ATTATGACTG CATAACAAAA TCTATATCAC CTTATCCAAA AACTTCATCA 
CTTGAATCCT TAAATAGTAA CAGTGGAGTT GGAGGTACAA TAAAGTCACC CAAAAACAAT 
GAGAAAAACT TCCTGTGTGC AAGTGAAAGT TGTTCACCAA TTCCACGACC ACTGTTTTTG 
CCCAGACATA CTCCAACTAA GAGTAATACT ATTGTAAATA GAAAAAAAAT AAGTTCTCTG 
GTACTTACAC AAGAAACACA AAACAGTAAC AGCTATTCAG ATGTAAGCAG TTATAGTTCA 
GAAGAACGGT TTATGGAAAT TGAATCTCCA CATATCAATG AAAATTATAT ACAAAGCAAA 
AGAGAGGAAA GTCATTTAGC ATCTTCATTA TCCAAGTCTA GTGAAGGAAG AGAGAAAACG 
TGGTTTGACA TGCCCTGTGA TGCTACTCAT GTATCAGGCC CCACCCAACA TCTTAGTCGC 
AAAAGAATAT ATATAGAAGA TAATCTAAGT AATTCCAATG AAGTAGAAAT GGAAGAGAAA 
GGAGAAAGGA GAGCAAACTT GCTTCCCAAA AAACTGTGTA AAATTGAAGA TGCAGATCAT 
CATATCCACA AAATGTCTGA AAGTGTATCT TCATTATCAA CAAATGACTT TTCTATTCCT 
TGGGAGACCT GGCAAAATGA ATTTGCAGGG ATAGAGATGA CTTATGAGAC TTACGAGAGG 
CTCAATTCAG AATTTAAGAG AAGGAATAAT ATCCGACATA AAATGTTGAG TTATTTTACT 
ACGCAGTCTT GGAAAACAGC TCAGCAACAT CTGAGAACAA TGAATCATCA AAGTCAGGAC 
TCTAGGATTA AAAAACTTGA TAAATTCCAA TTCATTATCA TAGAGGAGCT GGAGAATTTT 
GAAAAAGATT CACAGTCTTT AAAAGATTTG GAAAAGGAAT TTGTGGACTT TTGGGAAAAG 
ATATTTCAGA AGTTCAGTGC ATATCAAAAA AGCGAACAAC AGAGGCTTCA TCTTTTGAAA 
ACTTCATTGG CTAAAAGTGT CTTCTGTAAT ACTGATAGTG AAGAAACTGT TTTTACATCC 
GAGATGTGTT TGATGAAAGA AGATATGAAA GTGCTGCAAG ACAGGCTTCT TAAGGACATG 
CTAGAAGAGG AGCTTCTTAA TGTACGCAGA GAACTGATGT CAGTATTCAT GTCTCATGAA 
AGAAATGCTA ATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

SYCP2 ( XM_017027590.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_016883079.1 Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X10, mRNA.

