GHDC gene cDNA ORF clone, Alligator mississippiensis(American alligator)

mRNA	Protein	Name
XM_019476343.1	XP_019331888.1	GH3 domain-containing protein isoform X2
XM_019476351.1	XP_019331896.1	GH3 domain-containing protein isoform X1
XM_019476358.1	XP_019331903.1	GH3 domain-containing protein isoform X3
XM_019476334.1	XP_019331879.1	GH3 domain-containing protein isoform X1
XM_019476372.1	XP_019331917.1	GH3 domain-containing protein isoform X1
XM_019476379.1	XP_019331924.1	GH3 domain-containing protein isoform X5
XM_019476365.1	XP_019331910.1	GH3 domain-containing protein isoform X3
XM_019476376.1	XP_019331921.1	GH3 domain-containing protein isoform X4
XM_006264559.3	XP_006264621.1	GH3 domain-containing protein isoform X6

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)
OAl48604	XM_019476365.1 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl48604	XM_019476358.1 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$797.30 $1139.00
OAl48605	XM_019476376.1 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OAl48606	XM_019476379.1 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X8, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OAl48607	XM_006264559.3 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X9, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00
OAl48602	XM_019476351.1 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAl48602	XM_019476334.1 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAl48602	XM_019476372.1 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00
OAl48603	XM_019476343.1 Latest version!	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$881.30 $1259.00

GHDC ( XM_019476358.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019331903.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OAl48604
Clone ID Related Accession (Same CDS sequence)	XM_019476358.1 , XM_019476365.1
Accession Version	XM_019476358.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4380bp) 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	GH3 domain-containing protein isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) 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##

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGCGG GTCATGCCAC ATCTCCGCTC GACCACCTGA

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

RefSeq	XP_019331903.1
CDS	10..4389
Translation	MLLLLLAALLGTGLLLLLWARGRPGRAAGRSQRWRLLLGHSLVLGGLGWATSRQRRCLENQTKDVRQSQERCLLRLLKEAGDTEPDSNTFREHHPLKPGRLDKDGSRQPILHPGSLPGPWTLLQSCWALDAPLQGSMLYLDILSKVYPGALTPQATAVFSCAPGCPCPATACPLPTLYCMPAGLGDDIVPSRSSALYVQLLFALQEQALRVLKAGLASELHDALAILHTNWEGLAEDLASGWLSPQLKLPEGTRYQLDSLLSPNPVRAAELRAECSRGFDGIAQRLWPELQAVVVGESGSEQLYGDTLREQDCKGIPFYSPFYIATGALLGVNLWPEESDCRYLLCPGWAFCEFLPAGTHSEEPLETVLLGDVWEGQEYELVLSAHPGQYRCRVGEVVKVTGFYHQCPVVEPVRRLSQTLSVRGESIPEDHFCHTLHRAVGMWPGAKLVDYICAESSLLGATSGTSAPHYQVFMELRGLRDLTEGQRYKDGSRQRPVQKKKTVSFSTMPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQNALVSFKELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKRVMPHLRSTT

Target ORF information:

RefSeq Version	XM_019476358.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X4, mRNA.

Target ORF information:

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

XM_019476358.1

ORF Insert Sequence:

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGCGG GTCATGCCAC ATCTCCGCTC GACCACCTGA

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

GHDC ( XM_019476365.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019331910.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OAl48604
Clone ID Related Accession (Same CDS sequence)	XM_019476358.1 , XM_019476365.1
Accession Version	XM_019476365.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4380bp) 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	GH3 domain-containing protein isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) 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##

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGCGG GTCATGCCAC ATCTCCGCTC GACCACCTGA

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

RefSeq	XP_019331910.1
CDS	10..4389
Translation	MLLLLLAALLGTGLLLLLWARGRPGRAAGRSQRWRLLLGHSLVLGGLGWATSRQRRCLENQTKDVRQSQERCLLRLLKEAGDTEPDSNTFREHHPLKPGRLDKDGSRQPILHPGSLPGPWTLLQSCWALDAPLQGSMLYLDILSKVYPGALTPQATAVFSCAPGCPCPATACPLPTLYCMPAGLGDDIVPSRSSALYVQLLFALQEQALRVLKAGLASELHDALAILHTNWEGLAEDLASGWLSPQLKLPEGTRYQLDSLLSPNPVRAAELRAECSRGFDGIAQRLWPELQAVVVGESGSEQLYGDTLREQDCKGIPFYSPFYIATGALLGVNLWPEESDCRYLLCPGWAFCEFLPAGTHSEEPLETVLLGDVWEGQEYELVLSAHPGQYRCRVGEVVKVTGFYHQCPVVEPVRRLSQTLSVRGESIPEDHFCHTLHRAVGMWPGAKLVDYICAESSLLGATSGTSAPHYQVFMELRGLRDLTEGQRYKDGSRQRPVQKKKTVSFSTMPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQNALVSFKELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKRVMPHLRSTT

Target ORF information:

RefSeq Version	XM_019476365.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X5, mRNA.

Target ORF information:

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

XM_019476365.1

ORF Insert Sequence:

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGCGG GTCATGCCAC ATCTCCGCTC GACCACCTGA

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

GHDC ( XM_019476376.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019331921.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X7, mRNA.

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CloneID	OAl48605
Clone ID Related Accession (Same CDS sequence)	XM_019476376.1
Accession Version	XM_019476376.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3072bp) 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	GH3 domain-containing protein isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) 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##

ATGAAGGATG GCTCTCGCCA GCGGCCGGTG CAGAAAAAGA AGACTGTGTC CTTCAGCACC 
ATGCCCAATG ACCGGAAGAT CAACAGTACA GCAGCCTGCA TCTCCTTCAT GCTGGAGGGC 
TGTGAGATGA AAAAAGTACG CTCCAACTCC CGCATGTACA GCCGCTTCTT CGTGCTGGAC 
CCTGACATGC GTTTCTTGCG CTGGGAGCCT TCCAAGAAAG ACTCGGAGAA GGCCAAGATT 
GAAATCAAGT CGGTCAAGGA GGTGCGGGTG GGGAAGAAGA CTCCTGTCTT GCGAAGCAAT 
GGACTCTCCG ACCAGTTCCC TGATGAGTGT GCTTTCTCCA TCCTCTATGG GGACAATTAT 
GAGTCCCTGG ACCTGGTGGC CACCTCAGCT GATGTAGTGA ATGCCTGGGT GATGGGGCTG 
AGGTACTTGG TGTCCTATGG GAAGCACACG CTGGAGGCTC CCGAGGCTGG CCATCCCAGC 
CTCCGGACCT CCTGGATCTC CTCTGTCTTC GACCTTGCTG ACCTAGAGAA GGCAGGCCGC 
ATCCCTGTCT CCCGGGCCGT GCAGCTCATC AAGGCCTTGA ACCCAGGCAT GAAAGCCTCC 
ACCATCGAGC TGAAGTTCAA GGAGCTGCAA AAGGCCAGTG AGCGGCCAGG GGGGGAGGTG 
GCATGTGACC TCTTTGTGGA GGCCTACTGT GAACTGTGCA CCAGGCCTGA GATTTTCTTT 
CTCATGGTCC AGTTCTCCAG CAATAAGGAG TACCTGGGCC TGAAGGACCT GATGATATTT 
CTGGAGGTAG AGCAGGGCAT GGAGGGCGTG ACAGAGGAGA TGTGTCTGGA GATAATTGGC 
AAATACGAGC CCTCCAAAGA AGGCCGGGAG AAGGGCTACA TGGCCATCGA TGGCTTCACC 
CGCTACCTTC TCTCCTCTGA CTGCTCCATC TTTGACCCAC AGCACCGTAA GGTATGCCAG 
GACATGGCAC AACCCCTCTC GCACTACTAC ATCAGCTCAG CCCACAGTGC CTGCCTCCTG 
GAGGACAACT TCTGGGGCAG CTCGGACATC AGTGGCTATG TCAGTGCCCT GCGCACAGGC 
TGCCGCAGCC TCGAGCTGGT GGTGTGGGAT GGCCCGGATG GTGAGCCTGT GGTCTATGCT 
GGTCGCTCGA CTACCTCCCG TGTGCCCTTC CGCACCGTGG TGGGCGTTAT TGACCAGTAT 
GCCTTTGAGG CCTCGGACTA CCCCCTCATC CTCTGCCTGG CTGTGCGCTG CTCACCCCCC 
CAGCAGAGGC TGATGGCCCA GTACATGAAG AAGAGCCTAG AGGGGAAGCT CTATCTGGAC 
CCCCCAGACC CTGAGGAGGC TTATTTGCCA TCCCCAGAGA GACTCAAGAG TAAGATCCTC 
ATCAAGGGCA AGAAGCTGCC GCCCAACTGC CATGACAGCG AGGGGGATGT GACGGATGAG 
GACGAGAGCC TGGAGCTATC ACGTCGCCTG GGAGAGGATG ACAAAGAGCA GCCTGAGGGG 
GGTGGGCTTC ACCGGCTGCG GCTGAGCCAG GAGCTGTCCG AGTTGGTCAG CTTGTGCCAG 
TCTGTGACTT TCCGGGATTT TGAGGCCTCA CGGCGGGGGC AGCGCTACTG GGAGGTCTGC 
TCCTTCAGTG AGGTTGAGGC CGGGCGCTTC GCCAATGAGT GCCCTGAGGA GCTGGTGGGT 
TACAATAAGC GGTTCCTGTC ACGGGTCTAT CCCAGCGCCA TACGTATCGA TGCCAGCAAC 
ATGAACCCCC AGGACTTCTG GAAGTGTGGC TGCCAGATGG TGGCCATGAA CTACCAGACA 
CCGGGACTGA TGATGGACCT CAATGCTGCC TGGTTCCGCC AAAACGGGGG CTGTGGCTAT 
GTCCTGCGCC CCTCCATTAT GCGGGAGGAG GTGTCCTACT TCAGCGCCAA TGCCAAGGAC 
TCGCTGCCCG GTGTCCCTGC CCAGCTCCTG CACCTCAAGA TCATCAGCGG GCAGAATCTG 
CCCAAGCCCA AGGGCTCAGG CGCCAAGGGT GAGGTAGTGG AGCCCTATGT GTGTGCGGAG 
ATCCATGGCA TCCCGGCTGA CTGCGCTGAG CATCGCACCA AGACAGCTTT GCAGAGCGGG 
GACAATCCCG TCTTTGATGA GAGCCTGGAG TTCCAGATCA ACCTGCCTGA GCTGGCTGTG 
CTGCGCTTCG TGGTGCTGGA TGATGACTAC ATTGGGGATG AGTTCATTGC CCAGTACACC 
ATCCCCTTTG AGTGCCTGCA GACTGGGTAC CGCCATGTGC CCCTGCAGGC ACTGACTGGC 
GAGTCCCTCC CCAATGCCAC CCTCTTTGTG CACGTGGCCA TCACTGACCG CCGGGGTGGG 
GGCAGGGGGC ACAAGCGGGG GCTCTCGGTG CGTAAGGGCC GTCGGGTACG GGAGTACACC 
TCCACCAAGG CCACCGGCAT CAAAGCCATT GACGAGGTCT TCCGCACAGC CACCCAGCCC 
CTGCGGGAAG CCACTGACCT CCGGGAGAAT GTGCAGAATG CGCTGGTGTC CTTCAAGGAG 
CTGTGTGGGC TTACACCAGC GGCCAACATG AAGCAGTGCA TCTTGACAGT GGCCACGTGG 
CTTCTGCACA GCGAGGGCGC CCCCACCGTC ACGCTCAACC TGGGTGAGCA GTACCCGGCC 
ATGGAGGCCC AGGGACCCAT CCCCGAGCTG CTACGCAAAG TGCTCACCGC CTACGAGACT 
ATGATCCAGA CCAGCCGGAC CCTTATTGAA TCCGCTGATG CAGTATACAG CAAGCTCATC 
CAAGCCCAGC AAGCAGGGAT GGATTTCCAC AAAGAGCTGC ACCGGCTGGA GGCCAAGGAG 
GGGCTAAAGG GCAGGAAGCT GCAGAAGGCA CTGGAGAGTT TTGCGTGGAA CATCACTGTG 
CTGAAGGGCC AAGCTGATTT GCTCAAACAG GCCAAGGCAG AGGCATTGGA CAACCTGTGG 
CAGATCCACA ATGCCGGACA GTCCTGTGGC ATCGGCAGGA ATGGCTCAGC CTCCCCAGAA 
CCCAGCCGGG TCCGGACCCC ACTGGAGCCC ATTCCTGAGA CAGAAGGAGG CAGTGACATG 
GCATCTTGCT GA

