SHROOM3 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	SHROOM3
Entrez Gene ID	102563034
Full Name	shroom family member 3
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019494146.1	XP_019349691.1	protein Shroom3
XM_014595766.2	XP_014451252.1	protein Shroom3

Pathways from BioSystems
Gene Ontology

The following SHROOM3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SHROOM3 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAl64638	XM_014595766.2 Latest version!	Alligator mississippiensis shroom family member 3 (SHROOM3), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00
OAl64638	XM_019494146.1 Latest version!	Alligator mississippiensis shroom family member 3 (SHROOM3), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$1021.30 $1459.00

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** You may select a custom vector to replace pcDNA3.1+/C-(K)DYK after clone is added to cart.

** GenScript guarantees 100% sequence accuracy of all synthetic DNA constructs we deliver, but we do not guarantee protein expression in your experimental system. Protein expression is influenced by many factors that may vary between experiments or laboratories. In addition, please pay attention to the signal peptide, propeptide and transit peptide in target ORF, which may affect the choice of vector (N/C terminal tag vector).

***One clone ID might be correlated to multiple accession numbers, which share the same CDS sequence.

Reference Sequences (Refseq)

SHROOM3 ( XM_019494146.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019349691.1 Alligator mississippiensis shroom family member 3 (SHROOM3), transcript variant X2, mRNA.

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CloneID	OAl64638
Clone ID Related Accession (Same CDS sequence)	XM_019494146.1 , XM_014595766.2
Accession Version	XM_019494146.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5673bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein Shroom3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017711522.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGAAAA TATCTCAGGG CATGATTGGC ACCCCTTGGT ACCAGTCCTA CCATTCTAGT 
TCATCAACAA GTGATCTCTC TGGCTATGAT CATATCTATC TGAGGAGAAG CCCTGACCAG 
TACAGCTCAA GGGATAGCAT GGAAAGCTTG GACCACACCC CCTCTGGATA CCACCCTGGC 
CACCTCTCAC CAGCCAAATC AACCAATAGC ACTGACCAGC TCTCCCACCT CCACTGCAAA 
AGGGACTCTG CCTACAGCTC CTTCTCTACC AGCTCTAGCA TCCCTGAGTA TGCAGCACCT 
TCCTTCTTCA AGGAGCGCTC CTGCTCTATC GACAACGTAC ATTCCCAAGG TAGCCGGCAG 
GAGGGAATGA GGCAGGCTGA CATCAGGTAC ATCAAGACTG TCTATGACAC CCAGCTAGGG 
GTCTCTCAGG AGTATGAGGT GAAGTCTTCT TCACTGCTTC CAATCTGCAA AGCCCAGGCA 
CAGGCAGAAG GCCGTAGCTA CAGCAAGCTG CATGGCTATG GCCGAAGCAG TGGGGTCCCC 
TTCTTGAGCC AACAAAGCCA GAGCTTCTCT GACAGCGAGA ACCATCACTT GAAGGACCCC 
CCACTACCAC CCACTCGTAG TGACAGCTAT GCAGCAATAA GGCACCACGA GAGGCCTGGT 
TCCTGGTCTA CCCTTGATCA AAGTAAGCCT TGTCATACTC AGCCGAAAGG GGCTTGGCCT 
CCATCTGTCT CTCAGGGGCA AGGGCAGCCG CTGAAGCCCA TGTTTGTGGA AGGACATCTG 
CACACTGTGG TAGAAAAGAG CCCTGAGAGC AGCCCCACAG TGAAGCCCAA GCAGAGCTAC 
ACACTAGCTG TCCAGCCTGG GCAGCCTCTG CTTCCTACTG GCATCTACCT GGTACCTTCT 
CCTGAGCCAC ACTTTGCCCA GGTACCTCTG CCATCTGCAA GCAATAATGG GATGCTTTAT 
CCAGCTCTGG CCAAAGAGAG TGGATATGCT CCTCCTCTAC CCACCTTGCA TAAAAAGGTC 
ATGGTCCACA GCCATTCCAG CTTTGATGAG AATGGGAACC AAAGCATTAC AAACAGATCT 
GCTGCCTTCC ATCAGCCAGA CCATGTGTCT CCTGCTGCAG AGAAAAAGCA GGAAGCAACA 
AAATTTGTTC AGAGCAAACC TCACAGTATG GCCATTCCTC AAGTCTACTC ATCCTCTCCA 
AGAAAGGATG AGCCAGGTTC CCCTTCTATG ATATCACATG GCATCCAAGA GAGCACAAGC 
CATGTACAGT GCTCAAGCTA TAATTTGCAA TTGCTACAGA CCCACCCGAG AGACACCAGT 
GACAGAAAAG CCCTTTACCA ACCCAAGGAG TACTGGGTGA CTGAGTCCGA GGACATAAAT 
GCCAACCTGC AGAAAAATGA GAGGGATGCT GCAGCCCACA ACCAGTGGAA CTACAGCCAG 
ACCAAGTATC ATGGCTCCCC ATCCTCACAA AATATCCCAG AGAATTCCTG GAGGCAAAAC 
AGCTGGGAGC TAAAGGAGAC CCAGCAATGT GAGGGTTATT CTGATACCAA ACTCTCTTGG 
AAAAACAGCA AAAAGGAAAA AAAGGATCAC AGAGGGCTAA TGACTGACCA ATGGAATGAC 
TCAGACAAAC AGGCTATTAC AAGGCAAGAG AATGAACTCT CCAGTGCAGC CCCCTTCCAC 
AATGCTGAGC CAAAGTACAA GGAGCCTTCT TCTCCACTGT ACCCAAAGAC CTCTGATGTC 
AGCAGAAGCC GTATGAGCTC TAGCAGCACC CAAAGCTTTC AGTATGGGAA ACCAGATACC 
AGCAATCCCC ATTGCTCTGT GCTGGAGACG GTCAGCAAGT TTGAGCAACG TGGACAAAAC 
AGTCACAGGT CCCAAAGCTT AGGCCTGCCT AGATTTGGCC ATAATTATGG GCCAAACAGG 
