IGHMBP2 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	IGHMBP2
Entrez Gene ID	102568346
Full Name	immunoglobulin mu binding protein 2
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019485214.1	XP_019340759.1	DNA-binding protein SMUBP-2 isoform X2
XM_006275055.3	XP_006275117.2	DNA-binding protein SMUBP-2 isoform X1

Pathways from BioSystems
Gene Ontology

The following IGHMBP2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the IGHMBP2 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1⁺/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.

***CloneID	Accession No.	Definition	**Vector	*Turnaround time	Price (USD)	Select
OAl53899	XM_006275055.3 Latest version!	Alligator mississippiensis immunoglobulin mu binding protein 2 (IGHMBP2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00
OAl53900	XM_019485214.1 Latest version!	Alligator mississippiensis immunoglobulin mu binding protein 2 (IGHMBP2), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00

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

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

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

Reference Sequences (Refseq)

IGHMBP2 ( XM_006275055.3 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_006275117.2 Alligator mississippiensis immunoglobulin mu binding protein 2 (IGHMBP2), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OAl53899
Clone ID Related Accession (Same CDS sequence)	XM_006275055.3
Accession Version	XM_006275055.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2967bp) 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	DNA-binding protein SMUBP-2 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 9, 2016 this sequence version replaced XM_006275055.2. ##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##