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

RefSeq	XP_019331921.1
CDS	68..3139
Translation	MKDGSRQRPVQKKKTVSFSTMPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQNALVSFKELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKGQADLLKQAKAEALDNLWQIHNAGQSCGIGRNGSASPEPSRVRTPLEPIPETEGGSDMASC

Target ORF information:

RefSeq Version	XM_019476376.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X7, mRNA.

Target ORF information:

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

XM_019476376.1

ORF Insert Sequence:

ATGAAGGATG GCTCTCGCCA GCGGCCGGTG CAGAAAAAGA AGACTGTGTC CTTCAGCACC 
ATGCCCAATG ACCGGAAGAT CAACAGTACA GCAGCCTGCA TCTCCTTCAT GCTGGAGGGC 
TGTGAGATGA AAAAAGTACG CTCCAACTCC CGCATGTACA GCCGCTTCTT CGTGCTGGAC 
CCTGACATGC GTTTCTTGCG CTGGGAGCCT TCCAAGAAAG ACTCGGAGAA GGCCAAGATT 
GAAATCAAGT CGGTCAAGGA GGTGCGGGTG GGGAAGAAGA CTCCTGTCTT GCGAAGCAAT 
GGACTCTCCG ACCAGTTCCC TGATGAGTGT GCTTTCTCCA TCCTCTATGG GGACAATTAT 
GAGTCCCTGG ACCTGGTGGC CACCTCAGCT GATGTAGTGA ATGCCTGGGT GATGGGGCTG 
AGGTACTTGG TGTCCTATGG GAAGCACACG CTGGAGGCTC CCGAGGCTGG CCATCCCAGC 
CTCCGGACCT CCTGGATCTC CTCTGTCTTC GACCTTGCTG ACCTAGAGAA GGCAGGCCGC 
ATCCCTGTCT CCCGGGCCGT GCAGCTCATC AAGGCCTTGA ACCCAGGCAT GAAAGCCTCC 
ACCATCGAGC TGAAGTTCAA GGAGCTGCAA AAGGCCAGTG AGCGGCCAGG GGGGGAGGTG 
GCATGTGACC TCTTTGTGGA GGCCTACTGT GAACTGTGCA CCAGGCCTGA GATTTTCTTT 
CTCATGGTCC AGTTCTCCAG CAATAAGGAG TACCTGGGCC TGAAGGACCT GATGATATTT 
CTGGAGGTAG AGCAGGGCAT GGAGGGCGTG ACAGAGGAGA TGTGTCTGGA GATAATTGGC 
AAATACGAGC CCTCCAAAGA AGGCCGGGAG AAGGGCTACA TGGCCATCGA TGGCTTCACC 
CGCTACCTTC TCTCCTCTGA CTGCTCCATC TTTGACCCAC AGCACCGTAA GGTATGCCAG 
GACATGGCAC AACCCCTCTC GCACTACTAC ATCAGCTCAG CCCACAGTGC CTGCCTCCTG 
GAGGACAACT TCTGGGGCAG CTCGGACATC AGTGGCTATG TCAGTGCCCT GCGCACAGGC 
TGCCGCAGCC TCGAGCTGGT GGTGTGGGAT GGCCCGGATG GTGAGCCTGT GGTCTATGCT 
GGTCGCTCGA CTACCTCCCG TGTGCCCTTC CGCACCGTGG TGGGCGTTAT TGACCAGTAT 
GCCTTTGAGG CCTCGGACTA CCCCCTCATC CTCTGCCTGG CTGTGCGCTG CTCACCCCCC 
CAGCAGAGGC TGATGGCCCA GTACATGAAG AAGAGCCTAG AGGGGAAGCT CTATCTGGAC 
CCCCCAGACC CTGAGGAGGC TTATTTGCCA TCCCCAGAGA GACTCAAGAG TAAGATCCTC 
ATCAAGGGCA AGAAGCTGCC GCCCAACTGC CATGACAGCG AGGGGGATGT GACGGATGAG 
GACGAGAGCC TGGAGCTATC ACGTCGCCTG GGAGAGGATG ACAAAGAGCA GCCTGAGGGG 
GGTGGGCTTC ACCGGCTGCG GCTGAGCCAG GAGCTGTCCG AGTTGGTCAG CTTGTGCCAG 
TCTGTGACTT TCCGGGATTT TGAGGCCTCA CGGCGGGGGC AGCGCTACTG GGAGGTCTGC 
TCCTTCAGTG AGGTTGAGGC CGGGCGCTTC GCCAATGAGT GCCCTGAGGA GCTGGTGGGT 
TACAATAAGC GGTTCCTGTC ACGGGTCTAT CCCAGCGCCA TACGTATCGA TGCCAGCAAC 
ATGAACCCCC AGGACTTCTG GAAGTGTGGC TGCCAGATGG TGGCCATGAA CTACCAGACA 
CCGGGACTGA TGATGGACCT CAATGCTGCC TGGTTCCGCC AAAACGGGGG CTGTGGCTAT 
GTCCTGCGCC CCTCCATTAT GCGGGAGGAG GTGTCCTACT TCAGCGCCAA TGCCAAGGAC 
TCGCTGCCCG GTGTCCCTGC CCAGCTCCTG CACCTCAAGA TCATCAGCGG GCAGAATCTG 
CCCAAGCCCA AGGGCTCAGG CGCCAAGGGT GAGGTAGTGG AGCCCTATGT GTGTGCGGAG 
ATCCATGGCA TCCCGGCTGA CTGCGCTGAG CATCGCACCA AGACAGCTTT GCAGAGCGGG 
GACAATCCCG TCTTTGATGA GAGCCTGGAG TTCCAGATCA ACCTGCCTGA GCTGGCTGTG 
CTGCGCTTCG TGGTGCTGGA TGATGACTAC ATTGGGGATG AGTTCATTGC CCAGTACACC 
ATCCCCTTTG AGTGCCTGCA GACTGGGTAC CGCCATGTGC CCCTGCAGGC ACTGACTGGC 
GAGTCCCTCC CCAATGCCAC CCTCTTTGTG CACGTGGCCA TCACTGACCG CCGGGGTGGG 
GGCAGGGGGC ACAAGCGGGG GCTCTCGGTG CGTAAGGGCC GTCGGGTACG GGAGTACACC 
TCCACCAAGG CCACCGGCAT CAAAGCCATT GACGAGGTCT TCCGCACAGC CACCCAGCCC 
CTGCGGGAAG CCACTGACCT CCGGGAGAAT GTGCAGAATG CGCTGGTGTC CTTCAAGGAG 
CTGTGTGGGC TTACACCAGC GGCCAACATG AAGCAGTGCA TCTTGACAGT GGCCACGTGG 
CTTCTGCACA GCGAGGGCGC CCCCACCGTC ACGCTCAACC TGGGTGAGCA GTACCCGGCC 
ATGGAGGCCC AGGGACCCAT CCCCGAGCTG CTACGCAAAG TGCTCACCGC CTACGAGACT 
ATGATCCAGA CCAGCCGGAC CCTTATTGAA TCCGCTGATG CAGTATACAG CAAGCTCATC 
CAAGCCCAGC AAGCAGGGAT GGATTTCCAC AAAGAGCTGC ACCGGCTGGA GGCCAAGGAG 
GGGCTAAAGG GCAGGAAGCT GCAGAAGGCA CTGGAGAGTT TTGCGTGGAA CATCACTGTG 
CTGAAGGGCC AAGCTGATTT GCTCAAACAG GCCAAGGCAG AGGCATTGGA CAACCTGTGG 
CAGATCCACA ATGCCGGACA GTCCTGTGGC ATCGGCAGGA ATGGCTCAGC CTCCCCAGAA 
CCCAGCCGGG TCCGGACCCC ACTGGAGCCC ATTCCTGAGA CAGAAGGAGG CAGTGACATG 
GCATCTTGCT GA