CGCATTCCAT CATCCGGTAC TAGGTACTCT TTTAACAGCA TTGAAGACAT GCATAATAAG 
TTTAGTACCC AAGAGCATGG GCAGCCATCC AACGAACAGA GCAAGATTTC CTTCCAGCAG 
CACATACGTA GGAGTGGAGA CAGGACGCCT GAAGAGGCTA ATTTGCAACC TGTGGAGCAA 
ATGGTGACAG AGGTGAAGCA GCTGAGAAAG AGTGAGTGCT ACAGCCTGTA TCCCAAGGAT 
AAGACTCAGA AATGGGCAAC TCGGCTAACC AGGAGCAAAA GCACATTCCA GCTGCCAGAT 
GAACCTAAAA AGGAAATGCT TTGGCAGGAA AACATCCAAG ACACCCATGG TTCACAACTG 
GATACCCTGT TCAATAAGGC CTACAGAAAC AGTATCAAAG ATGCTCAATC TAAGGTCCTG 
AGAGCCACAT CTTTTAGGCG TATCACACCC CCCTTTGGGA TCAAGCCCAA GAAGACTGTT 
CAGAGGCCAG CCTCAGCCCA GACTGGATTG AGGACCACCA CAACATCCCC TCATATCCCC 
AAGGAGAGGC ACAGCGTTAC TCCAACAGAA ACGAGCATCA CCATTGTGCG CTACACCCAC 
AAGGAGAACC ATGCTGGGCC TCAGCCCCTG TCCCGTATTG GAGGCAGAAA GCGGTTGACA 
GCTGAGCAGA AGAGATCCTA CTCTGAGCCA GAGAAAATGA ATGAAGTGGG TGTCTCTGAC 
AGTGAACCCT TGCCATTTTC CTTCCACAAA AAATGCCTTA ATTTCATCTT CCCAAAAAGT 
ACAGTGGCTG ATCGATGCAA AATCTTTGAG AGAGAGAATA AGGTTAGCTC CACCATAAAC 
CTCTCCAAAC CAGAGCTCAA ACAGCTCCAA CAGAATGCTC TGGTGGAATA CATTGAACGC 
AAGACTGGGA AGCGGCCTTC CTCTCAGGAT GTGGGACTCC TGAGAGAGCA CTCACAAGGC 
TTATTCCTGC AGACTGGTGG CCCAGACAGC CAGAGCCTCT CCTCTGCATC CAGCATGAAT 
TCCCTCCAGG ATCAGAGCCT TTATCACCAG AGGGAGTCAC TTGAGGGGGT CTCTAGAATT 
GGCCAAGTTT CTGCCACCCT TCCTCCTGGG CTTATGGGTT GTTTTGATCT GAACGGGTTT 
GAGCAAAAGA AGGGGCCCCA TAAGAGCAGC AGCAGTTCCT TTCCAAAGCA GTTTCAAAGG 
GACAGATCCC GAGATTACAG AGGGAAAATA GAGCTCAGCA AAGGCACCCA GACAGAACAG 
CAAGATATAC ACAGCTCACC CTACTATGTG AAGCAGGAGC GGGCCTTTGA AATGCCCTCA 
CCAGCCATGA AATCTGGGAA ATCTGTGTCT GCAGAAGACT TGCTCAGTAG GTCTGATAGC 
CACACCATTG CTGTGCATGT GCGCTCCAGG TCTTCTCCCA CGGCAGATAA GAAACACCAG 
GACTTTCTGG TATGGGAAAG CAGTGAATTT GGCCATGAGG TGGAAGATCC TCTCTATGTG 
GTCAGTGCAG GAGCCAGGTC ATTCAGCAAT AAAGAAAGAA GCCATCCAGA AAAGCCAACA 
TTCACACGTT ATTACACCCA CCCACCCCAC GACAATGAGG TCATCACCAA TTCATCTGCT 
CTGGCTGAGA CCCACAAGGC TGAAGAACTC TCTAGGCATA TTAGTCTGGC TTCAGCATTT 
GTCTTGTCAC CAACAGAAGC AAAGAGTCAC TTTCCTGAGC AAAAGGTGGC TCCTAGATCT 
TTGCTCCTTA ACTTTACTCC AGTTGAATCT AGTCATTCAT CATTCAGCAG TGCTCATTCC 
ACCCAGACTC CCTCAGACTT GCAGTCTTCT GGAGACAGCC AGGCACTGAG ATGGCATGCC 
AAACCAGAGG CTGTTTTCTC AGAGGGAAGT GATAATCTTC AGTCACAGCT CCTGGGCCAT 
GAGAATAGCT CCCCTGAGAG CTCAGCAGAA GAAGGGATGT GGAGAAAGAA GACCATGCTG 
CTTCAGAGAT CCCTCCCACC AAAAGTTAAA TCAGCTCATT CAGTCGGAGA TAGCAGCTTT 
TCAAAGGATT CTGCCTCTTC TCAAGTTTCT GGGCAGAAGT TCTTTCAGAG ATGGCAGAGC 
CTGCCAACCC AAAGCAGCAC TTCCAGTCCC AAGACTCCTC CTCCCCATGG GACCATCTCT 
CTACGGATCT CCGAGTCATG CCTTCAGCTC ACTCTGCCAC CAGGGCAGCA GGAAGATGAC 
AATGATGAGG TGTTTATCAA GGAATCAGAG CTTGGTGTTG CAGGGGCCAC AGTTAAATTC 
TTCCCCACTC CACTGCCACC ACCTCTTCTT CCTGAGCCAA ACCCCAGTTT TCCTGCAAGC 
AGCTGGGAGG TATTGCCACC TCCTCCTCTT CCCTCAGCTT CATTTGAGGC AGGTGGAGAA 
GAAGGAAGCA CATGCACAAG GAATAGAGAG GAGGCGAAAA TGAGTAACTT TTTCAGGTTT 
CCCAAGAGTC TGGCTGAGAA GAAGAAGCCA GGGATGAGCA CCATTTTCAG TGAAAACAGC 
TGGACTTCGT CATCTGTTGG AAACATTGAG TCTCAGAGAA CTGGCTCTTC ACCTGCCTTG 
AACGCTCAAC ACCAGTCACC TGCCACTCAT GGAGGATTTC TAAACTCTGA TAAGCAGCCT 
ATGACTCAAC TCAAAGGCAA CCTGAAGGAG CCAGCTATCT TGAGTAGAGA TGTGGAAAAT 
GGTGGCCTTA GTGGTGGGAT ACACAGCTCA GCTGGTCAAG TAAAGATGGA GAAGACCCCA 
GAGGATATTA AATCAGAGGC GCTAGCCAAG GAGATTGTCA ACAAAGATAA GTCATTGGCT 
GATATCTTGG ATCCAGACTC CAAAATGAAG ACAACCATGG ATCTAATGGA AGGGATTTTT 
CCCAGTGCAA CCATATTGCT AAAAGAGAAC AATATGCAAA GAAAAGTGAT GCAAAAGAAA 
GCCAGGGAGA TGGTGTCTGA GGAGGACAGG AAAGAAGAAA AGGAACCCGC TGTAACAATG 
GTCACCTGTC CTGCCTACTA CAGTGTGTCA GCACCCAAGG TAGAGCTGCT GAATAAAATC 
AAAGACTTGC CAGCGGATGC AGATGAGGAA AAGGAGCAGC TGGATATTAA TGAGAAGAAG 
GCTGAACTCA TTGGGAGCTT GTCCCACAAG CTGGAGATCT TGAAAGATGC TAAGGAGAGC 
CTGCTAGCAG ACACTAAGAT GAATAATACC CTGGGAGAGG AAGTGGAGCT GTTGATCAGC 
AACCTATGCA AGCCCAATGA GTTTGACAAA TACAAGATGT TCATAGGAGA CCTGGATAAG 
GTGGTGAACC TATTGCTTTC CCTCTCGGGA CGGCTGGCTC GTGTAGAGAA CATCCTGAGC 
AGCCTAGATG AAGATGGCAA TACTGAGGAA TGGAGCTCTC TGAATAAAAA GAAGAAGCTG 
CTGGCTGGCC AGCATGAGGA CGCCCGAGAG CTGAAGGAAA ACCTAGACCG GCGAGAACGC 
GTGGTCTTGG AAATCCTGGG CAATTACCTC TCCCAGGAGC AGCTCCAGGA CTATCAACAC 
TTTGTGAAGA TGAAGTCTGC ACTTCTCATA AAGCAACGGG AGCTGGATGA CAAAATCAAA 
CTGGGTCAGG AGCAGCTAAA GTGCCTGATG GAAAGCCTCC CTACAAACTT TATCCCCAAG 
GACACAAGAG CAGCAGCAGT CCTAGCTTCA GCAGTCACTA TACCCACAGG GGTCATCTAT 
AGTATATCTC TACCATCAGC TTCTTCACTT TAA