ATGCCGACAC GAAGCTTCGC GACGCGGCAG CTGCAGCTGC TGCAGGAGGA GCGGGAGGCT 
GAGATCAGCG AGGCCAGGAC ATGGCGAGAA AACATCTCCT TGAAAGAACT TCAGCGCAGG 
GGGGTCTGCT TGCTGAAACT GCAAGCGGCC AGTCAAAGAA CTGGGCTGTA TGGACGACTG 
CTTGTAACTT TTCAGCCGAG AAAGTATGAG TCAGATGTGG AGTTGCCCTA TAACAGCTTT 
GGGCCTGGTG ACATTGTGGG TCTTTATGAG TCCACTGATC AGGGTGATCC TCTCTCAACT 
GGAATTGTGA CCCACGTAAC CCCCAAGTTG GTTACCATCG CCTTTGAGGA ATCTCGGGAT 
GGCCTGTTAA GCTTGGACAG GGAGAGTTCT TATCGCCTGC TGAAATTGGC CAATGATGTC 
ACCTACAAGA GGCTGAAAAA AGCTTTAAAT ACATTAAGCC AGTATCACTC TGGTCCAGCA 
TTCAATCTTA TAGATGTCCT CTTCTTTTCC TCTGATCCAA GTCCACCGAG TGAAACACGG 
CCTTTAAAGT TCTACAATGA ATTGCTGGAT ATCTCTCAGC AGGAAGCGGT GTCCTTTTCC 
CTGGCACAGA AAGAACTTGC CATTATTCAC GGACCACCCG GCACTGGCAA AACCACCACG 
GTGGTAGAAA TAATACTCCA AGCTGTGCAG CAAGGCCTGA AGGTCCTGTG CTGTGCCCCA 
TCAAATGTGG CAGTAGATAA TCTAGTGGAG AGACTTGCCG CTTACAAGGT GAGGATCCTG 
CGTCTGGGTC ACCCAGCTCG TCTCCTGGAG TCCATCCAGC ATCATTCCCT GGATGCGGTT 
TTGGCCCGTG GAGATAACGC CCAGATCGTG GCTGACATCA GGAAGGATAT TGACCAGGCA 
TTTGCCAAGA CCAAAAGGAC TCAAGACAAG GGAGAGAGAA GCCATTTTCT AAATGAGATA 
AAAACCTTGA GAAAGGAGCT GAAGGAGCGA GAAGAAACTG CTATGACTAC AGTCCTTACC 
CAGGCTGATG TTGTTCTTGC CACAAACACA GGTGCTTCCC CTGATGGCCC CCTGAAGCTA 
CTTCCTGAAA ATCACTTTGA TCTGGTAGTG ATCGATGAAT GTGCCCAGGC CCTTGAAGCA 
AGCTGCTGGA TACCTCTGCT GAAAGCCAGA AAGTGCATCC TGGCTGGGGA TCACAAGCAG 
CTACCACCCA CAATCATATC TCACAAGGCT GCCGCCAAAG GTCTTTCTCT CAGTTTAATG 
GAGCGTCTAA TTCAGAAATA TGGAGAGAGC ATCGTGAGGA TGCTGACTGT GCAATATCGG 
ATGCATCAAG CCATAATGCA GTGGGCTTCC ACAGAAATGT ATGGTGGCCG ACTCACAGCT 
CACCCTTCTG TGGCTCATCA TTTGCTGAAG GACCTGCCGG GAGTTGCTTC TACTGAAGAG 
ACTAGGATAC CATTACTGCT CGTAGATACT GCTGGTTGTG GTTTATTTGA ACTTGAAGTG 
GAAGACGAGC AGTCTAAAGG GAACCAAGGG GAGGTGCACC TTGTTGGCTT GCATGTCCAA 
GCATTGGTGA ACGCTGGTGT TAAAGCAAAA GACATTGCTG TCATTGCTCC TTACAACCTT 
CAGGTAGACA TGCTAAGAGA GCACCTGTGT CACAAGTATC CAGAGCTAGA AATTAAATCA 
GTTGATGGTT TCCAGGGAAG GGAAAAGGAG GCTGTCATAC TGTCCTTTGT GAGATCCAAC 
AGGAAGGGGG AGGTGGGCTT TCTCGCCGAA GATCGGAGAA TAAACGTGGC CGTCACCCGT 
GCGCGACGCC ACGTGGCAGT TGTCTGTGAC TCTCGAACCG TCAGCAACCA GGTCTTTCTG 
AAGCGACTAG TGGATTACTT CGGTGAGCAT GGGGAAGTGC GGACAGCCTT CGAGTACCTT 
GATGACATTG TGCCAGAAAA CTACTCTCAT GAGAACTCTC AGGGTCACCC CGAGCAAGGG 
GAGGGACCCA AAACTGTTCC ATTGTCCACT CCAAAACCTC AGCCCCATGG CCAGAAAGCC 
AAACCAGCTC CAGGAAAACC CATTCTCCCA AAGCCAAGCA TAGGTCCTGC AGAGAGTATG 
AATGGCACTG GGAAGGAGAG GATGGAGGTA AAGGACAATT CAGCCAAGTT CAAGGCCATG 
CTAGTGGATT TCCTGGAGAG CAGCAAGGCC CAGCTGGATT TCCCTCCTTC TTTAAATTCT 
CACGACAGGA TGCTGCTCCA CCAAATGGCT GAAGAATATG GGCTACAGCA TGTCAGCACT 
GGCGAAGGGA GACAGCGGTA CCTCAGCATC CGCAAGAGAC CCCCTGCCAC TGTCTCTGCT 
ACAGTGACTA ACAAAGCCAA TGAGCAGGCT CCATCCTCTG AGTCAGAAAG GACCCCAAGA 
GAAGCCCCCA GCCCTGGTCA GACAGGAGGG AGCAGCATGA GCTCAGGGAA AGTCGATCTG 
AAAATGCTGC ACCTGAAGAG GATGCAATGG GAAAAAGCCA AGTGGGAAGA GAGGGTGAGA 
AGAACCCAGG AGTCAAGTGT GAATCTGGTA GAGACAGCAG GAAAGAAGCA CAAAAATGAA 
GCCAAAGGTA AGAGTGCCAC AAAAGCAGAC AACACTACAG CTGAAGAAGA CATCGACACC 
TTGATTTCTG CTGTGGTTAA AGCCGACAAC ACCTGTGGTT TCCCCCGGTG TAAAGCCAGC 
GTTACCACCT TGGGACAGCT TTGCCTGCAT TGTAACAAAC GCTACTGCCT TAGCCATCAC 
ATCCCAGAGG TTCATGGGTG TGGGGAGAAA GCCAAAGTGC ATGCACGGCA GAGGATCAGC 
AAAGAAGGGG TTCTCTACGC TGGGAGTGGA TCAAAAGACA AGTCTCTGGA CCCAACCAAA 
AGAGCTCACC TGCAGAGACG CCTCGATAAA AAGCTGAATG AATTAAGCAA CCAGAGAAAG 
AGCAAAAAGA AAGACCAGGA GAAATGA