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

GHDC ( XM_019476379.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019331924.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X8, mRNA.

Price & Availability↑

CloneID	OAl48606
Clone ID Related Accession (Same CDS sequence)	XM_019476379.1
Accession Version	XM_019476379.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3069bp) 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	GH3 domain-containing protein isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) 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##

ATGGATGGCT CTCGCCAGCG GCCGGTGCAG AAAAAGAAGA CTGTGTCCTT CAGCACCATG 
CCCAATGACC GGAAGATCAA CAGTACAGCA GCCTGCATCT CCTTCATGCT GGAGGGCTGT 
GAGATGAAAA AAGTACGCTC CAACTCCCGC ATGTACAGCC GCTTCTTCGT GCTGGACCCT 
GACATGCGTT TCTTGCGCTG GGAGCCTTCC AAGAAAGACT CGGAGAAGGC CAAGATTGAA 
ATCAAGTCGG TCAAGGAGGT GCGGGTGGGG AAGAAGACTC CTGTCTTGCG AAGCAATGGA 
CTCTCCGACC AGTTCCCTGA TGAGTGTGCT TTCTCCATCC TCTATGGGGA CAATTATGAG 
TCCCTGGACC TGGTGGCCAC CTCAGCTGAT GTAGTGAATG CCTGGGTGAT GGGGCTGAGG 
TACTTGGTGT CCTATGGGAA GCACACGCTG GAGGCTCCCG AGGCTGGCCA TCCCAGCCTC 
CGGACCTCCT GGATCTCCTC TGTCTTCGAC CTTGCTGACC TAGAGAAGGC AGGCCGCATC 
CCTGTCTCCC GGGCCGTGCA GCTCATCAAG GCCTTGAACC CAGGCATGAA AGCCTCCACC 
ATCGAGCTGA AGTTCAAGGA GCTGCAAAAG GCCAGTGAGC GGCCAGGGGG GGAGGTGGCA 
TGTGACCTCT TTGTGGAGGC CTACTGTGAA CTGTGCACCA GGCCTGAGAT TTTCTTTCTC 
ATGGTCCAGT TCTCCAGCAA TAAGGAGTAC CTGGGCCTGA AGGACCTGAT GATATTTCTG 
GAGGTAGAGC AGGGCATGGA GGGCGTGACA GAGGAGATGT GTCTGGAGAT AATTGGCAAA 
TACGAGCCCT CCAAAGAAGG CCGGGAGAAG GGCTACATGG CCATCGATGG CTTCACCCGC 
TACCTTCTCT CCTCTGACTG CTCCATCTTT GACCCACAGC ACCGTAAGGT ATGCCAGGAC 
ATGGCACAAC CCCTCTCGCA CTACTACATC AGCTCAGCCC ACAGTGCCTG CCTCCTGGAG 
GACAACTTCT GGGGCAGCTC GGACATCAGT GGCTATGTCA GTGCCCTGCG CACAGGCTGC 
CGCAGCCTCG AGCTGGTGGT GTGGGATGGC CCGGATGGTG AGCCTGTGGT CTATGCTGGT 
CGCTCGACTA CCTCCCGTGT GCCCTTCCGC ACCGTGGTGG GCGTTATTGA CCAGTATGCC 
TTTGAGGCCT CGGACTACCC CCTCATCCTC TGCCTGGCTG TGCGCTGCTC ACCCCCCCAG 
CAGAGGCTGA TGGCCCAGTA CATGAAGAAG AGCCTAGAGG GGAAGCTCTA TCTGGACCCC 
CCAGACCCTG AGGAGGCTTA TTTGCCATCC CCAGAGAGAC TCAAGAGTAA GATCCTCATC 
AAGGGCAAGA AGCTGCCGCC CAACTGCCAT GACAGCGAGG GGGATGTGAC GGATGAGGAC 
GAGAGCCTGG AGCTATCACG TCGCCTGGGA GAGGATGACA AAGAGCAGCC TGAGGGGGGT 
GGGCTTCACC GGCTGCGGCT GAGCCAGGAG CTGTCCGAGT TGGTCAGCTT GTGCCAGTCT 
GTGACTTTCC GGGATTTTGA GGCCTCACGG CGGGGGCAGC GCTACTGGGA GGTCTGCTCC 
TTCAGTGAGG TTGAGGCCGG GCGCTTCGCC AATGAGTGCC CTGAGGAGCT GGTGGGTTAC 
AATAAGCGGT TCCTGTCACG GGTCTATCCC AGCGCCATAC GTATCGATGC CAGCAACATG 
AACCCCCAGG ACTTCTGGAA GTGTGGCTGC CAGATGGTGG CCATGAACTA CCAGACACCG 
GGACTGATGA TGGACCTCAA TGCTGCCTGG TTCCGCCAAA ACGGGGGCTG TGGCTATGTC 
CTGCGCCCCT CCATTATGCG GGAGGAGGTG TCCTACTTCA GCGCCAATGC CAAGGACTCG 
CTGCCCGGTG TCCCTGCCCA GCTCCTGCAC CTCAAGATCA TCAGCGGGCA GAATCTGCCC 
AAGCCCAAGG GCTCAGGCGC CAAGGGTGAG GTAGTGGAGC CCTATGTGTG TGCGGAGATC 
CATGGCATCC CGGCTGACTG CGCTGAGCAT CGCACCAAGA CAGCTTTGCA GAGCGGGGAC 
AATCCCGTCT TTGATGAGAG CCTGGAGTTC CAGATCAACC TGCCTGAGCT GGCTGTGCTG 
CGCTTCGTGG TGCTGGATGA TGACTACATT GGGGATGAGT TCATTGCCCA GTACACCATC 
CCCTTTGAGT GCCTGCAGAC TGGGTACCGC CATGTGCCCC TGCAGGCACT GACTGGCGAG 
TCCCTCCCCA ATGCCACCCT CTTTGTGCAC GTGGCCATCA CTGACCGCCG GGGTGGGGGC 
AGGGGGCACA AGCGGGGGCT CTCGGTGCGT AAGGGCCGTC GGGTACGGGA GTACACCTCC 
ACCAAGGCCA CCGGCATCAA AGCCATTGAC GAGGTCTTCC GCACAGCCAC CCAGCCCCTG 
CGGGAAGCCA CTGACCTCCG GGAGAATGTG CAGAATGCGC TGGTGTCCTT CAAGGAGCTG 
TGTGGGCTTA CACCAGCGGC CAACATGAAG CAGTGCATCT TGACAGTGGC CACGTGGCTT 
CTGCACAGCG AGGGCGCCCC CACCGTCACG CTCAACCTGG GTGAGCAGTA CCCGGCCATG 
GAGGCCCAGG GACCCATCCC CGAGCTGCTA CGCAAAGTGC TCACCGCCTA CGAGACTATG 
ATCCAGACCA GCCGGACCCT TATTGAATCC GCTGATGCAG TATACAGCAA GCTCATCCAA 
GCCCAGCAAG CAGGGATGGA TTTCCACAAA GAGCTGCACC GGCTGGAGGC CAAGGAGGGG 
CTAAAGGGCA GGAAGCTGCA GAAGGCACTG GAGAGTTTTG CGTGGAACAT CACTGTGCTG 
AAGGGCCAAG CTGATTTGCT CAAACAGGCC AAGGCAGAGG CATTGGACAA CCTGTGGCAG 
ATCCACAATG CCGGACAGTC CTGTGGCATC GGCAGGAATG GCTCAGCCTC CCCAGAACCC 
AGCCGGGTCC GGACCCCACT GGAGCCCATT CCTGAGACAG AAGGAGGCAG TGACATGGCA 
TCTTGCTGA

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

RefSeq	XP_019331924.1
CDS	114..3182
Translation	MDGSRQRPVQKKKTVSFSTMPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQNALVSFKELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKGQADLLKQAKAEALDNLWQIHNAGQSCGIGRNGSASPEPSRVRTPLEPIPETEGGSDMASC

Target ORF information:

RefSeq Version	XM_019476379.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X8, mRNA.