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

RefSeq	XP_019349691.1
CDS	488..6160
Translation	MMKISQGMIGTPWYQSYHSSSSTSDLSGYDHIYLRRSPDQYSSRDSMESLDHTPSGYHPGHLSPAKSTNSTDQLSHLHCKRDSAYSSFSTSSSIPEYAAPSFFKERSCSIDNVHSQGSRQEGMRQADIRYIKTVYDTQLGVSQEYEVKSSSLLPICKAQAQAEGRSYSKLHGYGRSSGVPFLSQQSQSFSDSENHHLKDPPLPPTRSDSYAAIRHHERPGSWSTLDQSKPCHTQPKGAWPPSVSQGQGQPLKPMFVEGHLHTVVEKSPESSPTVKPKQSYTLAVQPGQPLLPTGIYLVPSPEPHFAQVPLPSASNNGMLYPALAKESGYAPPLPTLHKKVMVHSHSSFDENGNQSITNRSAAFHQPDHVSPAAEKKQEATKFVQSKPHSMAIPQVYSSSPRKDEPGSPSMISHGIQESTSHVQCSSYNLQLLQTHPRDTSDRKALYQPKEYWVTESEDINANLQKNERDAAAHNQWNYSQTKYHGSPSSQNIPENSWRQNSWELKETQQCEGYSDTKLSWKNSKKEKKDHRGLMTDQWNDSDKQAITRQENELSSAAPFHNAEPKYKEPSSPLYPKTSDVSRSRMSSSSTQSFQYGKPDTSNPHCSVLETVSKFEQRGQNSHRSQSLGLPRFGHNYGPNRRIPSSGTRYSFNSIEDMHNKFSTQEHGQPSNEQSKISFQQHIRRSGDRTPEEANLQPVEQMVTEVKQLRKSECYSLYPKDKTQKWATRLTRSKSTFQLPDEPKKEMLWQENIQDTHGSQLDTLFNKAYRNSIKDAQSKVLRATSFRRITPPFGIKPKKTVQRPASAQTGLRTTTTSPHIPKERHSVTPTETSITIVRYTHKENHAGPQPLSRIGGRKRLTAEQKRSYSEPEKMNEVGVSDSEPLPFSFHKKCLNFIFPKSTVADRCKIFERENKVSSTINLSKPELKQLQQNALVEYIERKTGKRPSSQDVGLLREHSQGLFLQTGGPDSQSLSSASSMNSLQDQSLYHQRESLEGVSRIGQVSATLPPGLMGCFDLNGFEQKKGPHKSSSSSFPKQFQRDRSRDYRGKIELSKGTQTEQQDIHSSPYYVKQERAFEMPSPAMKSGKSVSAEDLLSRSDSHTIAVHVRSRSSPTADKKHQDFLVWESSEFGHEVEDPLYVVSAGARSFSNKERSHPEKPTFTRYYTHPPHDNEVITNSSALAETHKAEELSRHISLASAFVLSPTEAKSHFPEQKVAPRSLLLNFTPVESSHSSFSSAHSTQTPSDLQSSGDSQALRWHAKPEAVFSEGSDNLQSQLLGHENSSPESSAEEGMWRKKTMLLQRSLPPKVKSAHSVGDSSFSKDSASSQVSGQKFFQRWQSLPTQSSTSSPKTPPPHGTISLRISESCLQLTLPPGQQEDDNDEVFIKESELGVAGATVKFFPTPLPPPLLPEPNPSFPASSWEVLPPPPLPSASFEAGGEEGSTCTRNREEAKMSNFFRFPKSLAEKKKPGMSTIFSENSWTSSSVGNIESQRTGSSPALNAQHQSPATHGGFLNSDKQPMTQLKGNLKEPAILSRDVENGGLSGGIHSSAGQVKMEKTPEDIKSEALAKEIVNKDKSLADILDPDSKMKTTMDLMEGIFPSATILLKENNMQRKVMQKKAREMVSEEDRKEEKEPAVTMVTCPAYYSVSAPKVELLNKIKDLPADADEEKEQLDINEKKAELIGSLSHKLEILKDAKESLLADTKMNNTLGEEVELLISNLCKPNEFDKYKMFIGDLDKVVNLLLSLSGRLARVENILSSLDEDGNTEEWSSLNKKKKLLAGQHEDARELKENLDRRERVVLEILGNYLSQEQLQDYQHFVKMKSALLIKQRELDDKIKLGQEQLKCLMESLPTNFIPKDTRAAAVLASAVTIPTGVIYSISLPSASSL

Target ORF information:

RefSeq Version	XM_019494146.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis shroom family member 3 (SHROOM3), transcript variant X2, mRNA.

Target ORF information:

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

XM_019494146.1

ORF Insert Sequence:

ATGATGAAAA TATCTCAGGG CATGATTGGC ACCCCTTGGT ACCAGTCCTA CCATTCTAGT 
TCATCAACAA GTGATCTCTC TGGCTATGAT CATATCTATC TGAGGAGAAG CCCTGACCAG 
TACAGCTCAA GGGATAGCAT GGAAAGCTTG GACCACACCC CCTCTGGATA CCACCCTGGC 
CACCTCTCAC CAGCCAAATC AACCAATAGC ACTGACCAGC TCTCCCACCT CCACTGCAAA 
AGGGACTCTG CCTACAGCTC CTTCTCTACC AGCTCTAGCA TCCCTGAGTA TGCAGCACCT 
TCCTTCTTCA AGGAGCGCTC CTGCTCTATC GACAACGTAC ATTCCCAAGG TAGCCGGCAG 
GAGGGAATGA GGCAGGCTGA CATCAGGTAC ATCAAGACTG TCTATGACAC CCAGCTAGGG 
GTCTCTCAGG AGTATGAGGT GAAGTCTTCT TCACTGCTTC CAATCTGCAA AGCCCAGGCA 
CAGGCAGAAG GCCGTAGCTA CAGCAAGCTG CATGGCTATG GCCGAAGCAG TGGGGTCCCC 
TTCTTGAGCC AACAAAGCCA GAGCTTCTCT GACAGCGAGA ACCATCACTT GAAGGACCCC 
CCACTACCAC CCACTCGTAG TGACAGCTAT GCAGCAATAA GGCACCACGA GAGGCCTGGT 
TCCTGGTCTA CCCTTGATCA AAGTAAGCCT TGTCATACTC AGCCGAAAGG GGCTTGGCCT 
CCATCTGTCT CTCAGGGGCA AGGGCAGCCG CTGAAGCCCA TGTTTGTGGA AGGACATCTG 
CACACTGTGG TAGAAAAGAG CCCTGAGAGC AGCCCCACAG TGAAGCCCAA GCAGAGCTAC 
ACACTAGCTG TCCAGCCTGG GCAGCCTCTG CTTCCTACTG GCATCTACCT GGTACCTTCT 
CCTGAGCCAC ACTTTGCCCA GGTACCTCTG CCATCTGCAA GCAATAATGG GATGCTTTAT 
CCAGCTCTGG CCAAAGAGAG TGGATATGCT CCTCCTCTAC CCACCTTGCA TAAAAAGGTC 
ATGGTCCACA GCCATTCCAG CTTTGATGAG AATGGGAACC AAAGCATTAC AAACAGATCT 
GCTGCCTTCC ATCAGCCAGA CCATGTGTCT CCTGCTGCAG AGAAAAAGCA GGAAGCAACA 
AAATTTGTTC AGAGCAAACC TCACAGTATG GCCATTCCTC AAGTCTACTC ATCCTCTCCA 
AGAAAGGATG AGCCAGGTTC CCCTTCTATG ATATCACATG GCATCCAAGA GAGCACAAGC 
CATGTACAGT GCTCAAGCTA TAATTTGCAA TTGCTACAGA CCCACCCGAG AGACACCAGT 
GACAGAAAAG CCCTTTACCA ACCCAAGGAG TACTGGGTGA CTGAGTCCGA GGACATAAAT 
GCCAACCTGC AGAAAAATGA GAGGGATGCT GCAGCCCACA ACCAGTGGAA CTACAGCCAG 
ACCAAGTATC ATGGCTCCCC ATCCTCACAA AATATCCCAG AGAATTCCTG GAGGCAAAAC 
AGCTGGGAGC TAAAGGAGAC CCAGCAATGT GAGGGTTATT CTGATACCAA ACTCTCTTGG 
AAAAACAGCA AAAAGGAAAA AAAGGATCAC AGAGGGCTAA TGACTGACCA ATGGAATGAC 
TCAGACAAAC AGGCTATTAC AAGGCAAGAG AATGAACTCT CCAGTGCAGC CCCCTTCCAC 
AATGCTGAGC CAAAGTACAA GGAGCCTTCT TCTCCACTGT ACCCAAAGAC CTCTGATGTC 
AGCAGAAGCC GTATGAGCTC TAGCAGCACC CAAAGCTTTC AGTATGGGAA ACCAGATACC 
AGCAATCCCC ATTGCTCTGT GCTGGAGACG GTCAGCAAGT TTGAGCAACG TGGACAAAAC 
AGTCACAGGT CCCAAAGCTT AGGCCTGCCT AGATTTGGCC ATAATTATGG GCCAAACAGG 
CGCATTCCAT CATCCGGTAC TAGGTACTCT TTTAACAGCA TTGAAGACAT GCATAATAAG 
TTTAGTACCC AAGAGCATGG GCAGCCATCC AACGAACAGA GCAAGATTTC CTTCCAGCAG 
CACATACGTA GGAGTGGAGA CAGGACGCCT GAAGAGGCTA ATTTGCAACC TGTGGAGCAA 
ATGGTGACAG AGGTGAAGCA GCTGAGAAAG AGTGAGTGCT ACAGCCTGTA TCCCAAGGAT 
AAGACTCAGA AATGGGCAAC TCGGCTAACC AGGAGCAAAA GCACATTCCA GCTGCCAGAT 
GAACCTAAAA AGGAAATGCT TTGGCAGGAA AACATCCAAG ACACCCATGG TTCACAACTG 
GATACCCTGT TCAATAAGGC CTACAGAAAC AGTATCAAAG ATGCTCAATC TAAGGTCCTG 
AGAGCCACAT CTTTTAGGCG TATCACACCC CCCTTTGGGA TCAAGCCCAA GAAGACTGTT 
CAGAGGCCAG CCTCAGCCCA GACTGGATTG AGGACCACCA CAACATCCCC TCATATCCCC 
AAGGAGAGGC ACAGCGTTAC TCCAACAGAA ACGAGCATCA CCATTGTGCG CTACACCCAC 
AAGGAGAACC ATGCTGGGCC TCAGCCCCTG TCCCGTATTG GAGGCAGAAA GCGGTTGACA 
GCTGAGCAGA AGAGATCCTA CTCTGAGCCA GAGAAAATGA ATGAAGTGGG TGTCTCTGAC 
AGTGAACCCT TGCCATTTTC CTTCCACAAA AAATGCCTTA ATTTCATCTT CCCAAAAAGT 
ACAGTGGCTG ATCGATGCAA AATCTTTGAG AGAGAGAATA AGGTTAGCTC CACCATAAAC 
CTCTCCAAAC CAGAGCTCAA ACAGCTCCAA CAGAATGCTC TGGTGGAATA CATTGAACGC 
AAGACTGGGA AGCGGCCTTC CTCTCAGGAT GTGGGACTCC TGAGAGAGCA CTCACAAGGC 
TTATTCCTGC AGACTGGTGG CCCAGACAGC CAGAGCCTCT CCTCTGCATC CAGCATGAAT 
TCCCTCCAGG ATCAGAGCCT TTATCACCAG AGGGAGTCAC TTGAGGGGGT CTCTAGAATT 
GGCCAAGTTT CTGCCACCCT TCCTCCTGGG CTTATGGGTT GTTTTGATCT GAACGGGTTT 
GAGCAAAAGA AGGGGCCCCA TAAGAGCAGC AGCAGTTCCT TTCCAAAGCA GTTTCAAAGG 
GACAGATCCC GAGATTACAG AGGGAAAATA GAGCTCAGCA AAGGCACCCA GACAGAACAG 
CAAGATATAC ACAGCTCACC CTACTATGTG AAGCAGGAGC GGGCCTTTGA AATGCCCTCA 
CCAGCCATGA AATCTGGGAA ATCTGTGTCT GCAGAAGACT TGCTCAGTAG GTCTGATAGC 
CACACCATTG CTGTGCATGT GCGCTCCAGG TCTTCTCCCA CGGCAGATAA GAAACACCAG 
GACTTTCTGG TATGGGAAAG CAGTGAATTT GGCCATGAGG TGGAAGATCC TCTCTATGTG 
GTCAGTGCAG GAGCCAGGTC ATTCAGCAAT AAAGAAAGAA GCCATCCAGA AAAGCCAACA 
TTCACACGTT ATTACACCCA CCCACCCCAC GACAATGAGG TCATCACCAA TTCATCTGCT 
CTGGCTGAGA CCCACAAGGC TGAAGAACTC TCTAGGCATA TTAGTCTGGC TTCAGCATTT 
GTCTTGTCAC CAACAGAAGC AAAGAGTCAC TTTCCTGAGC AAAAGGTGGC TCCTAGATCT 
TTGCTCCTTA ACTTTACTCC AGTTGAATCT AGTCATTCAT CATTCAGCAG TGCTCATTCC 
ACCCAGACTC CCTCAGACTT GCAGTCTTCT GGAGACAGCC AGGCACTGAG ATGGCATGCC 
AAACCAGAGG CTGTTTTCTC AGAGGGAAGT GATAATCTTC AGTCACAGCT CCTGGGCCAT 
GAGAATAGCT CCCCTGAGAG CTCAGCAGAA GAAGGGATGT GGAGAAAGAA GACCATGCTG 
CTTCAGAGAT CCCTCCCACC AAAAGTTAAA TCAGCTCATT CAGTCGGAGA TAGCAGCTTT 
TCAAAGGATT CTGCCTCTTC TCAAGTTTCT GGGCAGAAGT TCTTTCAGAG ATGGCAGAGC 
CTGCCAACCC AAAGCAGCAC TTCCAGTCCC AAGACTCCTC CTCCCCATGG GACCATCTCT 
CTACGGATCT CCGAGTCATG CCTTCAGCTC ACTCTGCCAC CAGGGCAGCA GGAAGATGAC 
AATGATGAGG TGTTTATCAA GGAATCAGAG CTTGGTGTTG CAGGGGCCAC AGTTAAATTC 
TTCCCCACTC CACTGCCACC ACCTCTTCTT CCTGAGCCAA ACCCCAGTTT TCCTGCAAGC 
AGCTGGGAGG TATTGCCACC TCCTCCTCTT CCCTCAGCTT CATTTGAGGC AGGTGGAGAA 
GAAGGAAGCA CATGCACAAG GAATAGAGAG GAGGCGAAAA TGAGTAACTT TTTCAGGTTT 
CCCAAGAGTC TGGCTGAGAA GAAGAAGCCA GGGATGAGCA CCATTTTCAG TGAAAACAGC 
TGGACTTCGT CATCTGTTGG AAACATTGAG TCTCAGAGAA CTGGCTCTTC ACCTGCCTTG 
AACGCTCAAC ACCAGTCACC TGCCACTCAT GGAGGATTTC TAAACTCTGA TAAGCAGCCT 
ATGACTCAAC TCAAAGGCAA CCTGAAGGAG CCAGCTATCT TGAGTAGAGA TGTGGAAAAT 
GGTGGCCTTA GTGGTGGGAT ACACAGCTCA GCTGGTCAAG TAAAGATGGA GAAGACCCCA 
GAGGATATTA AATCAGAGGC GCTAGCCAAG GAGATTGTCA ACAAAGATAA GTCATTGGCT 
GATATCTTGG ATCCAGACTC CAAAATGAAG ACAACCATGG ATCTAATGGA AGGGATTTTT 
CCCAGTGCAA CCATATTGCT AAAAGAGAAC AATATGCAAA GAAAAGTGAT GCAAAAGAAA 
GCCAGGGAGA TGGTGTCTGA GGAGGACAGG AAAGAAGAAA AGGAACCCGC TGTAACAATG 
GTCACCTGTC CTGCCTACTA CAGTGTGTCA GCACCCAAGG TAGAGCTGCT GAATAAAATC 
AAAGACTTGC CAGCGGATGC AGATGAGGAA AAGGAGCAGC TGGATATTAA TGAGAAGAAG 
GCTGAACTCA TTGGGAGCTT GTCCCACAAG CTGGAGATCT TGAAAGATGC TAAGGAGAGC 
CTGCTAGCAG ACACTAAGAT GAATAATACC CTGGGAGAGG AAGTGGAGCT GTTGATCAGC 
AACCTATGCA AGCCCAATGA GTTTGACAAA TACAAGATGT TCATAGGAGA CCTGGATAAG 
GTGGTGAACC TATTGCTTTC CCTCTCGGGA CGGCTGGCTC GTGTAGAGAA CATCCTGAGC 
AGCCTAGATG AAGATGGCAA TACTGAGGAA TGGAGCTCTC TGAATAAAAA GAAGAAGCTG 
CTGGCTGGCC AGCATGAGGA CGCCCGAGAG CTGAAGGAAA ACCTAGACCG GCGAGAACGC 
GTGGTCTTGG AAATCCTGGG CAATTACCTC TCCCAGGAGC AGCTCCAGGA CTATCAACAC 
TTTGTGAAGA TGAAGTCTGC ACTTCTCATA AAGCAACGGG AGCTGGATGA CAAAATCAAA 
CTGGGTCAGG AGCAGCTAAA GTGCCTGATG GAAAGCCTCC CTACAAACTT TATCCCCAAG 
GACACAAGAG CAGCAGCAGT CCTAGCTTCA GCAGTCACTA TACCCACAGG GGTCATCTAT 
AGTATATCTC TACCATCAGC TTCTTCACTT TAA

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

SHROOM3 ( XM_014595766.2 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_014451252.1 Alligator mississippiensis shroom family member 3 (SHROOM3), transcript variant X1, mRNA.