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CloneID	OHu63958
Clone ID Related Accession (Same CDS sequence)	XM_017027590.1 , XM_011528493.2 , XM_017027590.2
Accession Version	XM_017027590.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4098bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	synaptonemal complex protein 2 isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000020.11) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process On Mar 26, 2018 this sequence version replaced XM_017027590.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGTCAG TGATGAAGAT TATAAAAAAA ATGAATGCTA TGCTTGACAA AATGCCTCAA 
GATGCCCGGA AAATACTCTC TAACCAAGAA ATGTTAATTC TCATGAGTAG TATGGGAGAA 
AGGATTTTAG ATGCTGGAGA TTATGACTTA CAGGTAGGCA TTGTAGAAGC TTTGTGTAGA 
ATGACCACAG AAAAACAAAG ACAAGAACTG GCACATCAGT GGTTTTCAAT GGATTTTATT 
GCTAAGGCAT TTAAAAGAAT TAAGGACTCT GAATTTGAAA CAGATTGCAG GATATTTCTC 
AACCTTGTAA ATGGCATGCT TGGAGACAAA AGAAGGGTCT TTACATTTCC TTGTTTATCA 
GCATTTCTTG ATAAATATGA GCTGCAAATA CCATCAGATG AAAAACTTGA GGAATTTTGG 
ATTGATTTTA ATCTTGGGAG TCAGACTCTC TCATTCTACA TTGCTGGAGA TAATGATGAT 
CATCAATGGG AAGCAGTTAC TGTGCCAGAG GAAAAAGTAC AAATATACAG CATTGAAGTG 
AGAGAATCAA AGAAGCTACT GACAATAATT CTGAAAAATA CAGTAAAAAT TAGCAAAAGA 
GAAGGGAAAG AATTGCTTTT GTATTTTGAC GCATCACTAG AAATCACTAA TGTAACTCAA 
AAAATTTTTG GTGCAACTAA ACATAGGGAA TCTATCAGAA AACAAGGTAT TTCAGTTGCC 
AAAACGTCGC TGCATATACT TTTTGACGCA AGTGGATCAC AGATTCTAGT GCCAGAAAGT 
CAAATCTCAC CAGTCGGAGA AGAGCTCGTT AGTTTAAAGG AAAAATCAAA GTCCCCAAAG 
GAATTTGCTA AACCTTCAAA ATATATCAAA AACAGTGACA AAGGGAATAG AAATAATAGT 
CAGCTTGAGA AAACTACTCC TAGCAAAAGA AAAATGTCTG AAGCATCAAT GATTGTTTCT 
GGTGCAGATA GATACACTAT GAGAAGTCCA GTGCTTTTCA GCAACACATC AATACCACCA 
CGAAGAAGAA GAATTAAACC ACCACTGCAA ATGACGAGCT CTGCAGAGAA ACCTAGTGTT 
TCTCAAACAT CAGAAAATAG AGTGGATAAT GCTGCATCAC TGAAATCTAG ATCATCAGAA 
GGAAGACATA GAAGAGATAA TATAGACAAA CATATCAAAA CTGCTAAGTG TGTAGAAAAC 
ACAGAAAATA AGAATGTTGA ATTCCCAAAC CAAAATTTTA GTGAACTCCA GGATGTTATA 
CCAGATTCAC AGGCAGCGGA AAAAAGAGAT CATACTATAT TACCTGGTGT TTTAGACAAC 
ATCTGTGGAA ATAAAATACA CAGCAAATGG GCATGTTGGA CACCTGTAAC AAACATTGAA 
CTATGTAATA ACCAAAGAGC AAGTACTTCG TCAGGAGACA CATTGAATCA AGATATTGTT 
ATAAATAAAA AACTTACTAA ACAAAAATCA TCCTCTTCAA TATCTGATCA TAATTCTGAA 
GGAACAGGAA AAGTGAAATA TAAGAAAGAA CAAACCGACC ATATCAAAAT AGATAAAGCA 
GAAGTAGAAG TTTGCAAGAA ACACAATCAG CAACAAAATC ATCCTAAATA TTCAGGGCAG 
AAAAATACTG AAAATGCCAA GCAGAGTGAT TGGCCTGTTG AATCTGAAAC TACTTTTAAA 
TCGGTTCTCC TAAATAAGAC AATTGAAGAA TCGCTGATAT ATAGGAAGAA ATACATATTG 
TCAAAAGATG TGAATACTGC TACTTGCGAT AAAAATCCAT CTGCTAGCAA AAATGTGCAA 