Target ORF information:

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

XM_019476379.1

ORF Insert Sequence:

ATGGATGGCT CTCGCCAGCG GCCGGTGCAG AAAAAGAAGA CTGTGTCCTT CAGCACCATG 
CCCAATGACC GGAAGATCAA CAGTACAGCA GCCTGCATCT CCTTCATGCT GGAGGGCTGT 
GAGATGAAAA AAGTACGCTC CAACTCCCGC ATGTACAGCC GCTTCTTCGT GCTGGACCCT 
GACATGCGTT TCTTGCGCTG GGAGCCTTCC AAGAAAGACT CGGAGAAGGC CAAGATTGAA 
ATCAAGTCGG TCAAGGAGGT GCGGGTGGGG AAGAAGACTC CTGTCTTGCG AAGCAATGGA 
CTCTCCGACC AGTTCCCTGA TGAGTGTGCT TTCTCCATCC TCTATGGGGA CAATTATGAG 
TCCCTGGACC TGGTGGCCAC CTCAGCTGAT GTAGTGAATG CCTGGGTGAT GGGGCTGAGG 
TACTTGGTGT CCTATGGGAA GCACACGCTG GAGGCTCCCG AGGCTGGCCA TCCCAGCCTC 
CGGACCTCCT GGATCTCCTC TGTCTTCGAC CTTGCTGACC TAGAGAAGGC AGGCCGCATC 
CCTGTCTCCC GGGCCGTGCA GCTCATCAAG GCCTTGAACC CAGGCATGAA AGCCTCCACC 
ATCGAGCTGA AGTTCAAGGA GCTGCAAAAG GCCAGTGAGC GGCCAGGGGG GGAGGTGGCA 
TGTGACCTCT TTGTGGAGGC CTACTGTGAA CTGTGCACCA GGCCTGAGAT TTTCTTTCTC 
ATGGTCCAGT TCTCCAGCAA TAAGGAGTAC CTGGGCCTGA AGGACCTGAT GATATTTCTG 
GAGGTAGAGC AGGGCATGGA GGGCGTGACA GAGGAGATGT GTCTGGAGAT AATTGGCAAA 
TACGAGCCCT CCAAAGAAGG CCGGGAGAAG GGCTACATGG CCATCGATGG CTTCACCCGC 
TACCTTCTCT CCTCTGACTG CTCCATCTTT GACCCACAGC ACCGTAAGGT ATGCCAGGAC 
ATGGCACAAC CCCTCTCGCA CTACTACATC AGCTCAGCCC ACAGTGCCTG CCTCCTGGAG 
GACAACTTCT GGGGCAGCTC GGACATCAGT GGCTATGTCA GTGCCCTGCG CACAGGCTGC 
CGCAGCCTCG AGCTGGTGGT GTGGGATGGC CCGGATGGTG AGCCTGTGGT CTATGCTGGT 
CGCTCGACTA CCTCCCGTGT GCCCTTCCGC ACCGTGGTGG GCGTTATTGA CCAGTATGCC 
TTTGAGGCCT CGGACTACCC CCTCATCCTC TGCCTGGCTG TGCGCTGCTC ACCCCCCCAG 
CAGAGGCTGA TGGCCCAGTA CATGAAGAAG AGCCTAGAGG GGAAGCTCTA TCTGGACCCC 
CCAGACCCTG AGGAGGCTTA TTTGCCATCC CCAGAGAGAC TCAAGAGTAA GATCCTCATC 
AAGGGCAAGA AGCTGCCGCC CAACTGCCAT GACAGCGAGG GGGATGTGAC GGATGAGGAC 
GAGAGCCTGG AGCTATCACG TCGCCTGGGA GAGGATGACA AAGAGCAGCC TGAGGGGGGT 
GGGCTTCACC GGCTGCGGCT GAGCCAGGAG CTGTCCGAGT TGGTCAGCTT GTGCCAGTCT 
GTGACTTTCC GGGATTTTGA GGCCTCACGG CGGGGGCAGC GCTACTGGGA GGTCTGCTCC 
TTCAGTGAGG TTGAGGCCGG GCGCTTCGCC AATGAGTGCC CTGAGGAGCT GGTGGGTTAC 
AATAAGCGGT TCCTGTCACG GGTCTATCCC AGCGCCATAC GTATCGATGC CAGCAACATG 
AACCCCCAGG ACTTCTGGAA GTGTGGCTGC CAGATGGTGG CCATGAACTA CCAGACACCG 
GGACTGATGA TGGACCTCAA TGCTGCCTGG TTCCGCCAAA ACGGGGGCTG TGGCTATGTC 
CTGCGCCCCT CCATTATGCG GGAGGAGGTG TCCTACTTCA GCGCCAATGC CAAGGACTCG 
CTGCCCGGTG TCCCTGCCCA GCTCCTGCAC CTCAAGATCA TCAGCGGGCA GAATCTGCCC 
AAGCCCAAGG GCTCAGGCGC CAAGGGTGAG GTAGTGGAGC CCTATGTGTG TGCGGAGATC 
CATGGCATCC CGGCTGACTG CGCTGAGCAT CGCACCAAGA CAGCTTTGCA GAGCGGGGAC 
AATCCCGTCT TTGATGAGAG CCTGGAGTTC CAGATCAACC TGCCTGAGCT GGCTGTGCTG 
CGCTTCGTGG TGCTGGATGA TGACTACATT GGGGATGAGT TCATTGCCCA GTACACCATC 
CCCTTTGAGT GCCTGCAGAC TGGGTACCGC CATGTGCCCC TGCAGGCACT GACTGGCGAG 
TCCCTCCCCA ATGCCACCCT CTTTGTGCAC GTGGCCATCA CTGACCGCCG GGGTGGGGGC 
AGGGGGCACA AGCGGGGGCT CTCGGTGCGT AAGGGCCGTC GGGTACGGGA GTACACCTCC 
ACCAAGGCCA CCGGCATCAA AGCCATTGAC GAGGTCTTCC GCACAGCCAC CCAGCCCCTG 
CGGGAAGCCA CTGACCTCCG GGAGAATGTG CAGAATGCGC TGGTGTCCTT CAAGGAGCTG 
TGTGGGCTTA CACCAGCGGC CAACATGAAG CAGTGCATCT TGACAGTGGC CACGTGGCTT 
CTGCACAGCG AGGGCGCCCC CACCGTCACG CTCAACCTGG GTGAGCAGTA CCCGGCCATG 
GAGGCCCAGG GACCCATCCC CGAGCTGCTA CGCAAAGTGC TCACCGCCTA CGAGACTATG 
ATCCAGACCA GCCGGACCCT TATTGAATCC GCTGATGCAG TATACAGCAA GCTCATCCAA 
GCCCAGCAAG CAGGGATGGA TTTCCACAAA GAGCTGCACC GGCTGGAGGC CAAGGAGGGG 
CTAAAGGGCA GGAAGCTGCA GAAGGCACTG GAGAGTTTTG CGTGGAACAT CACTGTGCTG 
AAGGGCCAAG CTGATTTGCT CAAACAGGCC AAGGCAGAGG CATTGGACAA CCTGTGGCAG 
ATCCACAATG CCGGACAGTC CTGTGGCATC GGCAGGAATG GCTCAGCCTC CCCAGAACCC 
AGCCGGGTCC GGACCCCACT GGAGCCCATT CCTGAGACAG AAGGAGGCAG TGACATGGCA 
TCTTGCTGA

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

GHDC ( XM_006264559.3 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_006264621.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X9, mRNA.

Price & Availability↑

CloneID	OAl48607
Clone ID Related Accession (Same CDS sequence)	XM_006264559.3
Accession Version	XM_006264559.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3012bp) 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	GH3 domain-containing protein isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 9, 2016 this sequence version replaced XM_006264559.2. ##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##