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CloneID	OAl64638
Clone ID Related Accession (Same CDS sequence)	XM_019494146.1 , XM_014595766.2
Accession Version	XM_014595766.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5673bp) 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	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	protein Shroom3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017711522.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 9, 2016 this sequence version replaced XM_014595766.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGATGAAAA TATCTCAGGG CATGATTGGC ACCCCTTGGT ACCAGTCCTA CCATTCTAGT 
TCATCAACAA GTGATCTCTC TGGCTATGAT CATATCTATC TGAGGAGAAG CCCTGACCAG 
TACAGCTCAA GGGATAGCAT GGAAAGCTTG GACCACACCC CCTCTGGATA CCACCCTGGC 
CACCTCTCAC CAGCCAAATC AACCAATAGC ACTGACCAGC TCTCCCACCT CCACTGCAAA 
AGGGACTCTG CCTACAGCTC CTTCTCTACC AGCTCTAGCA TCCCTGAGTA TGCAGCACCT 
TCCTTCTTCA AGGAGCGCTC CTGCTCTATC GACAACGTAC ATTCCCAAGG TAGCCGGCAG 
GAGGGAATGA GGCAGGCTGA CATCAGGTAC ATCAAGACTG TCTATGACAC CCAGCTAGGG 
GTCTCTCAGG AGTATGAGGT GAAGTCTTCT TCACTGCTTC CAATCTGCAA AGCCCAGGCA 
CAGGCAGAAG GCCGTAGCTA CAGCAAGCTG CATGGCTATG GCCGAAGCAG TGGGGTCCCC 
TTCTTGAGCC AACAAAGCCA GAGCTTCTCT GACAGCGAGA ACCATCACTT GAAGGACCCC 
CCACTACCAC CCACTCGTAG TGACAGCTAT GCAGCAATAA GGCACCACGA GAGGCCTGGT 
TCCTGGTCTA CCCTTGATCA AAGTAAGCCT TGTCATACTC AGCCGAAAGG GGCTTGGCCT 
CCATCTGTCT CTCAGGGGCA AGGGCAGCCG CTGAAGCCCA TGTTTGTGGA AGGACATCTG 
CACACTGTGG TAGAAAAGAG CCCTGAGAGC AGCCCCACAG TGAAGCCCAA GCAGAGCTAC 
ACACTAGCTG TCCAGCCTGG GCAGCCTCTG CTTCCTACTG GCATCTACCT GGTACCTTCT 
CCTGAGCCAC ACTTTGCCCA GGTACCTCTG CCATCTGCAA GCAATAATGG GATGCTTTAT 
CCAGCTCTGG CCAAAGAGAG TGGATATGCT CCTCCTCTAC CCACCTTGCA TAAAAAGGTC 
ATGGTCCACA GCCATTCCAG CTTTGATGAG AATGGGAACC AAAGCATTAC AAACAGATCT 
GCTGCCTTCC ATCAGCCAGA CCATGTGTCT CCTGCTGCAG AGAAAAAGCA GGAAGCAACA 
AAATTTGTTC AGAGCAAACC TCACAGTATG GCCATTCCTC AAGTCTACTC ATCCTCTCCA 
AGAAAGGATG AGCCAGGTTC CCCTTCTATG ATATCACATG GCATCCAAGA GAGCACAAGC 
CATGTACAGT GCTCAAGCTA TAATTTGCAA TTGCTACAGA CCCACCCGAG AGACACCAGT 
GACAGAAAAG CCCTTTACCA ACCCAAGGAG TACTGGGTGA CTGAGTCCGA GGACATAAAT 
GCCAACCTGC AGAAAAATGA GAGGGATGCT GCAGCCCACA ACCAGTGGAA CTACAGCCAG 
ACCAAGTATC ATGGCTCCCC ATCCTCACAA AATATCCCAG AGAATTCCTG GAGGCAAAAC 
AGCTGGGAGC TAAAGGAGAC CCAGCAATGT GAGGGTTATT CTGATACCAA ACTCTCTTGG 
AAAAACAGCA AAAAGGAAAA AAAGGATCAC AGAGGGCTAA TGACTGACCA ATGGAATGAC 
TCAGACAAAC AGGCTATTAC AAGGCAAGAG AATGAACTCT CCAGTGCAGC CCCCTTCCAC 
AATGCTGAGC CAAAGTACAA GGAGCCTTCT TCTCCACTGT ACCCAAAGAC CTCTGATGTC 
AGCAGAAGCC GTATGAGCTC TAGCAGCACC CAAAGCTTTC AGTATGGGAA ACCAGATACC 
AGCAATCCCC ATTGCTCTGT GCTGGAGACG GTCAGCAAGT TTGAGCAACG TGGACAAAAC 
AGTCACAGGT CCCAAAGCTT AGGCCTGCCT AGATTTGGCC ATAATTATGG GCCAAACAGG 
CGCATTCCAT CATCCGGTAC TAGGTACTCT TTTAACAGCA TTGAAGACAT GCATAATAAG 
TTTAGTACCC AAGAGCATGG GCAGCCATCC AACGAACAGA GCAAGATTTC CTTCCAGCAG 
CACATACGTA GGAGTGGAGA CAGGACGCCT GAAGAGGCTA ATTTGCAACC TGTGGAGCAA 
ATGGTGACAG AGGTGAAGCA GCTGAGAAAG AGTGAGTGCT ACAGCCTGTA TCCCAAGGAT 
AAGACTCAGA AATGGGCAAC TCGGCTAACC AGGAGCAAAA GCACATTCCA GCTGCCAGAT 
GAACCTAAAA AGGAAATGCT TTGGCAGGAA AACATCCAAG ACACCCATGG TTCACAACTG 
GATACCCTGT TCAATAAGGC CTACAGAAAC AGTATCAAAG ATGCTCAATC TAAGGTCCTG 
AGAGCCACAT CTTTTAGGCG TATCACACCC CCCTTTGGGA TCAAGCCCAA GAAGACTGTT 
CAGAGGCCAG CCTCAGCCCA GACTGGATTG AGGACCACCA CAACATCCCC TCATATCCCC 
AAGGAGAGGC ACAGCGTTAC TCCAACAGAA ACGAGCATCA CCATTGTGCG CTACACCCAC 
AAGGAGAACC ATGCTGGGCC TCAGCCCCTG TCCCGTATTG GAGGCAGAAA GCGGTTGACA 