AGTCATAGAA AAGCAGAGAA AGAATTGACT TCTGAGCTTA ATTCCTGGGA TTCGAAACAA 
AAAAAAATGA GAGAAAAGTC AAAAGGGAAA GAATTTACCA ATGTAGCAGA ATCCTTGATA 
AGCCAAATCA ATAAAAGATA CAAAACAAAA GATGACATCA AGTCTACAAG AAAATTAAAG 
GAGTCTTTGA TTAACAGTGG TTTTTCAAAC AAACCTGTTG TACAACTCAG TAAGGAAAAA 
GTTCAGAAAA AAAGCTACAG AAAACTGAAG ACTACCTTTG TTAATGTTAC TTCTGAATGC 
CCAGTGAATG ATGTTTACAA TTTTAATTTG AATGGAGCTG ATGACCCTAT CATAAAACTT 
GGAATCCAAG AGTTTCAAGC TACAGCTAAA GAAGCTTGTG CGGATAGGTC AATTAGATTG 
GTAGGTCCAA GGAATCATGA TGAACTTAAA TCTTCTGTCA AAACAAAAGA TAAAAAAATT 
ATAACAAATC ATCAAAAGAA AAATCTGTTT AGTGATACTG AAACAGAGTA CAGATGTGAT 
GACAGCAAGA CTGATATTAG CTGGCTAAGA GAACCGAAAT CAAAACCACA GCTAATAGAC 
TATAGCAGAA ATAAAAATGT GAAGAATCAT AAAAGTGGAA AATCAAGATC ATCCTTGGAA 
AAGGGACAGC CAAGCTCTAA AATGACACCC AGTAAAAATA TCACAAAAAA GATGGACAAG 
ACAATTCCGG AAGGAAGAAT CAGACTTCCA CGAAAAGCAA CCAAAACAAA AAAAAACTAT 
AAAGATCTCT CAAATTCAGA ATCAGAGTGT GAACAAGAAT TTTCACATTC ATTTAAAGAG 
AACATACCAG TAAAGGAGGA GAATATCCAT TCCAGAATGA AAACGGTAAA GCTACCAAAG 
AAACAACAGA AAGTCTTCTG TGCTGAAACA GAAAAGGAAC TATCAAAACA ATGGAAAAAC 
TCATCTCTAC TAAAAGATGC TATACGAGAT AATTGCCTTG ACTTATCTCC CAGATCTTTA 
TCTGGCAGTC CATCATCTAT AGAAGTAACG AGATGTATAG AGAAAATAAC AGAAAAGGAT 
TTTACTCAGG ATTATGACTG CATAACAAAA TCTATATCAC CTTATCCAAA AACTTCATCA 
CTTGAATCCT TAAATAGTAA CAGTGGAGTT GGAGGTACAA TAAAGTCACC CAAAAACAAT 
GAGAAAAACT TCCTGTGTGC AAGTGAAAGT TGTTCACCAA TTCCACGACC ACTGTTTTTG 
CCCAGACATA CTCCAACTAA GAGTAATACT ATTGTAAATA GAAAAAAAAT AAGTTCTCTG 
GTACTTACAC AAGAAACACA AAACAGTAAC AGCTATTCAG ATGTAAGCAG TTATAGTTCA 
GAAGAACGGT TTATGGAAAT TGAATCTCCA CATATCAATG AAAATTATAT ACAAAGCAAA 
AGAGAGGAAA GTCATTTAGC ATCTTCATTA TCCAAGTCTA GTGAAGGAAG AGAGAAAACG 
TGGTTTGACA TGCCCTGTGA TGCTACTCAT GTATCAGGCC CCACCCAACA TCTTAGTCGC 
AAAAGAATAT ATATAGAAGA TAATCTAAGT AATTCCAATG AAGTAGAAAT GGAAGAGAAA 
GGAGAAAGGA GAGCAAACTT GCTTCCCAAA AAACTGTGTA AAATTGAAGA TGCAGATCAT 
CATATCCACA AAATGTCTGA AAGTGTATCT TCATTATCAA CAAATGACTT TTCTATTCCT 
TGGGAGACCT GGCAAAATGA ATTTGCAGGG ATAGAGATGA CTTATGAGAC TTACGAGAGG 
CTCAATTCAG AATTTAAGAG AAGGAATAAT ATCCGACATA AAATGTTGAG TTATTTTACT 
ACGCAGTCTT GGAAAACAGC TCAGCAACAT CTGAGAACAA TGAATCATCA AAGTCAGGAC 
TCTAGGATTA AAAAACTTGA TAAATTCCAA TTCATTATCA TAGAGGAGCT GGAGAATTTT 
GAAAAAGATT CACAGTCTTT AAAAGATTTG GAAAAGGAAT TTGTGGACTT TTGGGAAAAG 
ATATTTCAGA AGTTCAGTGC ATATCAAAAA AGCGAACAAC AGAGGCTTCA TCTTTTGAAA 
ACTTCATTGG CTAAAAGTGT CTTCTGTAAT ACTGATAGTG AAGAAACTGT TTTTACATCC 
GAGATGTGTT TGATGAAAGA AGATATGAAA GTGCTGCAAG ACAGGCTTCT TAAGGACATG 
CTAGAAGAGG AGCTTCTTAA TGTACGCAGA GAACTGATGT CAGTATTCAT GTCTCATGAA 
AGAAATGCTA ATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