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

RefSeq	XP_006275117.2
CDS	74..3040
Translation	MPTRSFATRQLQLLQEEREAEISEARTWRENISLKELQRRGVCLLKLQAASQRTGLYGRLLVTFQPRKYESDVELPYNSFGPGDIVGLYESTDQGDPLSTGIVTHVTPKLVTIAFEESRDGLLSLDRESSYRLLKLANDVTYKRLKKALNTLSQYHSGPAFNLIDVLFFSSDPSPPSETRPLKFYNELLDISQQEAVSFSLAQKELAIIHGPPGTGKTTTVVEIILQAVQQGLKVLCCAPSNVAVDNLVERLAAYKVRILRLGHPARLLESIQHHSLDAVLARGDNAQIVADIRKDIDQAFAKTKRTQDKGERSHFLNEIKTLRKELKEREETAMTTVLTQADVVLATNTGASPDGPLKLLPENHFDLVVIDECAQALEASCWIPLLKARKCILAGDHKQLPPTIISHKAAAKGLSLSLMERLIQKYGESIVRMLTVQYRMHQAIMQWASTEMYGGRLTAHPSVAHHLLKDLPGVASTEETRIPLLLVDTAGCGLFELEVEDEQSKGNQGEVHLVGLHVQALVNAGVKAKDIAVIAPYNLQVDMLREHLCHKYPELEIKSVDGFQGREKEAVILSFVRSNRKGEVGFLAEDRRINVAVTRARRHVAVVCDSRTVSNQVFLKRLVDYFGEHGEVRTAFEYLDDIVPENYSHENSQGHPEQGEGPKTVPLSTPKPQPHGQKAKPAPGKPILPKPSIGPAESMNGTGKERMEVKDNSAKFKAMLVDFLESSKAQLDFPPSLNSHDRMLLHQMAEEYGLQHVSTGEGRQRYLSIRKRPPATVSATVTNKANEQAPSSESERTPREAPSPGQTGGSSMSSGKVDLKMLHLKRMQWEKAKWEERVRRTQESSVNLVETAGKKHKNEAKGKSATKADNTTAEEDIDTLISAVVKADNTCGFPRCKASVTTLGQLCLHCNKRYCLSHHIPEVHGCGEKAKVHARQRISKEGVLYAGSGSKDKSLDPTKRAHLQRRLDKKLNELSNQRKSKKKDQEK

Target ORF information:

RefSeq Version	XM_006275055.3
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis immunoglobulin mu binding protein 2 (IGHMBP2), transcript variant X1, mRNA.

Target ORF information:

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

XM_006275055.3

ORF Insert Sequence:

ATGCCGACAC GAAGCTTCGC GACGCGGCAG CTGCAGCTGC TGCAGGAGGA GCGGGAGGCT 
GAGATCAGCG AGGCCAGGAC ATGGCGAGAA AACATCTCCT TGAAAGAACT TCAGCGCAGG 
GGGGTCTGCT TGCTGAAACT GCAAGCGGCC AGTCAAAGAA CTGGGCTGTA TGGACGACTG 
CTTGTAACTT TTCAGCCGAG AAAGTATGAG TCAGATGTGG AGTTGCCCTA TAACAGCTTT 
GGGCCTGGTG ACATTGTGGG TCTTTATGAG TCCACTGATC AGGGTGATCC TCTCTCAACT 
GGAATTGTGA CCCACGTAAC CCCCAAGTTG GTTACCATCG CCTTTGAGGA ATCTCGGGAT 
GGCCTGTTAA GCTTGGACAG GGAGAGTTCT TATCGCCTGC TGAAATTGGC CAATGATGTC 
ACCTACAAGA GGCTGAAAAA AGCTTTAAAT ACATTAAGCC AGTATCACTC TGGTCCAGCA 
TTCAATCTTA TAGATGTCCT CTTCTTTTCC TCTGATCCAA GTCCACCGAG TGAAACACGG 
CCTTTAAAGT TCTACAATGA ATTGCTGGAT ATCTCTCAGC AGGAAGCGGT GTCCTTTTCC 
CTGGCACAGA AAGAACTTGC CATTATTCAC GGACCACCCG GCACTGGCAA AACCACCACG 
GTGGTAGAAA TAATACTCCA AGCTGTGCAG CAAGGCCTGA AGGTCCTGTG CTGTGCCCCA 
TCAAATGTGG CAGTAGATAA TCTAGTGGAG AGACTTGCCG CTTACAAGGT GAGGATCCTG 
CGTCTGGGTC ACCCAGCTCG TCTCCTGGAG TCCATCCAGC ATCATTCCCT GGATGCGGTT 
TTGGCCCGTG GAGATAACGC CCAGATCGTG GCTGACATCA GGAAGGATAT TGACCAGGCA 
TTTGCCAAGA CCAAAAGGAC TCAAGACAAG GGAGAGAGAA GCCATTTTCT AAATGAGATA 
AAAACCTTGA GAAAGGAGCT GAAGGAGCGA GAAGAAACTG CTATGACTAC AGTCCTTACC 
CAGGCTGATG TTGTTCTTGC CACAAACACA GGTGCTTCCC CTGATGGCCC CCTGAAGCTA 
CTTCCTGAAA ATCACTTTGA TCTGGTAGTG ATCGATGAAT GTGCCCAGGC CCTTGAAGCA 
AGCTGCTGGA TACCTCTGCT GAAAGCCAGA AAGTGCATCC TGGCTGGGGA TCACAAGCAG 
CTACCACCCA CAATCATATC TCACAAGGCT GCCGCCAAAG GTCTTTCTCT CAGTTTAATG 
GAGCGTCTAA TTCAGAAATA TGGAGAGAGC ATCGTGAGGA TGCTGACTGT GCAATATCGG 
ATGCATCAAG CCATAATGCA GTGGGCTTCC ACAGAAATGT ATGGTGGCCG ACTCACAGCT 
CACCCTTCTG TGGCTCATCA TTTGCTGAAG GACCTGCCGG GAGTTGCTTC TACTGAAGAG 
ACTAGGATAC CATTACTGCT CGTAGATACT GCTGGTTGTG GTTTATTTGA ACTTGAAGTG 
GAAGACGAGC AGTCTAAAGG GAACCAAGGG GAGGTGCACC TTGTTGGCTT GCATGTCCAA 
GCATTGGTGA ACGCTGGTGT TAAAGCAAAA GACATTGCTG TCATTGCTCC TTACAACCTT 
CAGGTAGACA TGCTAAGAGA GCACCTGTGT CACAAGTATC CAGAGCTAGA AATTAAATCA 
GTTGATGGTT TCCAGGGAAG GGAAAAGGAG GCTGTCATAC TGTCCTTTGT GAGATCCAAC 
AGGAAGGGGG AGGTGGGCTT TCTCGCCGAA GATCGGAGAA TAAACGTGGC CGTCACCCGT 
GCGCGACGCC ACGTGGCAGT TGTCTGTGAC TCTCGAACCG TCAGCAACCA GGTCTTTCTG 
AAGCGACTAG TGGATTACTT CGGTGAGCAT GGGGAAGTGC GGACAGCCTT CGAGTACCTT 
GATGACATTG TGCCAGAAAA CTACTCTCAT GAGAACTCTC AGGGTCACCC CGAGCAAGGG 
GAGGGACCCA AAACTGTTCC ATTGTCCACT CCAAAACCTC AGCCCCATGG CCAGAAAGCC 
AAACCAGCTC CAGGAAAACC CATTCTCCCA AAGCCAAGCA TAGGTCCTGC AGAGAGTATG 
AATGGCACTG GGAAGGAGAG GATGGAGGTA AAGGACAATT CAGCCAAGTT CAAGGCCATG 
CTAGTGGATT TCCTGGAGAG CAGCAAGGCC CAGCTGGATT TCCCTCCTTC TTTAAATTCT 
CACGACAGGA TGCTGCTCCA CCAAATGGCT GAAGAATATG GGCTACAGCA TGTCAGCACT 
GGCGAAGGGA GACAGCGGTA CCTCAGCATC CGCAAGAGAC CCCCTGCCAC TGTCTCTGCT 
ACAGTGACTA ACAAAGCCAA TGAGCAGGCT CCATCCTCTG AGTCAGAAAG GACCCCAAGA 
GAAGCCCCCA GCCCTGGTCA GACAGGAGGG AGCAGCATGA GCTCAGGGAA AGTCGATCTG 
AAAATGCTGC ACCTGAAGAG GATGCAATGG GAAAAAGCCA AGTGGGAAGA GAGGGTGAGA 
AGAACCCAGG AGTCAAGTGT GAATCTGGTA GAGACAGCAG GAAAGAAGCA CAAAAATGAA 
GCCAAAGGTA AGAGTGCCAC AAAAGCAGAC AACACTACAG CTGAAGAAGA CATCGACACC 
TTGATTTCTG CTGTGGTTAA AGCCGACAAC ACCTGTGGTT TCCCCCGGTG TAAAGCCAGC 
GTTACCACCT TGGGACAGCT TTGCCTGCAT TGTAACAAAC GCTACTGCCT TAGCCATCAC 
ATCCCAGAGG TTCATGGGTG TGGGGAGAAA GCCAAAGTGC ATGCACGGCA GAGGATCAGC 
AAAGAAGGGG TTCTCTACGC TGGGAGTGGA TCAAAAGACA AGTCTCTGGA CCCAACCAAA 
AGAGCTCACC TGCAGAGACG CCTCGATAAA AAGCTGAATG AATTAAGCAA CCAGAGAAAG 
AGCAAAAAGA AAGACCAGGA GAAATGA