ATGCCCAATG ACCGGAAGAT CAACAGTACA GCAGCCTGCA TCTCCTTCAT GCTGGAGGGC 
TGTGAGATGA AAAAAGTACG CTCCAACTCC CGCATGTACA GCCGCTTCTT CGTGCTGGAC 
CCTGACATGC GTTTCTTGCG CTGGGAGCCT TCCAAGAAAG ACTCGGAGAA GGCCAAGATT 
GAAATCAAGT CGGTCAAGGA GGTGCGGGTG GGGAAGAAGA CTCCTGTCTT GCGAAGCAAT 
GGACTCTCCG ACCAGTTCCC TGATGAGTGT GCTTTCTCCA TCCTCTATGG GGACAATTAT 
GAGTCCCTGG ACCTGGTGGC CACCTCAGCT GATGTAGTGA ATGCCTGGGT GATGGGGCTG 
AGGTACTTGG TGTCCTATGG GAAGCACACG CTGGAGGCTC CCGAGGCTGG CCATCCCAGC 
CTCCGGACCT CCTGGATCTC CTCTGTCTTC GACCTTGCTG ACCTAGAGAA GGCAGGCCGC 
ATCCCTGTCT CCCGGGCCGT GCAGCTCATC AAGGCCTTGA ACCCAGGCAT GAAAGCCTCC 
ACCATCGAGC TGAAGTTCAA GGAGCTGCAA AAGGCCAGTG AGCGGCCAGG GGGGGAGGTG 
GCATGTGACC TCTTTGTGGA GGCCTACTGT GAACTGTGCA CCAGGCCTGA GATTTTCTTT 
CTCATGGTCC AGTTCTCCAG CAATAAGGAG TACCTGGGCC TGAAGGACCT GATGATATTT 
CTGGAGGTAG AGCAGGGCAT GGAGGGCGTG ACAGAGGAGA TGTGTCTGGA GATAATTGGC 
AAATACGAGC CCTCCAAAGA AGGCCGGGAG AAGGGCTACA TGGCCATCGA TGGCTTCACC 
CGCTACCTTC TCTCCTCTGA CTGCTCCATC TTTGACCCAC AGCACCGTAA GGTATGCCAG 
GACATGGCAC AACCCCTCTC GCACTACTAC ATCAGCTCAG CCCACAGTGC CTGCCTCCTG 
GAGGACAACT TCTGGGGCAG CTCGGACATC AGTGGCTATG TCAGTGCCCT GCGCACAGGC 
TGCCGCAGCC TCGAGCTGGT GGTGTGGGAT GGCCCGGATG GTGAGCCTGT GGTCTATGCT 
GGTCGCTCGA CTACCTCCCG TGTGCCCTTC CGCACCGTGG TGGGCGTTAT TGACCAGTAT 
GCCTTTGAGG CCTCGGACTA CCCCCTCATC CTCTGCCTGG CTGTGCGCTG CTCACCCCCC 
CAGCAGAGGC TGATGGCCCA GTACATGAAG AAGAGCCTAG AGGGGAAGCT CTATCTGGAC 
CCCCCAGACC CTGAGGAGGC TTATTTGCCA TCCCCAGAGA GACTCAAGAG TAAGATCCTC 
ATCAAGGGCA AGAAGCTGCC GCCCAACTGC CATGACAGCG AGGGGGATGT GACGGATGAG 
GACGAGAGCC TGGAGCTATC ACGTCGCCTG GGAGAGGATG ACAAAGAGCA GCCTGAGGGG 
GGTGGGCTTC ACCGGCTGCG GCTGAGCCAG GAGCTGTCCG AGTTGGTCAG CTTGTGCCAG 
TCTGTGACTT TCCGGGATTT TGAGGCCTCA CGGCGGGGGC AGCGCTACTG GGAGGTCTGC 
TCCTTCAGTG AGGTTGAGGC CGGGCGCTTC GCCAATGAGT GCCCTGAGGA GCTGGTGGGT 
TACAATAAGC GGTTCCTGTC ACGGGTCTAT CCCAGCGCCA TACGTATCGA TGCCAGCAAC 
ATGAACCCCC AGGACTTCTG GAAGTGTGGC TGCCAGATGG TGGCCATGAA CTACCAGACA 
CCGGGACTGA TGATGGACCT CAATGCTGCC TGGTTCCGCC AAAACGGGGG CTGTGGCTAT 
GTCCTGCGCC CCTCCATTAT GCGGGAGGAG GTGTCCTACT TCAGCGCCAA TGCCAAGGAC 
TCGCTGCCCG GTGTCCCTGC CCAGCTCCTG CACCTCAAGA TCATCAGCGG GCAGAATCTG 
CCCAAGCCCA AGGGCTCAGG CGCCAAGGGT GAGGTAGTGG AGCCCTATGT GTGTGCGGAG 
ATCCATGGCA TCCCGGCTGA CTGCGCTGAG CATCGCACCA AGACAGCTTT GCAGAGCGGG 
GACAATCCCG TCTTTGATGA GAGCCTGGAG TTCCAGATCA ACCTGCCTGA GCTGGCTGTG 
CTGCGCTTCG TGGTGCTGGA TGATGACTAC ATTGGGGATG AGTTCATTGC CCAGTACACC 
ATCCCCTTTG AGTGCCTGCA GACTGGGTAC CGCCATGTGC CCCTGCAGGC ACTGACTGGC 
GAGTCCCTCC CCAATGCCAC CCTCTTTGTG CACGTGGCCA TCACTGACCG CCGGGGTGGG 
GGCAGGGGGC ACAAGCGGGG GCTCTCGGTG CGTAAGGGCC GTCGGGTACG GGAGTACACC 
TCCACCAAGG CCACCGGCAT CAAAGCCATT GACGAGGTCT TCCGCACAGC CACCCAGCCC 
CTGCGGGAAG CCACTGACCT CCGGGAGAAT GTGCAGAATG CGCTGGTGTC CTTCAAGGAG 
CTGTGTGGGC TTACACCAGC GGCCAACATG AAGCAGTGCA TCTTGACAGT GGCCACGTGG 
CTTCTGCACA GCGAGGGCGC CCCCACCGTC ACGCTCAACC TGGGTGAGCA GTACCCGGCC 
ATGGAGGCCC AGGGACCCAT CCCCGAGCTG CTACGCAAAG TGCTCACCGC CTACGAGACT 
ATGATCCAGA CCAGCCGGAC CCTTATTGAA TCCGCTGATG CAGTATACAG CAAGCTCATC 
CAAGCCCAGC AAGCAGGGAT GGATTTCCAC AAAGAGCTGC ACCGGCTGGA GGCCAAGGAG 
GGGCTAAAGG GCAGGAAGCT GCAGAAGGCA CTGGAGAGTT TTGCGTGGAA CATCACTGTG 
CTGAAGGGCC AAGCTGATTT GCTCAAACAG GCCAAGGCAG AGGCATTGGA CAACCTGTGG 
CAGATCCACA ATGCCGGACA GTCCTGTGGC ATCGGCAGGA ATGGCTCAGC CTCCCCAGAA 
CCCAGCCGGG TCCGGACCCC ACTGGAGCCC ATTCCTGAGA CAGAAGGAGG CAGTGACATG 
GCATCTTGCT GA

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

RefSeq	XP_006264621.1
CDS	869..3880
Translation	MPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQNALVSFKELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKGQADLLKQAKAEALDNLWQIHNAGQSCGIGRNGSASPEPSRVRTPLEPIPETEGGSDMASC

Target ORF information:

RefSeq Version	XM_006264559.3
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X9, mRNA.

Target ORF information:

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

XM_006264559.3

ORF Insert Sequence:

ATGCCCAATG ACCGGAAGAT CAACAGTACA GCAGCCTGCA TCTCCTTCAT GCTGGAGGGC 
TGTGAGATGA AAAAAGTACG CTCCAACTCC CGCATGTACA GCCGCTTCTT CGTGCTGGAC 
CCTGACATGC GTTTCTTGCG CTGGGAGCCT TCCAAGAAAG ACTCGGAGAA GGCCAAGATT 
GAAATCAAGT CGGTCAAGGA GGTGCGGGTG GGGAAGAAGA CTCCTGTCTT GCGAAGCAAT 
GGACTCTCCG ACCAGTTCCC TGATGAGTGT GCTTTCTCCA TCCTCTATGG GGACAATTAT 
GAGTCCCTGG ACCTGGTGGC CACCTCAGCT GATGTAGTGA ATGCCTGGGT GATGGGGCTG 
AGGTACTTGG TGTCCTATGG GAAGCACACG CTGGAGGCTC CCGAGGCTGG CCATCCCAGC 
CTCCGGACCT CCTGGATCTC CTCTGTCTTC GACCTTGCTG ACCTAGAGAA GGCAGGCCGC 
ATCCCTGTCT CCCGGGCCGT GCAGCTCATC AAGGCCTTGA ACCCAGGCAT GAAAGCCTCC 
ACCATCGAGC TGAAGTTCAA GGAGCTGCAA AAGGCCAGTG AGCGGCCAGG GGGGGAGGTG 
GCATGTGACC TCTTTGTGGA GGCCTACTGT GAACTGTGCA CCAGGCCTGA GATTTTCTTT 
CTCATGGTCC AGTTCTCCAG CAATAAGGAG TACCTGGGCC TGAAGGACCT GATGATATTT 
CTGGAGGTAG AGCAGGGCAT GGAGGGCGTG ACAGAGGAGA TGTGTCTGGA GATAATTGGC 
AAATACGAGC CCTCCAAAGA AGGCCGGGAG AAGGGCTACA TGGCCATCGA TGGCTTCACC 
CGCTACCTTC TCTCCTCTGA CTGCTCCATC TTTGACCCAC AGCACCGTAA GGTATGCCAG 
GACATGGCAC AACCCCTCTC GCACTACTAC ATCAGCTCAG CCCACAGTGC CTGCCTCCTG 
GAGGACAACT TCTGGGGCAG CTCGGACATC AGTGGCTATG TCAGTGCCCT GCGCACAGGC 
TGCCGCAGCC TCGAGCTGGT GGTGTGGGAT GGCCCGGATG GTGAGCCTGT GGTCTATGCT 
GGTCGCTCGA CTACCTCCCG TGTGCCCTTC CGCACCGTGG TGGGCGTTAT TGACCAGTAT 
GCCTTTGAGG CCTCGGACTA CCCCCTCATC CTCTGCCTGG CTGTGCGCTG CTCACCCCCC 
CAGCAGAGGC TGATGGCCCA GTACATGAAG AAGAGCCTAG AGGGGAAGCT CTATCTGGAC 
CCCCCAGACC CTGAGGAGGC TTATTTGCCA TCCCCAGAGA GACTCAAGAG TAAGATCCTC 
ATCAAGGGCA AGAAGCTGCC GCCCAACTGC CATGACAGCG AGGGGGATGT GACGGATGAG 
GACGAGAGCC TGGAGCTATC ACGTCGCCTG GGAGAGGATG ACAAAGAGCA GCCTGAGGGG 
GGTGGGCTTC ACCGGCTGCG GCTGAGCCAG GAGCTGTCCG AGTTGGTCAG CTTGTGCCAG 
TCTGTGACTT TCCGGGATTT TGAGGCCTCA CGGCGGGGGC AGCGCTACTG GGAGGTCTGC 
TCCTTCAGTG AGGTTGAGGC CGGGCGCTTC GCCAATGAGT GCCCTGAGGA GCTGGTGGGT 
TACAATAAGC GGTTCCTGTC ACGGGTCTAT CCCAGCGCCA TACGTATCGA TGCCAGCAAC 
ATGAACCCCC AGGACTTCTG GAAGTGTGGC TGCCAGATGG TGGCCATGAA CTACCAGACA 
CCGGGACTGA TGATGGACCT CAATGCTGCC TGGTTCCGCC AAAACGGGGG CTGTGGCTAT 
GTCCTGCGCC CCTCCATTAT GCGGGAGGAG GTGTCCTACT TCAGCGCCAA TGCCAAGGAC 
TCGCTGCCCG GTGTCCCTGC CCAGCTCCTG CACCTCAAGA TCATCAGCGG GCAGAATCTG 
CCCAAGCCCA AGGGCTCAGG CGCCAAGGGT GAGGTAGTGG AGCCCTATGT GTGTGCGGAG 
ATCCATGGCA TCCCGGCTGA CTGCGCTGAG CATCGCACCA AGACAGCTTT GCAGAGCGGG 
GACAATCCCG TCTTTGATGA GAGCCTGGAG TTCCAGATCA ACCTGCCTGA GCTGGCTGTG 
CTGCGCTTCG TGGTGCTGGA TGATGACTAC ATTGGGGATG AGTTCATTGC CCAGTACACC 
ATCCCCTTTG AGTGCCTGCA GACTGGGTAC CGCCATGTGC CCCTGCAGGC ACTGACTGGC 
GAGTCCCTCC CCAATGCCAC CCTCTTTGTG CACGTGGCCA TCACTGACCG CCGGGGTGGG 
GGCAGGGGGC ACAAGCGGGG GCTCTCGGTG CGTAAGGGCC GTCGGGTACG GGAGTACACC 
TCCACCAAGG CCACCGGCAT CAAAGCCATT GACGAGGTCT TCCGCACAGC CACCCAGCCC 
CTGCGGGAAG CCACTGACCT CCGGGAGAAT GTGCAGAATG CGCTGGTGTC CTTCAAGGAG 
CTGTGTGGGC TTACACCAGC GGCCAACATG AAGCAGTGCA TCTTGACAGT GGCCACGTGG 
CTTCTGCACA GCGAGGGCGC CCCCACCGTC ACGCTCAACC TGGGTGAGCA GTACCCGGCC 
ATGGAGGCCC AGGGACCCAT CCCCGAGCTG CTACGCAAAG TGCTCACCGC CTACGAGACT 
ATGATCCAGA CCAGCCGGAC CCTTATTGAA TCCGCTGATG CAGTATACAG CAAGCTCATC 
CAAGCCCAGC AAGCAGGGAT GGATTTCCAC AAAGAGCTGC ACCGGCTGGA GGCCAAGGAG 
GGGCTAAAGG GCAGGAAGCT GCAGAAGGCA CTGGAGAGTT TTGCGTGGAA CATCACTGTG 
CTGAAGGGCC AAGCTGATTT GCTCAAACAG GCCAAGGCAG AGGCATTGGA CAACCTGTGG 
CAGATCCACA ATGCCGGACA GTCCTGTGGC ATCGGCAGGA ATGGCTCAGC CTCCCCAGAA 
CCCAGCCGGG TCCGGACCCC ACTGGAGCCC ATTCCTGAGA CAGAAGGAGG CAGTGACATG 
GCATCTTGCT GA