RefSeq	XP_016883079.1
CDS	654..4751
Translation	MMSVMKIIKKMNAMLDKMPQDARKILSNQEMLILMSSMGERILDAGDYDLQVGIVEALCRMTTEKQRQELAHQWFSMDFIAKAFKRIKDSEFETDCRIFLNLVNGMLGDKRRVFTFPCLSAFLDKYELQIPSDEKLEEFWIDFNLGSQTLSFYIAGDNDDHQWEAVTVPEEKVQIYSIEVRESKKLLTIILKNTVKISKREGKELLLYFDASLEITNVTQKIFGATKHRESIRKQGISVAKTSLHILFDASGSQILVPESQISPVGEELVSLKEKSKSPKEFAKPSKYIKNSDKGNRNNSQLEKTTPSKRKMSEASMIVSGADRYTMRSPVLFSNTSIPPRRRRIKPPLQMTSSAEKPSVSQTSENRVDNAASLKSRSSEGRHRRDNIDKHIKTAKCVENTENKNVEFPNQNFSELQDVIPDSQAAEKRDHTILPGVLDNICGNKIHSKWACWTPVTNIELCNNQRASTSSGDTLNQDIVINKKLTKQKSSSSISDHNSEGTGKVKYKKEQTDHIKIDKAEVEVCKKHNQQQNHPKYSGQKNTENAKQSDWPVESETTFKSVLLNKTIEESLIYRKKYILSKDVNTATCDKNPSASKNVQSHRKAEKELTSELNSWDSKQKKMREKSKGKEFTNVAESLISQINKRYKTKDDIKSTRKLKESLINSGFSNKPVVQLSKEKVQKKSYRKLKTTFVNVTSECPVNDVYNFNLNGADDPIIKLGIQEFQATAKEACADRSIRLVGPRNHDELKSSVKTKDKKIITNHQKKNLFSDTETEYRCDDSKTDISWLREPKSKPQLIDYSRNKNVKNHKSGKSRSSLEKGQPSSKMTPSKNITKKMDKTIPEGRIRLPRKATKTKKNYKDLSNSESECEQEFSHSFKENIPVKEENIHSRMKTVKLPKKQQKVFCAETEKELSKQWKNSSLLKDAIRDNCLDLSPRSLSGSPSSIEVTRCIEKITEKDFTQDYDCITKSISPYPKTSSLESLNSNSGVGGTIKSPKNNEKNFLCASESCSPIPRPLFLPRHTPTKSNTIVNRKKISSLVLTQETQNSNSYSDVSSYSSEERFMEIESPHINENYIQSKREESHLASSLSKSSEGREKTWFDMPCDATHVSGPTQHLSRKRIYIEDNLSNSNEVEMEEKGERRANLLPKKLCKIEDADHHIHKMSESVSSLSTNDFSIPWETWQNEFAGIEMTYETYERLNSEFKRRNNIRHKMLSYFTTQSWKTAQQHLRTMNHQSQDSRIKKLDKFQFIIIEELENFEKDSQSLKDLEKEFVDFWEKIFQKFSAYQKSEQQRLHLLKTSLAKSVFCNTDSEETVFTSEMCLMKEDMKVLQDRLLKDMLEEELLNVRRELMSVFMSHERNANV