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

IGHMBP2 ( XM_019485214.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019340759.1 Alligator mississippiensis immunoglobulin mu binding protein 2 (IGHMBP2), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OAl53900
Clone ID Related Accession (Same CDS sequence)	XM_019485214.1
Accession Version	XM_019485214.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2904bp) 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	DNA-binding protein SMUBP-2 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017709042.1) 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##

ATGCCGACAC GAAGCTTCGC GACGCGGCAG CTGCAGCTGC TGCAGGAGGA GCGGGAGGCT 
GAGATCAGCG AGGCCAGGAC ATGGCGAGAA AACATCTCCT TGAAAGAACT TCAGCGCAGG 
GGGGTCTGCT TGCTGAAACT GCAAGCGGCC AGTCAAAGAA CTGGGCTGTA TGGACGACTG 
CTTGTAACTT TTCAGCCGAG AAAGTATGAG TCAGATGTGG AGTTGCCCTA TAACAGCTTT 
GGGCCTGGTG ACATTGTGGG TCTTTATGAG TCCACTGATC AGGGTGATCC TCTCTCAACT 
GGAATTGTGA CCCACGTAAC CCCCAAGTTG GTTACCATCG CCTTTGAGGA ATCTCGGGAT 
GGCCTGTTAA GCTTGGACAG GGAGAGTTCT TATCGCCTGC TGAAATTGGC CAATGATGTC 
ACCTACAAGA GGCTGAAAAA AGCTTTAAAT ACATTAAGCC AGTATCACTC TGGTCCAGCA 
TTCAATCTTA TAGATGTCCT CTTCTTTTCC TCTGATCCAA GTCCACCGAG TGAAACACGG 
CCTTTAAAGT TCTACAATGA ATTGCTGGAT ATCTCTCAGC AGGAAGCGGT GTCCTTTTCC 
CTGGCACAGA AAGAACTTGC CATTATTCAC GGACCACCCG GCACTGGCAA AACCACCACG 
GTGGTAGAAA TAATACTCCA AGCTGTGCAG CAAGGCCTGA AGGTCCTGTG CTGTGCCCCA 
TCAAATGTGG CAGTAGATAA TCTAGTGGAG AGACTTGCCG CTTACAAGGT GAGGATCCTG 
CGTCTGGGTC ACCCAGCTCG TCTCCTGGAG TCCATCCAGC ATCATTCCCT GGATGCGGTT 
TTGGCCCGTG GAGATAACGC CCAGATCGTG GCTGACATCA GGAAGGATAT TGACCAGGCA 
TTTGCCAAGA CCAAAAGGAC TCAAGACAAG GGAGAGAGAA GCCATTTTCT AAATGAGATA 
AAAACCTTGA GAAAGGAGCT GAAGGAGCGA GAAGAAACTG CTATGACTAC AGTCCTTACC 
CAGGCTGATG TTGTTCTTGC CACAAACACA GGTGCTTCCC CTGATGGCCC CCTGAAGCTA 
CTTCCTGAAA ATCACTTTGA TCTGGTAGTG ATCGATGAAT GTGCCCAGGC CCTTGAAGCA 