GCTGAGCAGA AGAGATCCTA CTCTGAGCCA GAGAAAATGA ATGAAGTGGG TGTCTCTGAC 
AGTGAACCCT TGCCATTTTC CTTCCACAAA AAATGCCTTA ATTTCATCTT CCCAAAAAGT 
ACAGTGGCTG ATCGATGCAA AATCTTTGAG AGAGAGAATA AGGTTAGCTC CACCATAAAC 
CTCTCCAAAC CAGAGCTCAA ACAGCTCCAA CAGAATGCTC TGGTGGAATA CATTGAACGC 
AAGACTGGGA AGCGGCCTTC CTCTCAGGAT GTGGGACTCC TGAGAGAGCA CTCACAAGGC 
TTATTCCTGC AGACTGGTGG CCCAGACAGC CAGAGCCTCT CCTCTGCATC CAGCATGAAT 
TCCCTCCAGG ATCAGAGCCT TTATCACCAG AGGGAGTCAC TTGAGGGGGT CTCTAGAATT 
GGCCAAGTTT CTGCCACCCT TCCTCCTGGG CTTATGGGTT GTTTTGATCT GAACGGGTTT 
GAGCAAAAGA AGGGGCCCCA TAAGAGCAGC AGCAGTTCCT TTCCAAAGCA GTTTCAAAGG 
GACAGATCCC GAGATTACAG AGGGAAAATA GAGCTCAGCA AAGGCACCCA GACAGAACAG 
CAAGATATAC ACAGCTCACC CTACTATGTG AAGCAGGAGC GGGCCTTTGA AATGCCCTCA 
CCAGCCATGA AATCTGGGAA ATCTGTGTCT GCAGAAGACT TGCTCAGTAG GTCTGATAGC 
CACACCATTG CTGTGCATGT GCGCTCCAGG TCTTCTCCCA CGGCAGATAA GAAACACCAG 
GACTTTCTGG TATGGGAAAG CAGTGAATTT GGCCATGAGG TGGAAGATCC TCTCTATGTG 
GTCAGTGCAG GAGCCAGGTC ATTCAGCAAT AAAGAAAGAA GCCATCCAGA AAAGCCAACA 
TTCACACGTT ATTACACCCA CCCACCCCAC GACAATGAGG TCATCACCAA TTCATCTGCT 
CTGGCTGAGA CCCACAAGGC TGAAGAACTC TCTAGGCATA TTAGTCTGGC TTCAGCATTT 
GTCTTGTCAC CAACAGAAGC AAAGAGTCAC TTTCCTGAGC AAAAGGTGGC TCCTAGATCT 
TTGCTCCTTA ACTTTACTCC AGTTGAATCT AGTCATTCAT CATTCAGCAG TGCTCATTCC 
ACCCAGACTC CCTCAGACTT GCAGTCTTCT GGAGACAGCC AGGCACTGAG ATGGCATGCC 
AAACCAGAGG CTGTTTTCTC AGAGGGAAGT GATAATCTTC AGTCACAGCT CCTGGGCCAT 
GAGAATAGCT CCCCTGAGAG CTCAGCAGAA GAAGGGATGT GGAGAAAGAA GACCATGCTG 
CTTCAGAGAT CCCTCCCACC AAAAGTTAAA TCAGCTCATT CAGTCGGAGA TAGCAGCTTT 
TCAAAGGATT CTGCCTCTTC TCAAGTTTCT GGGCAGAAGT TCTTTCAGAG ATGGCAGAGC 
CTGCCAACCC AAAGCAGCAC TTCCAGTCCC AAGACTCCTC CTCCCCATGG GACCATCTCT 
CTACGGATCT CCGAGTCATG CCTTCAGCTC ACTCTGCCAC CAGGGCAGCA GGAAGATGAC 
AATGATGAGG TGTTTATCAA GGAATCAGAG CTTGGTGTTG CAGGGGCCAC AGTTAAATTC 
TTCCCCACTC CACTGCCACC ACCTCTTCTT CCTGAGCCAA ACCCCAGTTT TCCTGCAAGC 
AGCTGGGAGG TATTGCCACC TCCTCCTCTT CCCTCAGCTT CATTTGAGGC AGGTGGAGAA 
GAAGGAAGCA CATGCACAAG GAATAGAGAG GAGGCGAAAA TGAGTAACTT TTTCAGGTTT 
CCCAAGAGTC TGGCTGAGAA GAAGAAGCCA GGGATGAGCA CCATTTTCAG TGAAAACAGC 
TGGACTTCGT CATCTGTTGG AAACATTGAG TCTCAGAGAA CTGGCTCTTC ACCTGCCTTG 
AACGCTCAAC ACCAGTCACC TGCCACTCAT GGAGGATTTC TAAACTCTGA TAAGCAGCCT 
ATGACTCAAC TCAAAGGCAA CCTGAAGGAG CCAGCTATCT TGAGTAGAGA TGTGGAAAAT 
GGTGGCCTTA GTGGTGGGAT ACACAGCTCA GCTGGTCAAG TAAAGATGGA GAAGACCCCA 
GAGGATATTA AATCAGAGGC GCTAGCCAAG GAGATTGTCA ACAAAGATAA GTCATTGGCT 
GATATCTTGG ATCCAGACTC CAAAATGAAG ACAACCATGG ATCTAATGGA AGGGATTTTT 
CCCAGTGCAA CCATATTGCT AAAAGAGAAC AATATGCAAA GAAAAGTGAT GCAAAAGAAA 
GCCAGGGAGA TGGTGTCTGA GGAGGACAGG AAAGAAGAAA AGGAACCCGC TGTAACAATG 
GTCACCTGTC CTGCCTACTA CAGTGTGTCA GCACCCAAGG TAGAGCTGCT GAATAAAATC 
AAAGACTTGC CAGCGGATGC AGATGAGGAA AAGGAGCAGC TGGATATTAA TGAGAAGAAG 
GCTGAACTCA TTGGGAGCTT GTCCCACAAG CTGGAGATCT TGAAAGATGC TAAGGAGAGC 
CTGCTAGCAG ACACTAAGAT GAATAATACC CTGGGAGAGG AAGTGGAGCT GTTGATCAGC 
AACCTATGCA AGCCCAATGA GTTTGACAAA TACAAGATGT TCATAGGAGA CCTGGATAAG 
GTGGTGAACC TATTGCTTTC CCTCTCGGGA CGGCTGGCTC GTGTAGAGAA CATCCTGAGC 
AGCCTAGATG AAGATGGCAA TACTGAGGAA TGGAGCTCTC TGAATAAAAA GAAGAAGCTG 
CTGGCTGGCC AGCATGAGGA CGCCCGAGAG CTGAAGGAAA ACCTAGACCG GCGAGAACGC 
GTGGTCTTGG AAATCCTGGG CAATTACCTC TCCCAGGAGC AGCTCCAGGA CTATCAACAC 
TTTGTGAAGA TGAAGTCTGC ACTTCTCATA AAGCAACGGG AGCTGGATGA CAAAATCAAA 
CTGGGTCAGG AGCAGCTAAA GTGCCTGATG GAAAGCCTCC CTACAAACTT TATCCCCAAG 
GACACAAGAG CAGCAGCAGT CCTAGCTTCA GCAGTCACTA TACCCACAGG GGTCATCTAT 
AGTATATCTC TACCATCAGC TTCTTCACTT TAA