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

GHDC ( XM_019476351.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019331896.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X3, mRNA.

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CloneID	OAl48602
Clone ID Related Accession (Same CDS sequence)	XM_019476351.1 , XM_019476334.1 , XM_019476372.1
Accession Version	XM_019476351.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	GH3 domain-containing protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) 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##

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGGGC CAAGCTGATT TGCTCAAACA GGCCAAGGCA 
GAGGCATTGG ACAACCTGTG GCAGATCCAC AATGCCGGAC AGTCCTGTGG CATCGGCAGG 
AATGGCTCAG CCTCCCCAGA ACCCAGCCGG GTCCGGACCC CACTGGAGCC CATTCCTGAG 
ACAGAAGGAG GCAGTGACAT GGCATCTTGC TGA

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

RefSeq	XP_019331896.1
CDS	33..4565
Translation	MLLLLLAALLGTGLLLLLWARGRPGRAAGRSQRWRLLLGHSLVLGGLGWATSRQRRCLENQTKDVRQSQERCLLRLLKEAGDTEPDSNTFREHHPLKPGRLDKDGSRQPILHPGSLPGPWTLLQSCWALDAPLQGSMLYLDILSKVYPGALTPQATAVFSCAPGCPCPATACPLPTLYCMPAGLGDDIVPSRSSALYVQLLFALQEQALRVLKAGLASELHDALAILHTNWEGLAEDLASGWLSPQLKLPEGTRYQLDSLLSPNPVRAAELRAECSRGFDGIAQRLWPELQAVVVGESGSEQLYGDTLREQDCKGIPFYSPFYIATGALLGVNLWPEESDCRYLLCPGWAFCEFLPAGTHSEEPLETVLLGDVWEGQEYELVLSAHPGQYRCRVGEVVKVTGFYHQCPVVEPVRRLSQTLSVRGESIPEDHFCHTLHRAVGMWPGAKLVDYICAESSLLGATSGTSAPHYQVFMELRGLRDLTEGQRYKDGSRQRPVQKKKTVSFSTMPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQNALVSFKELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKGQADLLKQAKAEALDNLWQIHNAGQSCGIGRNGSASPEPSRVRTPLEPIPETEGGSDMASC

Target ORF information:

RefSeq Version	XM_019476351.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X3, mRNA.

Target ORF information:

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

XM_019476351.1

ORF Insert Sequence:

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGGGC CAAGCTGATT TGCTCAAACA GGCCAAGGCA 
GAGGCATTGG ACAACCTGTG GCAGATCCAC AATGCCGGAC AGTCCTGTGG CATCGGCAGG 
AATGGCTCAG CCTCCCCAGA ACCCAGCCGG GTCCGGACCC CACTGGAGCC CATTCCTGAG 
ACAGAAGGAG GCAGTGACAT GGCATCTTGC TGA

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

GHDC ( XM_019476334.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019331879.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X1, mRNA.

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CloneID	OAl48602
Clone ID Related Accession (Same CDS sequence)	XM_019476351.1 , XM_019476334.1 , XM_019476372.1
Accession Version	XM_019476334.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	GH3 domain-containing protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) 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##

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGGGC CAAGCTGATT TGCTCAAACA GGCCAAGGCA 
GAGGCATTGG ACAACCTGTG GCAGATCCAC AATGCCGGAC AGTCCTGTGG CATCGGCAGG 
AATGGCTCAG CCTCCCCAGA ACCCAGCCGG GTCCGGACCC CACTGGAGCC CATTCCTGAG 
ACAGAAGGAG GCAGTGACAT GGCATCTTGC TGA

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

RefSeq	XP_019331879.1
CDS	95..4627
Translation	MLLLLLAALLGTGLLLLLWARGRPGRAAGRSQRWRLLLGHSLVLGGLGWATSRQRRCLENQTKDVRQSQERCLLRLLKEAGDTEPDSNTFREHHPLKPGRLDKDGSRQPILHPGSLPGPWTLLQSCWALDAPLQGSMLYLDILSKVYPGALTPQATAVFSCAPGCPCPATACPLPTLYCMPAGLGDDIVPSRSSALYVQLLFALQEQALRVLKAGLASELHDALAILHTNWEGLAEDLASGWLSPQLKLPEGTRYQLDSLLSPNPVRAAELRAECSRGFDGIAQRLWPELQAVVVGESGSEQLYGDTLREQDCKGIPFYSPFYIATGALLGVNLWPEESDCRYLLCPGWAFCEFLPAGTHSEEPLETVLLGDVWEGQEYELVLSAHPGQYRCRVGEVVKVTGFYHQCPVVEPVRRLSQTLSVRGESIPEDHFCHTLHRAVGMWPGAKLVDYICAESSLLGATSGTSAPHYQVFMELRGLRDLTEGQRYKDGSRQRPVQKKKTVSFSTMPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQNALVSFKELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKGQADLLKQAKAEALDNLWQIHNAGQSCGIGRNGSASPEPSRVRTPLEPIPETEGGSDMASC

Target ORF information:

RefSeq Version	XM_019476334.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X1, mRNA.

Target ORF information:

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

XM_019476334.1

ORF Insert Sequence:

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGGGC CAAGCTGATT TGCTCAAACA GGCCAAGGCA 
GAGGCATTGG ACAACCTGTG GCAGATCCAC AATGCCGGAC AGTCCTGTGG CATCGGCAGG 
AATGGCTCAG CCTCCCCAGA ACCCAGCCGG GTCCGGACCC CACTGGAGCC CATTCCTGAG 
ACAGAAGGAG GCAGTGACAT GGCATCTTGC TGA

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

GHDC ( XM_019476372.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019331917.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OAl48602
Clone ID Related Accession (Same CDS sequence)	XM_019476351.1 , XM_019476334.1 , XM_019476372.1
Accession Version	XM_019476372.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4533bp) 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	GH3 domain-containing protein isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) 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##

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGGGC CAAGCTGATT TGCTCAAACA GGCCAAGGCA 
GAGGCATTGG ACAACCTGTG GCAGATCCAC AATGCCGGAC AGTCCTGTGG CATCGGCAGG 
AATGGCTCAG CCTCCCCAGA ACCCAGCCGG GTCCGGACCC CACTGGAGCC CATTCCTGAG 
ACAGAAGGAG GCAGTGACAT GGCATCTTGC TGA

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

RefSeq	XP_019331917.1
CDS	104..4636
Translation	MLLLLLAALLGTGLLLLLWARGRPGRAAGRSQRWRLLLGHSLVLGGLGWATSRQRRCLENQTKDVRQSQERCLLRLLKEAGDTEPDSNTFREHHPLKPGRLDKDGSRQPILHPGSLPGPWTLLQSCWALDAPLQGSMLYLDILSKVYPGALTPQATAVFSCAPGCPCPATACPLPTLYCMPAGLGDDIVPSRSSALYVQLLFALQEQALRVLKAGLASELHDALAILHTNWEGLAEDLASGWLSPQLKLPEGTRYQLDSLLSPNPVRAAELRAECSRGFDGIAQRLWPELQAVVVGESGSEQLYGDTLREQDCKGIPFYSPFYIATGALLGVNLWPEESDCRYLLCPGWAFCEFLPAGTHSEEPLETVLLGDVWEGQEYELVLSAHPGQYRCRVGEVVKVTGFYHQCPVVEPVRRLSQTLSVRGESIPEDHFCHTLHRAVGMWPGAKLVDYICAESSLLGATSGTSAPHYQVFMELRGLRDLTEGQRYKDGSRQRPVQKKKTVSFSTMPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQNALVSFKELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKGQADLLKQAKAEALDNLWQIHNAGQSCGIGRNGSASPEPSRVRTPLEPIPETEGGSDMASC

Target ORF information:

RefSeq Version	XM_019476372.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X6, mRNA.