AGCTGCTGGA TACCTCTGCT GAAAGCCAGA AAGTGCATCC TGGCTGGGGA TCACAAGCAG 
CTACCACCCA CAATCATATC TCACAAGGCT GCCGCCAAAG GTCTTTCTCT CAGTTTAATG 
GAGCGTCTAA TTCAGAAATA TGGAGAGAGC ATCGTGAGGA TGCTGACTGT GCAATATCGG 
ATGCATCAAG CCATAATGCA GTGGGCTTCC ACAGAAATGT ATGGTGGCCG ACTCACAGCT 
CACCCTTCTG TGGCTCATCA TTTGCTGAAA GTGCCCAGTG CTGGGCCCAG ATCCTGTCTA 
CATTCCTGGT CCCGAATAGA GACTTGGGAG GTGCACCTTG TTGGCTTGCA TGTCCAAGCA 
TTGGTGAACG CTGGTGTTAA AGCAAAAGAC ATTGCTGTCA TTGCTCCTTA CAACCTTCAG 
GTAGACATGC TAAGAGAGCA CCTGTGTCAC AAGTATCCAG AGCTAGAAAT TAAATCAGTT 
GATGGTTTCC AGGGAAGGGA AAAGGAGGCT GTCATACTGT CCTTTGTGAG ATCCAACAGG 
AAGGGGGAGG TGGGCTTTCT CGCCGAAGAT CGGAGAATAA ACGTGGCCGT CACCCGTGCG 
CGACGCCACG TGGCAGTTGT CTGTGACTCT CGAACCGTCA GCAACCAGGT CTTTCTGAAG 
CGACTAGTGG ATTACTTCGG TGAGCATGGG GAAGTGCGGA CAGCCTTCGA GTACCTTGAT 
GACATTGTGC CAGAAAACTA CTCTCATGAG AACTCTCAGG GTCACCCCGA GCAAGGGGAG 
GGACCCAAAA CTGTTCCATT GTCCACTCCA AAACCTCAGC CCCATGGCCA GAAAGCCAAA 
CCAGCTCCAG GAAAACCCAT TCTCCCAAAG CCAAGCATAG GTCCTGCAGA GAGTATGAAT 
GGCACTGGGA AGGAGAGGAT GGAGGTAAAG GACAATTCAG CCAAGTTCAA GGCCATGCTA 
GTGGATTTCC TGGAGAGCAG CAAGGCCCAG CTGGATTTCC CTCCTTCTTT AAATTCTCAC 
GACAGGATGC TGCTCCACCA AATGGCTGAA GAATATGGGC TACAGCATGT CAGCACTGGC 
GAAGGGAGAC AGCGGTACCT CAGCATCCGC AAGAGACCCC CTGCCACTGT CTCTGCTACA 
GTGACTAACA AAGCCAATGA GCAGGCTCCA TCCTCTGAGT CAGAAAGGAC CCCAAGAGAA 
GCCCCCAGCC CTGGTCAGAC AGGAGGGAGC AGCATGAGCT CAGGGAAAGT CGATCTGAAA 
ATGCTGCACC TGAAGAGGAT GCAATGGGAA AAAGCCAAGT GGGAAGAGAG GGTGAGAAGA 
ACCCAGGAGT CAAGTGTGAA TCTGGTAGAG ACAGCAGGAA AGAAGCACAA AAATGAAGCC 
AAAGGTAAGA GTGCCACAAA AGCAGACAAC ACTACAGCTG AAGAAGACAT CGACACCTTG 
ATTTCTGCTG TGGTTAAAGC CGACAACACC TGTGGTTTCC CCCGGTGTAA AGCCAGCGTT 
ACCACCTTGG GACAGCTTTG CCTGCATTGT AACAAACGCT ACTGCCTTAG CCATCACATC 
CCAGAGGTTC ATGGGTGTGG GGAGAAAGCC AAAGTGCATG CACGGCAGAG GATCAGCAAA 
GAAGGGGTTC TCTACGCTGG GAGTGGATCA AAAGACAAGT CTCTGGACCC AACCAAAAGA 
GCTCACCTGC AGAGACGCCT CGATAAAAAG CTGAATGAAT TAAGCAACCA GAGAAAGAGC 
AAAAAGAAAG ACCAGGAGAA ATGA