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

RefSeq	XP_014451252.1
CDS	492..6164
Translation	MMKISQGMIGTPWYQSYHSSSSTSDLSGYDHIYLRRSPDQYSSRDSMESLDHTPSGYHPGHLSPAKSTNSTDQLSHLHCKRDSAYSSFSTSSSIPEYAAPSFFKERSCSIDNVHSQGSRQEGMRQADIRYIKTVYDTQLGVSQEYEVKSSSLLPICKAQAQAEGRSYSKLHGYGRSSGVPFLSQQSQSFSDSENHHLKDPPLPPTRSDSYAAIRHHERPGSWSTLDQSKPCHTQPKGAWPPSVSQGQGQPLKPMFVEGHLHTVVEKSPESSPTVKPKQSYTLAVQPGQPLLPTGIYLVPSPEPHFAQVPLPSASNNGMLYPALAKESGYAPPLPTLHKKVMVHSHSSFDENGNQSITNRSAAFHQPDHVSPAAEKKQEATKFVQSKPHSMAIPQVYSSSPRKDEPGSPSMISHGIQESTSHVQCSSYNLQLLQTHPRDTSDRKALYQPKEYWVTESEDINANLQKNERDAAAHNQWNYSQTKYHGSPSSQNIPENSWRQNSWELKETQQCEGYSDTKLSWKNSKKEKKDHRGLMTDQWNDSDKQAITRQENELSSAAPFHNAEPKYKEPSSPLYPKTSDVSRSRMSSSSTQSFQYGKPDTSNPHCSVLETVSKFEQRGQNSHRSQSLGLPRFGHNYGPNRRIPSSGTRYSFNSIEDMHNKFSTQEHGQPSNEQSKISFQQHIRRSGDRTPEEANLQPVEQMVTEVKQLRKSECYSLYPKDKTQKWATRLTRSKSTFQLPDEPKKEMLWQENIQDTHGSQLDTLFNKAYRNSIKDAQSKVLRATSFRRITPPFGIKPKKTVQRPASAQTGLRTTTTSPHIPKERHSVTPTETSITIVRYTHKENHAGPQPLSRIGGRKRLTAEQKRSYSEPEKMNEVGVSDSEPLPFSFHKKCLNFIFPKSTVADRCKIFERENKVSSTINLSKPELKQLQQNALVEYIERKTGKRPSSQDVGLLREHSQGLFLQTGGPDSQSLSSASSMNSLQDQSLYHQRESLEGVSRIGQVSATLPPGLMGCFDLNGFEQKKGPHKSSSSSFPKQFQRDRSRDYRGKIELSKGTQTEQQDIHSSPYYVKQERAFEMPSPAMKSGKSVSAEDLLSRSDSHTIAVHVRSRSSPTADKKHQDFLVWESSEFGHEVEDPLYVVSAGARSFSNKERSHPEKPTFTRYYTHPPHDNEVITNSSALAETHKAEELSRHISLASAFVLSPTEAKSHFPEQKVAPRSLLLNFTPVESSHSSFSSAHSTQTPSDLQSSGDSQALRWHAKPEAVFSEGSDNLQSQLLGHENSSPESSAEEGMWRKKTMLLQRSLPPKVKSAHSVGDSSFSKDSASSQVSGQKFFQRWQSLPTQSSTSSPKTPPPHGTISLRISESCLQLTLPPGQQEDDNDEVFIKESELGVAGATVKFFPTPLPPPLLPEPNPSFPASSWEVLPPPPLPSASFEAGGEEGSTCTRNREEAKMSNFFRFPKSLAEKKKPGMSTIFSENSWTSSSVGNIESQRTGSSPALNAQHQSPATHGGFLNSDKQPMTQLKGNLKEPAILSRDVENGGLSGGIHSSAGQVKMEKTPEDIKSEALAKEIVNKDKSLADILDPDSKMKTTMDLMEGIFPSATILLKENNMQRKVMQKKAREMVSEEDRKEEKEPAVTMVTCPAYYSVSAPKVELLNKIKDLPADADEEKEQLDINEKKAELIGSLSHKLEILKDAKESLLADTKMNNTLGEEVELLISNLCKPNEFDKYKMFIGDLDKVVNLLLSLSGRLARVENILSSLDEDGNTEEWSSLNKKKKLLAGQHEDARELKENLDRRERVVLEILGNYLSQEQLQDYQHFVKMKSALLIKQRELDDKIKLGQEQLKCLMESLPTNFIPKDTRAAAVLASAVTIPTGVIYSISLPSASSL

Target ORF information:

RefSeq Version	XM_014595766.2
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis shroom family member 3 (SHROOM3), transcript variant X1, mRNA.

Target ORF information:

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

XM_014595766.2

ORF Insert Sequence:

ATGATGAAAA TATCTCAGGG CATGATTGGC ACCCCTTGGT ACCAGTCCTA CCATTCTAGT 
TCATCAACAA GTGATCTCTC TGGCTATGAT CATATCTATC TGAGGAGAAG CCCTGACCAG 
TACAGCTCAA GGGATAGCAT GGAAAGCTTG GACCACACCC CCTCTGGATA CCACCCTGGC 
CACCTCTCAC CAGCCAAATC AACCAATAGC ACTGACCAGC TCTCCCACCT CCACTGCAAA 
AGGGACTCTG CCTACAGCTC CTTCTCTACC AGCTCTAGCA TCCCTGAGTA TGCAGCACCT 
TCCTTCTTCA AGGAGCGCTC CTGCTCTATC GACAACGTAC ATTCCCAAGG TAGCCGGCAG 
GAGGGAATGA GGCAGGCTGA CATCAGGTAC ATCAAGACTG TCTATGACAC CCAGCTAGGG 
GTCTCTCAGG AGTATGAGGT GAAGTCTTCT TCACTGCTTC CAATCTGCAA AGCCCAGGCA 
CAGGCAGAAG GCCGTAGCTA CAGCAAGCTG CATGGCTATG GCCGAAGCAG TGGGGTCCCC 
TTCTTGAGCC AACAAAGCCA GAGCTTCTCT GACAGCGAGA ACCATCACTT GAAGGACCCC 
CCACTACCAC CCACTCGTAG TGACAGCTAT GCAGCAATAA GGCACCACGA GAGGCCTGGT 
TCCTGGTCTA CCCTTGATCA AAGTAAGCCT TGTCATACTC AGCCGAAAGG GGCTTGGCCT 
CCATCTGTCT CTCAGGGGCA AGGGCAGCCG CTGAAGCCCA TGTTTGTGGA AGGACATCTG 
CACACTGTGG TAGAAAAGAG CCCTGAGAGC AGCCCCACAG TGAAGCCCAA GCAGAGCTAC 
ACACTAGCTG TCCAGCCTGG GCAGCCTCTG CTTCCTACTG GCATCTACCT GGTACCTTCT 
CCTGAGCCAC ACTTTGCCCA GGTACCTCTG CCATCTGCAA GCAATAATGG GATGCTTTAT 
CCAGCTCTGG CCAAAGAGAG TGGATATGCT CCTCCTCTAC CCACCTTGCA TAAAAAGGTC 
ATGGTCCACA GCCATTCCAG CTTTGATGAG AATGGGAACC AAAGCATTAC AAACAGATCT 
GCTGCCTTCC ATCAGCCAGA CCATGTGTCT CCTGCTGCAG AGAAAAAGCA GGAAGCAACA 
AAATTTGTTC AGAGCAAACC TCACAGTATG GCCATTCCTC AAGTCTACTC ATCCTCTCCA 
AGAAAGGATG AGCCAGGTTC CCCTTCTATG ATATCACATG GCATCCAAGA GAGCACAAGC 
CATGTACAGT GCTCAAGCTA TAATTTGCAA TTGCTACAGA CCCACCCGAG AGACACCAGT 
GACAGAAAAG CCCTTTACCA ACCCAAGGAG TACTGGGTGA CTGAGTCCGA GGACATAAAT 
GCCAACCTGC AGAAAAATGA GAGGGATGCT GCAGCCCACA ACCAGTGGAA CTACAGCCAG 
ACCAAGTATC ATGGCTCCCC ATCCTCACAA AATATCCCAG AGAATTCCTG GAGGCAAAAC 
AGCTGGGAGC TAAAGGAGAC CCAGCAATGT GAGGGTTATT CTGATACCAA ACTCTCTTGG 
AAAAACAGCA AAAAGGAAAA AAAGGATCAC AGAGGGCTAA TGACTGACCA ATGGAATGAC 
TCAGACAAAC AGGCTATTAC AAGGCAAGAG AATGAACTCT CCAGTGCAGC CCCCTTCCAC 
AATGCTGAGC CAAAGTACAA GGAGCCTTCT TCTCCACTGT ACCCAAAGAC CTCTGATGTC 
AGCAGAAGCC GTATGAGCTC TAGCAGCACC CAAAGCTTTC AGTATGGGAA ACCAGATACC 
AGCAATCCCC ATTGCTCTGT GCTGGAGACG GTCAGCAAGT TTGAGCAACG TGGACAAAAC 
AGTCACAGGT CCCAAAGCTT AGGCCTGCCT AGATTTGGCC ATAATTATGG GCCAAACAGG 
CGCATTCCAT CATCCGGTAC TAGGTACTCT TTTAACAGCA TTGAAGACAT GCATAATAAG 
TTTAGTACCC AAGAGCATGG GCAGCCATCC AACGAACAGA GCAAGATTTC CTTCCAGCAG 
CACATACGTA GGAGTGGAGA CAGGACGCCT GAAGAGGCTA ATTTGCAACC TGTGGAGCAA 
ATGGTGACAG AGGTGAAGCA GCTGAGAAAG AGTGAGTGCT ACAGCCTGTA TCCCAAGGAT 
AAGACTCAGA AATGGGCAAC TCGGCTAACC AGGAGCAAAA GCACATTCCA GCTGCCAGAT 
GAACCTAAAA AGGAAATGCT TTGGCAGGAA AACATCCAAG ACACCCATGG TTCACAACTG 
GATACCCTGT TCAATAAGGC CTACAGAAAC AGTATCAAAG ATGCTCAATC TAAGGTCCTG 
AGAGCCACAT CTTTTAGGCG TATCACACCC CCCTTTGGGA TCAAGCCCAA GAAGACTGTT 
CAGAGGCCAG CCTCAGCCCA GACTGGATTG AGGACCACCA CAACATCCCC TCATATCCCC 
AAGGAGAGGC ACAGCGTTAC TCCAACAGAA ACGAGCATCA CCATTGTGCG CTACACCCAC 
AAGGAGAACC ATGCTGGGCC TCAGCCCCTG TCCCGTATTG GAGGCAGAAA GCGGTTGACA 
GCTGAGCAGA AGAGATCCTA CTCTGAGCCA GAGAAAATGA ATGAAGTGGG TGTCTCTGAC 
AGTGAACCCT TGCCATTTTC CTTCCACAAA AAATGCCTTA ATTTCATCTT CCCAAAAAGT 
ACAGTGGCTG ATCGATGCAA AATCTTTGAG AGAGAGAATA AGGTTAGCTC CACCATAAAC 
CTCTCCAAAC CAGAGCTCAA ACAGCTCCAA CAGAATGCTC TGGTGGAATA CATTGAACGC 
AAGACTGGGA AGCGGCCTTC CTCTCAGGAT GTGGGACTCC TGAGAGAGCA CTCACAAGGC 
TTATTCCTGC AGACTGGTGG CCCAGACAGC CAGAGCCTCT CCTCTGCATC CAGCATGAAT 
TCCCTCCAGG ATCAGAGCCT TTATCACCAG AGGGAGTCAC TTGAGGGGGT CTCTAGAATT 
GGCCAAGTTT CTGCCACCCT TCCTCCTGGG CTTATGGGTT GTTTTGATCT GAACGGGTTT 
GAGCAAAAGA AGGGGCCCCA TAAGAGCAGC AGCAGTTCCT TTCCAAAGCA GTTTCAAAGG 
GACAGATCCC GAGATTACAG AGGGAAAATA GAGCTCAGCA AAGGCACCCA GACAGAACAG 
CAAGATATAC ACAGCTCACC CTACTATGTG AAGCAGGAGC GGGCCTTTGA AATGCCCTCA 
CCAGCCATGA AATCTGGGAA ATCTGTGTCT GCAGAAGACT TGCTCAGTAG GTCTGATAGC 
CACACCATTG CTGTGCATGT GCGCTCCAGG TCTTCTCCCA CGGCAGATAA GAAACACCAG 
GACTTTCTGG TATGGGAAAG CAGTGAATTT GGCCATGAGG TGGAAGATCC TCTCTATGTG 
GTCAGTGCAG GAGCCAGGTC ATTCAGCAAT AAAGAAAGAA GCCATCCAGA AAAGCCAACA 
TTCACACGTT ATTACACCCA CCCACCCCAC GACAATGAGG TCATCACCAA TTCATCTGCT 
CTGGCTGAGA CCCACAAGGC TGAAGAACTC TCTAGGCATA TTAGTCTGGC TTCAGCATTT 
GTCTTGTCAC CAACAGAAGC AAAGAGTCAC TTTCCTGAGC AAAAGGTGGC TCCTAGATCT 
TTGCTCCTTA ACTTTACTCC AGTTGAATCT AGTCATTCAT CATTCAGCAG TGCTCATTCC 
ACCCAGACTC CCTCAGACTT GCAGTCTTCT GGAGACAGCC AGGCACTGAG ATGGCATGCC 
AAACCAGAGG CTGTTTTCTC AGAGGGAAGT GATAATCTTC AGTCACAGCT CCTGGGCCAT 
GAGAATAGCT CCCCTGAGAG CTCAGCAGAA GAAGGGATGT GGAGAAAGAA GACCATGCTG 
CTTCAGAGAT CCCTCCCACC AAAAGTTAAA TCAGCTCATT CAGTCGGAGA TAGCAGCTTT 
TCAAAGGATT CTGCCTCTTC TCAAGTTTCT GGGCAGAAGT TCTTTCAGAG ATGGCAGAGC 
CTGCCAACCC AAAGCAGCAC TTCCAGTCCC AAGACTCCTC CTCCCCATGG GACCATCTCT 
CTACGGATCT CCGAGTCATG CCTTCAGCTC ACTCTGCCAC CAGGGCAGCA GGAAGATGAC 
AATGATGAGG TGTTTATCAA GGAATCAGAG CTTGGTGTTG CAGGGGCCAC AGTTAAATTC 
TTCCCCACTC CACTGCCACC ACCTCTTCTT CCTGAGCCAA ACCCCAGTTT TCCTGCAAGC 
AGCTGGGAGG TATTGCCACC TCCTCCTCTT CCCTCAGCTT CATTTGAGGC AGGTGGAGAA 
GAAGGAAGCA CATGCACAAG GAATAGAGAG GAGGCGAAAA TGAGTAACTT TTTCAGGTTT 
CCCAAGAGTC TGGCTGAGAA GAAGAAGCCA GGGATGAGCA CCATTTTCAG TGAAAACAGC 
TGGACTTCGT CATCTGTTGG AAACATTGAG TCTCAGAGAA CTGGCTCTTC ACCTGCCTTG 
AACGCTCAAC ACCAGTCACC TGCCACTCAT GGAGGATTTC TAAACTCTGA TAAGCAGCCT 
ATGACTCAAC TCAAAGGCAA CCTGAAGGAG CCAGCTATCT TGAGTAGAGA TGTGGAAAAT 
GGTGGCCTTA GTGGTGGGAT ACACAGCTCA GCTGGTCAAG TAAAGATGGA GAAGACCCCA 
GAGGATATTA AATCAGAGGC GCTAGCCAAG GAGATTGTCA ACAAAGATAA GTCATTGGCT 
GATATCTTGG ATCCAGACTC CAAAATGAAG ACAACCATGG ATCTAATGGA AGGGATTTTT 
CCCAGTGCAA CCATATTGCT AAAAGAGAAC AATATGCAAA GAAAAGTGAT GCAAAAGAAA 
GCCAGGGAGA TGGTGTCTGA GGAGGACAGG AAAGAAGAAA AGGAACCCGC TGTAACAATG 
GTCACCTGTC CTGCCTACTA CAGTGTGTCA GCACCCAAGG TAGAGCTGCT GAATAAAATC 
AAAGACTTGC CAGCGGATGC AGATGAGGAA AAGGAGCAGC TGGATATTAA TGAGAAGAAG 
GCTGAACTCA TTGGGAGCTT GTCCCACAAG CTGGAGATCT TGAAAGATGC TAAGGAGAGC 
CTGCTAGCAG ACACTAAGAT GAATAATACC CTGGGAGAGG AAGTGGAGCT GTTGATCAGC 
AACCTATGCA AGCCCAATGA GTTTGACAAA TACAAGATGT TCATAGGAGA CCTGGATAAG 
GTGGTGAACC TATTGCTTTC CCTCTCGGGA CGGCTGGCTC GTGTAGAGAA CATCCTGAGC 
AGCCTAGATG AAGATGGCAA TACTGAGGAA TGGAGCTCTC TGAATAAAAA GAAGAAGCTG 
CTGGCTGGCC AGCATGAGGA CGCCCGAGAG CTGAAGGAAA ACCTAGACCG GCGAGAACGC 
GTGGTCTTGG AAATCCTGGG CAATTACCTC TCCCAGGAGC AGCTCCAGGA CTATCAACAC 
TTTGTGAAGA TGAAGTCTGC ACTTCTCATA AAGCAACGGG AGCTGGATGA CAAAATCAAA 
CTGGGTCAGG AGCAGCTAAA GTGCCTGATG GAAAGCCTCC CTACAAACTT TATCCCCAAG 
GACACAAGAG CAGCAGCAGT CCTAGCTTCA GCAGTCACTA TACCCACAGG GGTCATCTAT 
AGTATATCTC TACCATCAGC TTCTTCACTT TAA