Target ORF information:

RefSeq Version	XM_017027590.2
Organism	Homo sapiens(human)
Definition	Homo sapiens synaptonemal complex protein 2 (SYCP2), transcript variant X10, mRNA.

Target ORF information:

Epitope	DYKDDDDK
Bacterial selection	AMP^R
Mammalian selection	Neo^R
Vector	pcDNA3.1⁺/C-(K)DYK

XM_017027590.2

ORF Insert Sequence:

ATGATGTCAG TGATGAAGAT TATAAAAAAA ATGAATGCTA TGCTTGACAA AATGCCTCAA 
GATGCCCGGA AAATACTCTC TAACCAAGAA ATGTTAATTC TCATGAGTAG TATGGGAGAA 
AGGATTTTAG ATGCTGGAGA TTATGACTTA CAGGTAGGCA TTGTAGAAGC TTTGTGTAGA 
ATGACCACAG AAAAACAAAG ACAAGAACTG GCACATCAGT GGTTTTCAAT GGATTTTATT 
GCTAAGGCAT TTAAAAGAAT TAAGGACTCT GAATTTGAAA CAGATTGCAG GATATTTCTC 
AACCTTGTAA ATGGCATGCT TGGAGACAAA AGAAGGGTCT TTACATTTCC TTGTTTATCA 
GCATTTCTTG ATAAATATGA GCTGCAAATA CCATCAGATG AAAAACTTGA GGAATTTTGG 
ATTGATTTTA ATCTTGGGAG TCAGACTCTC TCATTCTACA TTGCTGGAGA TAATGATGAT 
CATCAATGGG AAGCAGTTAC TGTGCCAGAG GAAAAAGTAC AAATATACAG CATTGAAGTG 
AGAGAATCAA AGAAGCTACT GACAATAATT CTGAAAAATA CAGTAAAAAT TAGCAAAAGA 
GAAGGGAAAG AATTGCTTTT GTATTTTGAC GCATCACTAG AAATCACTAA TGTAACTCAA 
AAAATTTTTG GTGCAACTAA ACATAGGGAA TCTATCAGAA AACAAGGTAT TTCAGTTGCC 
AAAACGTCGC TGCATATACT TTTTGACGCA AGTGGATCAC AGATTCTAGT GCCAGAAAGT 
CAAATCTCAC CAGTCGGAGA AGAGCTCGTT AGTTTAAAGG AAAAATCAAA GTCCCCAAAG 
GAATTTGCTA AACCTTCAAA ATATATCAAA AACAGTGACA AAGGGAATAG AAATAATAGT 
CAGCTTGAGA AAACTACTCC TAGCAAAAGA AAAATGTCTG AAGCATCAAT GATTGTTTCT 
GGTGCAGATA GATACACTAT GAGAAGTCCA GTGCTTTTCA GCAACACATC AATACCACCA 
CGAAGAAGAA GAATTAAACC ACCACTGCAA ATGACGAGCT CTGCAGAGAA ACCTAGTGTT 
TCTCAAACAT CAGAAAATAG AGTGGATAAT GCTGCATCAC TGAAATCTAG ATCATCAGAA 
GGAAGACATA GAAGAGATAA TATAGACAAA CATATCAAAA CTGCTAAGTG TGTAGAAAAC 
ACAGAAAATA AGAATGTTGA ATTCCCAAAC CAAAATTTTA GTGAACTCCA GGATGTTATA 
CCAGATTCAC AGGCAGCGGA AAAAAGAGAT CATACTATAT TACCTGGTGT TTTAGACAAC 
ATCTGTGGAA ATAAAATACA CAGCAAATGG GCATGTTGGA CACCTGTAAC AAACATTGAA 
CTATGTAATA ACCAAAGAGC AAGTACTTCG TCAGGAGACA CATTGAATCA AGATATTGTT 
ATAAATAAAA AACTTACTAA ACAAAAATCA TCCTCTTCAA TATCTGATCA TAATTCTGAA 
GGAACAGGAA AAGTGAAATA TAAGAAAGAA CAAACCGACC ATATCAAAAT AGATAAAGCA 
GAAGTAGAAG TTTGCAAGAA ACACAATCAG CAACAAAATC ATCCTAAATA TTCAGGGCAG 
AAAAATACTG AAAATGCCAA GCAGAGTGAT TGGCCTGTTG AATCTGAAAC TACTTTTAAA 
TCGGTTCTCC TAAATAAGAC AATTGAAGAA TCGCTGATAT ATAGGAAGAA ATACATATTG 
TCAAAAGATG TGAATACTGC TACTTGCGAT AAAAATCCAT CTGCTAGCAA AAATGTGCAA 
AGTCATAGAA AAGCAGAGAA AGAATTGACT TCTGAGCTTA ATTCCTGGGA TTCGAAACAA 
AAAAAAATGA GAGAAAAGTC AAAAGGGAAA GAATTTACCA ATGTAGCAGA ATCCTTGATA 