Target ORF information:

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

XM_019476372.1

ORF Insert Sequence:

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGAAT 
GCGCTGGTGT CCTTCAAGGA GCTGTGTGGG CTTACACCAG CGGCCAACAT GAAGCAGTGC 
ATCTTGACAG TGGCCACGTG GCTTCTGCAC AGCGAGGGCG CCCCCACCGT CACGCTCAAC 
CTGGGTGAGC AGTACCCGGC CATGGAGGCC CAGGGACCCA TCCCCGAGCT GCTACGCAAA 
GTGCTCACCG CCTACGAGAC TATGATCCAG ACCAGCCGGA CCCTTATTGA ATCCGCTGAT 
GCAGTATACA GCAAGCTCAT CCAAGCCCAG CAAGCAGGGA TGGATTTCCA CAAAGAGCTG 
CACCGGCTGG AGGCCAAGGA GGGGCTAAAG GGCAGGAAGC TGCAGAAGGC ACTGGAGAGT 
TTTGCGTGGA ACATCACTGT GCTGAAGGGC CAAGCTGATT TGCTCAAACA GGCCAAGGCA 
GAGGCATTGG ACAACCTGTG GCAGATCCAC AATGCCGGAC AGTCCTGTGG CATCGGCAGG 
AATGGCTCAG CCTCCCCAGA ACCCAGCCGG GTCCGGACCC CACTGGAGCC CATTCCTGAG 
ACAGAAGGAG GCAGTGACAT GGCATCTTGC TGA

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

GHDC ( XM_019476343.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019331888.1 Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X2, mRNA.

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CloneID	OAl48603
Clone ID Related Accession (Same CDS sequence)	XM_019476343.1
Accession Version	XM_019476343.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4512bp) 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	GH3 domain-containing protein isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017707913.1) 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##

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGGAG 
CTGTGTGGGC TTACACCAGC GGCCAACATG AAGCAGTGCA TCTTGACAGT GGCCACGTGG 
CTTCTGCACA GCGAGGGCGC CCCCACCGTC ACGCTCAACC TGGGTGAGCA GTACCCGGCC 
ATGGAGGCCC AGGGACCCAT CCCCGAGCTG CTACGCAAAG TGCTCACCGC CTACGAGACT 
ATGATCCAGA CCAGCCGGAC CCTTATTGAA TCCGCTGATG CAGTATACAG CAAGCTCATC 
CAAGCCCAGC AAGCAGGGAT GGATTTCCAC AAAGAGCTGC ACCGGCTGGA GGCCAAGGAG 
GGGCTAAAGG GCAGGAAGCT GCAGAAGGCA CTGGAGAGTT TTGCGTGGAA CATCACTGTG 
CTGAAGGGCC AAGCTGATTT GCTCAAACAG GCCAAGGCAG AGGCATTGGA CAACCTGTGG 
CAGATCCACA ATGCCGGACA GTCCTGTGGC ATCGGCAGGA ATGGCTCAGC CTCCCCAGAA 
CCCAGCCGGG TCCGGACCCC ACTGGAGCCC ATTCCTGAGA CAGAAGGAGG CAGTGACATG 
GCATCTTGCT GA

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

RefSeq	XP_019331888.1
CDS	10..4521
Translation	MLLLLLAALLGTGLLLLLWARGRPGRAAGRSQRWRLLLGHSLVLGGLGWATSRQRRCLENQTKDVRQSQERCLLRLLKEAGDTEPDSNTFREHHPLKPGRLDKDGSRQPILHPGSLPGPWTLLQSCWALDAPLQGSMLYLDILSKVYPGALTPQATAVFSCAPGCPCPATACPLPTLYCMPAGLGDDIVPSRSSALYVQLLFALQEQALRVLKAGLASELHDALAILHTNWEGLAEDLASGWLSPQLKLPEGTRYQLDSLLSPNPVRAAELRAECSRGFDGIAQRLWPELQAVVVGESGSEQLYGDTLREQDCKGIPFYSPFYIATGALLGVNLWPEESDCRYLLCPGWAFCEFLPAGTHSEEPLETVLLGDVWEGQEYELVLSAHPGQYRCRVGEVVKVTGFYHQCPVVEPVRRLSQTLSVRGESIPEDHFCHTLHRAVGMWPGAKLVDYICAESSLLGATSGTSAPHYQVFMELRGLRDLTEGQRYKDGSRQRPVQKKKTVSFSTMPNDRKINSTAACISFMLEGCEMKKVRSNSRMYSRFFVLDPDMRFLRWEPSKKDSEKAKIEIKSVKEVRVGKKTPVLRSNGLSDQFPDECAFSILYGDNYESLDLVATSADVVNAWVMGLRYLVSYGKHTLEAPEAGHPSLRTSWISSVFDLADLEKAGRIPVSRAVQLIKALNPGMKASTIELKFKELQKASERPGGEVACDLFVEAYCELCTRPEIFFLMVQFSSNKEYLGLKDLMIFLEVEQGMEGVTEEMCLEIIGKYEPSKEGREKGYMAIDGFTRYLLSSDCSIFDPQHRKVCQDMAQPLSHYYISSAHSACLLEDNFWGSSDISGYVSALRTGCRSLELVVWDGPDGEPVVYAGRSTTSRVPFRTVVGVIDQYAFEASDYPLILCLAVRCSPPQQRLMAQYMKKSLEGKLYLDPPDPEEAYLPSPERLKSKILIKGKKLPPNCHDSEGDVTDEDESLELSRRLGEDDKEQPEGGGLHRLRLSQELSELVSLCQSVTFRDFEASRRGQRYWEVCSFSEVEAGRFANECPEELVGYNKRFLSRVYPSAIRIDASNMNPQDFWKCGCQMVAMNYQTPGLMMDLNAAWFRQNGGCGYVLRPSIMREEVSYFSANAKDSLPGVPAQLLHLKIISGQNLPKPKGSGAKGEVVEPYVCAEIHGIPADCAEHRTKTALQSGDNPVFDESLEFQINLPELAVLRFVVLDDDYIGDEFIAQYTIPFECLQTGYRHVPLQALTGESLPNATLFVHVAITDRRGGGRGHKRGLSVRKGRRVREYTSTKATGIKAIDEVFRTATQPLREATDLRENVQELCGLTPAANMKQCILTVATWLLHSEGAPTVTLNLGEQYPAMEAQGPIPELLRKVLTAYETMIQTSRTLIESADAVYSKLIQAQQAGMDFHKELHRLEAKEGLKGRKLQKALESFAWNITVLKGQADLLKQAKAEALDNLWQIHNAGQSCGIGRNGSASPEPSRVRTPLEPIPETEGGSDMASC

Target ORF information:

RefSeq Version	XM_019476343.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis GH3 domain containing (GHDC), transcript variant X2, mRNA.

Target ORF information:

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

XM_019476343.1

ORF Insert Sequence:

ATGCTCCTCC TGCTCCTCGC CGCCCTCCTG GGCACTGGGC TGCTCCTGCT GCTCTGGGCC 
CGCGGGAGGC CTGGCAGGGC AGCAGGACGG AGCCAGCGCT GGAGGCTGCT GCTGGGGCAC 
AGCCTGGTGC TTGGGGGCCT GGGCTGGGCC ACGAGCCGGC AGCGCCGGTG CCTGGAGAAC 
CAGACCAAGG ACGTGCGGCA GAGCCAGGAG CGGTGCCTGC TGCGGCTGTT GAAGGAAGCT 
GGGGACACGG AGCCAGACTC TAACACCTTC CGGGAGCATC ACCCCTTGAA ACCAGGCAGG 
CTTGATAAGG ATGGGAGCCG CCAGCCCATC CTGCACCCTG GCAGCCTGCC CGGCCCATGG 
ACCCTGCTCC AGAGCTGCTG GGCCTTGGAT GCCCCGCTGC AGGGGTCCAT GTTGTACCTA 
GACATCCTCA GCAAAGTGTA CCCAGGTGCA CTGACCCCGC AGGCCACTGC TGTCTTCTCC 
TGTGCCCCAG GCTGCCCATG CCCTGCCACA GCCTGTCCCC TGCCCACACT GTACTGTATG 
CCAGCAGGGT TGGGTGATGA CATTGTGCCC TCACGCAGCT CAGCCCTCTA TGTGCAGCTG 
CTGTTTGCCC TGCAGGAGCA GGCACTGCGA GTGTTAAAGG CTGGGTTGGC CTCGGAGCTC 
CATGATGCCT TGGCCATCCT GCACACCAAC TGGGAGGGTC TGGCAGAGGA CCTAGCCTCA 
GGATGGCTGA GCCCACAGCT GAAACTACCT GAGGGGACTC GGTACCAGCT GGACAGCCTC 
CTGTCTCCCA ACCCGGTGCG GGCGGCAGAG CTGAGGGCTG AGTGCTCTAG GGGTTTTGAT 
GGCATTGCCC AGCGCCTATG GCCAGAGCTC CAGGCAGTGG TGGTGGGGGA GTCTGGCAGT 
GAGCAGCTCT ATGGAGACAC CCTGCGGGAA CAGGACTGCA AGGGCATCCC CTTCTACTCC 
CCCTTCTATA TAGCAACAGG AGCTCTGCTT GGAGTGAACC TATGGCCAGA GGAATCTGAT 
TGCCGTTACC TGCTGTGCCC GGGCTGGGCA TTCTGTGAGT TCCTCCCAGC AGGGACTCAC 
AGTGAGGAAC CACTGGAGAC AGTGCTGCTG GGGGACGTAT GGGAAGGCCA GGAGTATGAG 
CTGGTGCTCA GCGCCCACCC TGGGCAGTAC AGGTGCCGTG TTGGGGAGGT GGTGAAGGTG 
ACTGGATTCT ATCACCAGTG TCCTGTGGTG GAACCTGTGC GCAGGCTGAG CCAGACCCTG 
AGTGTGCGGG GAGAGAGCAT CCCTGAGGAC CACTTCTGCC ACACCCTGCA CCGTGCTGTG 
GGGATGTGGC CAGGAGCTAA ACTGGTTGAC TACATCTGTG CGGAGAGCAG CCTGCTGGGT 
GCCACCTCTG GGACCTCTGC CCCCCATTAC CAGGTGTTCA TGGAGCTCCG TGGCCTGCGG 
GATCTGACAG AGGGACAGCG CTATAAGGAT GGCTCTCGCC AGCGGCCGGT GCAGAAAAAG 
AAGACTGTGT CCTTCAGCAC CATGCCCAAT GACCGGAAGA TCAACAGTAC AGCAGCCTGC 
ATCTCCTTCA TGCTGGAGGG CTGTGAGATG AAAAAAGTAC GCTCCAACTC CCGCATGTAC 
AGCCGCTTCT TCGTGCTGGA CCCTGACATG CGTTTCTTGC GCTGGGAGCC TTCCAAGAAA 
GACTCGGAGA AGGCCAAGAT TGAAATCAAG TCGGTCAAGG AGGTGCGGGT GGGGAAGAAG 
ACTCCTGTCT TGCGAAGCAA TGGACTCTCC GACCAGTTCC CTGATGAGTG TGCTTTCTCC 
ATCCTCTATG GGGACAATTA TGAGTCCCTG GACCTGGTGG CCACCTCAGC TGATGTAGTG 
AATGCCTGGG TGATGGGGCT GAGGTACTTG GTGTCCTATG GGAAGCACAC GCTGGAGGCT 
CCCGAGGCTG GCCATCCCAG CCTCCGGACC TCCTGGATCT CCTCTGTCTT CGACCTTGCT 
GACCTAGAGA AGGCAGGCCG CATCCCTGTC TCCCGGGCCG TGCAGCTCAT CAAGGCCTTG 
AACCCAGGCA TGAAAGCCTC CACCATCGAG CTGAAGTTCA AGGAGCTGCA AAAGGCCAGT 
GAGCGGCCAG GGGGGGAGGT GGCATGTGAC CTCTTTGTGG AGGCCTACTG TGAACTGTGC 
ACCAGGCCTG AGATTTTCTT TCTCATGGTC CAGTTCTCCA GCAATAAGGA GTACCTGGGC 
CTGAAGGACC TGATGATATT TCTGGAGGTA GAGCAGGGCA TGGAGGGCGT GACAGAGGAG 
ATGTGTCTGG AGATAATTGG CAAATACGAG CCCTCCAAAG AAGGCCGGGA GAAGGGCTAC 
ATGGCCATCG ATGGCTTCAC CCGCTACCTT CTCTCCTCTG ACTGCTCCAT CTTTGACCCA 
CAGCACCGTA AGGTATGCCA GGACATGGCA CAACCCCTCT CGCACTACTA CATCAGCTCA 
GCCCACAGTG CCTGCCTCCT GGAGGACAAC TTCTGGGGCA GCTCGGACAT CAGTGGCTAT 
GTCAGTGCCC TGCGCACAGG CTGCCGCAGC CTCGAGCTGG TGGTGTGGGA TGGCCCGGAT 
GGTGAGCCTG TGGTCTATGC TGGTCGCTCG ACTACCTCCC GTGTGCCCTT CCGCACCGTG 
GTGGGCGTTA TTGACCAGTA TGCCTTTGAG GCCTCGGACT ACCCCCTCAT CCTCTGCCTG 
GCTGTGCGCT GCTCACCCCC CCAGCAGAGG CTGATGGCCC AGTACATGAA GAAGAGCCTA 
GAGGGGAAGC TCTATCTGGA CCCCCCAGAC CCTGAGGAGG CTTATTTGCC ATCCCCAGAG 
AGACTCAAGA GTAAGATCCT CATCAAGGGC AAGAAGCTGC CGCCCAACTG CCATGACAGC 
GAGGGGGATG TGACGGATGA GGACGAGAGC CTGGAGCTAT CACGTCGCCT GGGAGAGGAT 
GACAAAGAGC AGCCTGAGGG GGGTGGGCTT CACCGGCTGC GGCTGAGCCA GGAGCTGTCC 
GAGTTGGTCA GCTTGTGCCA GTCTGTGACT TTCCGGGATT TTGAGGCCTC ACGGCGGGGG 
CAGCGCTACT GGGAGGTCTG CTCCTTCAGT GAGGTTGAGG CCGGGCGCTT CGCCAATGAG 
TGCCCTGAGG AGCTGGTGGG TTACAATAAG CGGTTCCTGT CACGGGTCTA TCCCAGCGCC 
ATACGTATCG ATGCCAGCAA CATGAACCCC CAGGACTTCT GGAAGTGTGG CTGCCAGATG 
GTGGCCATGA ACTACCAGAC ACCGGGACTG ATGATGGACC TCAATGCTGC CTGGTTCCGC 
CAAAACGGGG GCTGTGGCTA TGTCCTGCGC CCCTCCATTA TGCGGGAGGA GGTGTCCTAC 
TTCAGCGCCA ATGCCAAGGA CTCGCTGCCC GGTGTCCCTG CCCAGCTCCT GCACCTCAAG 
ATCATCAGCG GGCAGAATCT GCCCAAGCCC AAGGGCTCAG GCGCCAAGGG TGAGGTAGTG 
GAGCCCTATG TGTGTGCGGA GATCCATGGC ATCCCGGCTG ACTGCGCTGA GCATCGCACC 
AAGACAGCTT TGCAGAGCGG GGACAATCCC GTCTTTGATG AGAGCCTGGA GTTCCAGATC 
AACCTGCCTG AGCTGGCTGT GCTGCGCTTC GTGGTGCTGG ATGATGACTA CATTGGGGAT 
GAGTTCATTG CCCAGTACAC CATCCCCTTT GAGTGCCTGC AGACTGGGTA CCGCCATGTG 
CCCCTGCAGG CACTGACTGG CGAGTCCCTC CCCAATGCCA CCCTCTTTGT GCACGTGGCC 
ATCACTGACC GCCGGGGTGG GGGCAGGGGG CACAAGCGGG GGCTCTCGGT GCGTAAGGGC 
CGTCGGGTAC GGGAGTACAC CTCCACCAAG GCCACCGGCA TCAAAGCCAT TGACGAGGTC 
TTCCGCACAG CCACCCAGCC CCTGCGGGAA GCCACTGACC TCCGGGAGAA TGTGCAGGAG 
CTGTGTGGGC TTACACCAGC GGCCAACATG AAGCAGTGCA TCTTGACAGT GGCCACGTGG 
CTTCTGCACA GCGAGGGCGC CCCCACCGTC ACGCTCAACC TGGGTGAGCA GTACCCGGCC 
ATGGAGGCCC AGGGACCCAT CCCCGAGCTG CTACGCAAAG TGCTCACCGC CTACGAGACT 
ATGATCCAGA CCAGCCGGAC CCTTATTGAA TCCGCTGATG CAGTATACAG CAAGCTCATC 
CAAGCCCAGC AAGCAGGGAT GGATTTCCAC AAAGAGCTGC ACCGGCTGGA GGCCAAGGAG 
GGGCTAAAGG GCAGGAAGCT GCAGAAGGCA CTGGAGAGTT TTGCGTGGAA CATCACTGTG 
CTGAAGGGCC AAGCTGATTT GCTCAAACAG GCCAAGGCAG AGGCATTGGA CAACCTGTGG 
CAGATCCACA ATGCCGGACA GTCCTGTGGC ATCGGCAGGA ATGGCTCAGC CTCCCCAGAA 
CCCAGCCGGG TCCGGACCCC ACTGGAGCCC ATTCCTGAGA CAGAAGGAGG CAGTGACATG 
GCATCTTGCT GA

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

Gene Symbol	GHDC
Entrez Gene ID	102559475
Full Name	GH3 domain containing
Synonyms	PLCL1
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

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

GHDC cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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