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

RefSeq	XP_019340759.1
CDS	74..2977
Translation	MPTRSFATRQLQLLQEEREAEISEARTWRENISLKELQRRGVCLLKLQAASQRTGLYGRLLVTFQPRKYESDVELPYNSFGPGDIVGLYESTDQGDPLSTGIVTHVTPKLVTIAFEESRDGLLSLDRESSYRLLKLANDVTYKRLKKALNTLSQYHSGPAFNLIDVLFFSSDPSPPSETRPLKFYNELLDISQQEAVSFSLAQKELAIIHGPPGTGKTTTVVEIILQAVQQGLKVLCCAPSNVAVDNLVERLAAYKVRILRLGHPARLLESIQHHSLDAVLARGDNAQIVADIRKDIDQAFAKTKRTQDKGERSHFLNEIKTLRKELKEREETAMTTVLTQADVVLATNTGASPDGPLKLLPENHFDLVVIDECAQALEASCWIPLLKARKCILAGDHKQLPPTIISHKAAAKGLSLSLMERLIQKYGESIVRMLTVQYRMHQAIMQWASTEMYGGRLTAHPSVAHHLLKVPSAGPRSCLHSWSRIETWEVHLVGLHVQALVNAGVKAKDIAVIAPYNLQVDMLREHLCHKYPELEIKSVDGFQGREKEAVILSFVRSNRKGEVGFLAEDRRINVAVTRARRHVAVVCDSRTVSNQVFLKRLVDYFGEHGEVRTAFEYLDDIVPENYSHENSQGHPEQGEGPKTVPLSTPKPQPHGQKAKPAPGKPILPKPSIGPAESMNGTGKERMEVKDNSAKFKAMLVDFLESSKAQLDFPPSLNSHDRMLLHQMAEEYGLQHVSTGEGRQRYLSIRKRPPATVSATVTNKANEQAPSSESERTPREAPSPGQTGGSSMSSGKVDLKMLHLKRMQWEKAKWEERVRRTQESSVNLVETAGKKHKNEAKGKSATKADNTTAEEDIDTLISAVVKADNTCGFPRCKASVTTLGQLCLHCNKRYCLSHHIPEVHGCGEKAKVHARQRISKEGVLYAGSGSKDKSLDPTKRAHLQRRLDKKLNELSNQRKSKKKDQEK

Target ORF information:

RefSeq Version	XM_019485214.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis immunoglobulin mu binding protein 2 (IGHMBP2), transcript variant X2, mRNA.

Target ORF information:

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

XM_019485214.1

ORF Insert Sequence:

ATGCCGACAC GAAGCTTCGC GACGCGGCAG CTGCAGCTGC TGCAGGAGGA GCGGGAGGCT 
GAGATCAGCG AGGCCAGGAC ATGGCGAGAA AACATCTCCT TGAAAGAACT TCAGCGCAGG 
GGGGTCTGCT TGCTGAAACT GCAAGCGGCC AGTCAAAGAA CTGGGCTGTA TGGACGACTG 
CTTGTAACTT TTCAGCCGAG AAAGTATGAG TCAGATGTGG AGTTGCCCTA TAACAGCTTT 
GGGCCTGGTG ACATTGTGGG TCTTTATGAG TCCACTGATC AGGGTGATCC TCTCTCAACT 
GGAATTGTGA CCCACGTAAC CCCCAAGTTG GTTACCATCG CCTTTGAGGA ATCTCGGGAT 
GGCCTGTTAA GCTTGGACAG GGAGAGTTCT TATCGCCTGC TGAAATTGGC CAATGATGTC 
ACCTACAAGA GGCTGAAAAA AGCTTTAAAT ACATTAAGCC AGTATCACTC TGGTCCAGCA 
TTCAATCTTA TAGATGTCCT CTTCTTTTCC TCTGATCCAA GTCCACCGAG TGAAACACGG 
CCTTTAAAGT TCTACAATGA ATTGCTGGAT ATCTCTCAGC AGGAAGCGGT GTCCTTTTCC 
CTGGCACAGA AAGAACTTGC CATTATTCAC GGACCACCCG GCACTGGCAA AACCACCACG 
GTGGTAGAAA TAATACTCCA AGCTGTGCAG CAAGGCCTGA AGGTCCTGTG CTGTGCCCCA 
TCAAATGTGG CAGTAGATAA TCTAGTGGAG AGACTTGCCG CTTACAAGGT GAGGATCCTG 
CGTCTGGGTC ACCCAGCTCG TCTCCTGGAG TCCATCCAGC ATCATTCCCT GGATGCGGTT 
TTGGCCCGTG GAGATAACGC CCAGATCGTG GCTGACATCA GGAAGGATAT TGACCAGGCA 
TTTGCCAAGA CCAAAAGGAC TCAAGACAAG GGAGAGAGAA GCCATTTTCT AAATGAGATA 
AAAACCTTGA GAAAGGAGCT GAAGGAGCGA GAAGAAACTG CTATGACTAC AGTCCTTACC 
CAGGCTGATG TTGTTCTTGC CACAAACACA GGTGCTTCCC CTGATGGCCC CCTGAAGCTA 
CTTCCTGAAA ATCACTTTGA TCTGGTAGTG ATCGATGAAT GTGCCCAGGC CCTTGAAGCA 
AGCTGCTGGA TACCTCTGCT GAAAGCCAGA AAGTGCATCC TGGCTGGGGA TCACAAGCAG 
CTACCACCCA CAATCATATC TCACAAGGCT GCCGCCAAAG GTCTTTCTCT CAGTTTAATG 
GAGCGTCTAA TTCAGAAATA TGGAGAGAGC ATCGTGAGGA TGCTGACTGT GCAATATCGG 
ATGCATCAAG CCATAATGCA GTGGGCTTCC ACAGAAATGT ATGGTGGCCG ACTCACAGCT 
CACCCTTCTG TGGCTCATCA TTTGCTGAAA GTGCCCAGTG CTGGGCCCAG ATCCTGTCTA 
CATTCCTGGT CCCGAATAGA GACTTGGGAG GTGCACCTTG TTGGCTTGCA TGTCCAAGCA 
TTGGTGAACG CTGGTGTTAA AGCAAAAGAC ATTGCTGTCA TTGCTCCTTA CAACCTTCAG 
GTAGACATGC TAAGAGAGCA CCTGTGTCAC AAGTATCCAG AGCTAGAAAT TAAATCAGTT 
GATGGTTTCC AGGGAAGGGA AAAGGAGGCT GTCATACTGT CCTTTGTGAG ATCCAACAGG 
AAGGGGGAGG TGGGCTTTCT CGCCGAAGAT CGGAGAATAA ACGTGGCCGT CACCCGTGCG 
CGACGCCACG TGGCAGTTGT CTGTGACTCT CGAACCGTCA GCAACCAGGT CTTTCTGAAG 
CGACTAGTGG ATTACTTCGG TGAGCATGGG GAAGTGCGGA CAGCCTTCGA GTACCTTGAT 
GACATTGTGC CAGAAAACTA CTCTCATGAG AACTCTCAGG GTCACCCCGA GCAAGGGGAG 
GGACCCAAAA CTGTTCCATT GTCCACTCCA AAACCTCAGC CCCATGGCCA GAAAGCCAAA 
CCAGCTCCAG GAAAACCCAT TCTCCCAAAG CCAAGCATAG GTCCTGCAGA GAGTATGAAT 
GGCACTGGGA AGGAGAGGAT GGAGGTAAAG GACAATTCAG CCAAGTTCAA GGCCATGCTA 
GTGGATTTCC TGGAGAGCAG CAAGGCCCAG CTGGATTTCC CTCCTTCTTT AAATTCTCAC 
GACAGGATGC TGCTCCACCA AATGGCTGAA GAATATGGGC TACAGCATGT CAGCACTGGC 
GAAGGGAGAC AGCGGTACCT CAGCATCCGC AAGAGACCCC CTGCCACTGT CTCTGCTACA 
GTGACTAACA AAGCCAATGA GCAGGCTCCA TCCTCTGAGT CAGAAAGGAC CCCAAGAGAA 
GCCCCCAGCC CTGGTCAGAC AGGAGGGAGC AGCATGAGCT CAGGGAAAGT CGATCTGAAA 
ATGCTGCACC TGAAGAGGAT GCAATGGGAA AAAGCCAAGT GGGAAGAGAG GGTGAGAAGA 
ACCCAGGAGT CAAGTGTGAA TCTGGTAGAG ACAGCAGGAA AGAAGCACAA AAATGAAGCC 
AAAGGTAAGA GTGCCACAAA AGCAGACAAC ACTACAGCTG AAGAAGACAT CGACACCTTG 
ATTTCTGCTG TGGTTAAAGC CGACAACACC TGTGGTTTCC CCCGGTGTAA AGCCAGCGTT 
ACCACCTTGG GACAGCTTTG CCTGCATTGT AACAAACGCT ACTGCCTTAG CCATCACATC 
CCAGAGGTTC ATGGGTGTGG GGAGAAAGCC AAAGTGCATG CACGGCAGAG GATCAGCAAA 
GAAGGGGTTC TCTACGCTGG GAGTGGATCA AAAGACAAGT CTCTGGACCC AACCAAAAGA 
GCTCACCTGC AGAGACGCCT CGATAAAAAG CTGAATGAAT TAAGCAACCA GAGAAAGAGC 
AAAAAGAAAG ACCAGGAGAA ATGA