AGCCAAATCA ATAAAAGATA CAAAACAAAA GATGACATCA AGTCTACAAG AAAATTAAAG 
GAGTCTTTGA TTAACAGTGG TTTTTCAAAC AAACCTGTTG TACAACTCAG TAAGGAAAAA 
GTTCAGAAAA AAAGCTACAG AAAACTGAAG ACTACCTTTG TTAATGTTAC TTCTGAATGC 
CCAGTGAATG ATGTTTACAA TTTTAATTTG AATGGAGCTG ATGACCCTAT CATAAAACTT 
GGAATCCAAG AGTTTCAAGC TACAGCTAAA GAAGCTTGTG CGGATAGGTC AATTAGATTG 
GTAGGTCCAA GGAATCATGA TGAACTTAAA TCTTCTGTCA AAACAAAAGA TAAAAAAATT 
ATAACAAATC ATCAAAAGAA AAATCTGTTT AGTGATACTG AAACAGAGTA CAGATGTGAT 
GACAGCAAGA CTGATATTAG CTGGCTAAGA GAACCGAAAT CAAAACCACA GCTAATAGAC 
TATAGCAGAA ATAAAAATGT GAAGAATCAT AAAAGTGGAA AATCAAGATC ATCCTTGGAA 
AAGGGACAGC CAAGCTCTAA AATGACACCC AGTAAAAATA TCACAAAAAA GATGGACAAG 
ACAATTCCGG AAGGAAGAAT CAGACTTCCA CGAAAAGCAA CCAAAACAAA AAAAAACTAT 
AAAGATCTCT CAAATTCAGA ATCAGAGTGT GAACAAGAAT TTTCACATTC ATTTAAAGAG 
AACATACCAG TAAAGGAGGA GAATATCCAT TCCAGAATGA AAACGGTAAA GCTACCAAAG 
AAACAACAGA AAGTCTTCTG TGCTGAAACA GAAAAGGAAC TATCAAAACA ATGGAAAAAC 
TCATCTCTAC TAAAAGATGC TATACGAGAT AATTGCCTTG ACTTATCTCC CAGATCTTTA 
TCTGGCAGTC CATCATCTAT AGAAGTAACG AGATGTATAG AGAAAATAAC AGAAAAGGAT 
TTTACTCAGG ATTATGACTG CATAACAAAA TCTATATCAC CTTATCCAAA AACTTCATCA 
CTTGAATCCT TAAATAGTAA CAGTGGAGTT GGAGGTACAA TAAAGTCACC CAAAAACAAT 
GAGAAAAACT TCCTGTGTGC AAGTGAAAGT TGTTCACCAA TTCCACGACC ACTGTTTTTG 
CCCAGACATA CTCCAACTAA GAGTAATACT ATTGTAAATA GAAAAAAAAT AAGTTCTCTG 
GTACTTACAC AAGAAACACA AAACAGTAAC AGCTATTCAG ATGTAAGCAG TTATAGTTCA 
GAAGAACGGT TTATGGAAAT TGAATCTCCA CATATCAATG AAAATTATAT ACAAAGCAAA 
AGAGAGGAAA GTCATTTAGC ATCTTCATTA TCCAAGTCTA GTGAAGGAAG AGAGAAAACG 
TGGTTTGACA TGCCCTGTGA TGCTACTCAT GTATCAGGCC CCACCCAACA TCTTAGTCGC 
AAAAGAATAT ATATAGAAGA TAATCTAAGT AATTCCAATG AAGTAGAAAT GGAAGAGAAA 
GGAGAAAGGA GAGCAAACTT GCTTCCCAAA AAACTGTGTA AAATTGAAGA TGCAGATCAT 
CATATCCACA AAATGTCTGA AAGTGTATCT TCATTATCAA CAAATGACTT TTCTATTCCT 
TGGGAGACCT GGCAAAATGA ATTTGCAGGG ATAGAGATGA CTTATGAGAC TTACGAGAGG 
CTCAATTCAG AATTTAAGAG AAGGAATAAT ATCCGACATA AAATGTTGAG TTATTTTACT 
ACGCAGTCTT GGAAAACAGC TCAGCAACAT CTGAGAACAA TGAATCATCA AAGTCAGGAC 
TCTAGGATTA AAAAACTTGA TAAATTCCAA TTCATTATCA TAGAGGAGCT GGAGAATTTT 
GAAAAAGATT CACAGTCTTT AAAAGATTTG GAAAAGGAAT TTGTGGACTT TTGGGAAAAG 
ATATTTCAGA AGTTCAGTGC ATATCAAAAA AGCGAACAAC AGAGGCTTCA TCTTTTGAAA 
ACTTCATTGG CTAAAAGTGT CTTCTGTAAT ACTGATAGTG AAGAAACTGT TTTTACATCC 
GAGATGTGTT TGATGAAAGA AGATATGAAA GTGCTGCAAG ACAGGCTTCT TAAGGACATG 
CTAGAAGAGG AGCTTCTTAA TGTACGCAGA GAACTGATGT CAGTATTCAT GTCTCATGAA 
AGAAATGCTA ATGTGTGA

The stop codons will be deleted if pcDNA3.1⁺/C-(K)DYK vector is selected.

Gene Symbol	SYCP2
Entrez Gene ID	10388
Full Name	synaptonemal complex protein 2
Synonyms	SCP-2,SCP2
General protein information	Preferred Names synaptonemal complex protein 2 Names synaptonemal complex protein 2 synaptonemal complex lateral element protein
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 20 Map Location: 20q13.33
Summary	The synaptonemal complex is a proteinaceous structure that links homologous chromosomes during the prophase of meiosis. The protein encoded by this gene is a major component of the synaptonemal complex and may bind DNA at scaffold attachment regions. The encoded protein requires synaptonemal complex protein 3, but not 1, for inclusion in the synaptonemal complex. [provided by RefSeq, Jul 2008].
Disorder MIM:	604105

Pan troglodytes (chimpanzee)	SYCP2	XP_514753.4
Xenopus tropicalis (tropical clawed frog)	sycp2	NP_001072339.1
Canis lupus familiaris (dog)	SYCP2	XP_005635419.1
Bos taurus (cattle)	SYCP2	XP_002692310.2
Mus musculus (house mouse)	Sycp2	NP_796165.2
Rattus norvegicus (Norway rat)	Sycp2	NP_570091.1
Homo sapiens (human)	SYCP2	NP_055073.2
	SYCP2	XP_002798120.1
Gallus gallus (chicken)	SYCP2	XP_417396.4

Next-day Shipping ORF Clones ( in default vector with tag)
1 Clone	30% OFF
2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
30% OFF

SYCP2 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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