ADGB cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

Gene
Clones
gRNAs

Summary

Gene Symbol	ADGB
Entrez Gene ID	100031951
Full Name	androglobin
Gene Type	protein-coding
Organism	Monodelphis domestica(gray short-tailed opossum)

mRNA and Protein(s)

mRNA	Protein	Name
XM_016428941.1	XP_016284427.1	androglobin isoform X2
XM_016428942.1	XP_016284428.1	androglobin isoform X4
XM_016428943.1	XP_016284429.1	androglobin isoform X5
XM_016428945.1	XP_016284431.1	androglobin isoform X7
XM_007484699.2	XP_007484761.1	androglobin isoform X1
XM_007484700.2	XP_007484762.1	androglobin isoform X3
XM_016428944.1	XP_016284430.1	androglobin isoform X6

Pathways from BioSystems
Gene Ontology

The following ADGB gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ADGB 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)
OMc39338	XM_016428944.1 Latest version!	Monodelphis domestica androglobin (ADGB), transcript variant X6, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$727.30 $1039.00
OMc39339	XM_016428945.1 Latest version!	Monodelphis domestica androglobin (ADGB), transcript variant X7, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OMc13048	XM_007484699.2 Latest version!	Monodelphis domestica androglobin (ADGB), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OMc13049	XM_007484700.2 Latest version!	Monodelphis domestica androglobin (ADGB), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OMc39335	XM_016428941.1 Latest version!	Monodelphis domestica androglobin (ADGB), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OMc39336	XM_016428942.1 Latest version!	Monodelphis domestica androglobin (ADGB), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00
OMc39337	XM_016428943.1 Latest version!	Monodelphis domestica androglobin (ADGB), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$811.30 $1159.00

ORF Online Only Promotion

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

*Business Day

** 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)

ADGB ( XM_016428944.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016284430.1 Monodelphis domestica androglobin (ADGB), transcript variant X6, mRNA.

Price & Availability↑

CloneID	OMc39338
Clone ID Related Accession (Same CDS sequence)	XM_016428944.1
Accession Version	XM_016428944.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4437bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	androglobin isoform X6
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008802.1) 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 :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGAAGAG CCTAAAATAA TCAAGAAGAA AAGAGGACAC 
ATTCCTGAAT TTGCACATGA AGAATTAATC TCAATTGGAA TTTCAGAAGC CCATGGCACT 
ACTGATGGGC AAAAAACTAC AACTACTACT AAAACAACTC GAAAAGGTAA AGATAAAGCT 
GCTGAAAAGG CAGAAAAAGA GAAGGCAGCC AAAGAAAAGG TATTACCTAA GGCTGAACCT 
CAGGCTCAGC AACAAGATCC AAATAAGCCT TACTGGGTAT TGCGCCTGGT CACTGAACAG 
ACTGAATCTG ATGCTATGGA AATAAAGAAA GATACAGAAA GAGCTGATGA AATCCGAGCA 
ATGAAACAAG CATGGGAGTC TGCGGAGCCA GGGAGATCTA TCAAGGCTAT TCAAGCTCGC 
ATACAGTTTG TTAACAAATT CGCAAAGAAA TCTGAGACTG AAGAAGTGTA TGAAGATGCA 
GCTAATATCC CAGAAGACAA ACACGAGATG AGCCTGTGTT ATACAGTGAG GCTTTAG

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

RefSeq	XP_016284430.1
CDS	90..4526
Translation	MASKPGKKKELHRISSVHGFEKSKDQSSFGSSTQSGLTEIKRGKFPIWPEWNEADINAEKWDGGKAGKEKDKSGKSPIFHYFDDPEGKIEMPPSLKVFSWKRPQEVFINRNLVVVKEENSFDLFSENGHLLCSELMRWIISEIYAVWRTYNGHISSSSTDPPVLNWKPWEHIYSLCKAVKGHIPLFNSYGKYIVRLYWMGCWRKLTVDDSLPFDEENKLLLPATTYDFELWPMILAKAILKLTNVDIHMADQRELGEFTVFHALTGWLPEVIPLRNGYLDKIWNFLKEILPEFKLIKENSSDRLSDGKTRERRDSKDGLDSKNGKEGKNGKEGKNGKEGKNGKEGKEGKDGKVGKNGKEEKVGKESKTEGSQVKGADKGDKSGKEKVDVKEVKKKPKDGEKERNKMSSHISRAPSDAQHSLLSVSEIGVGVQIIPQIPQIMVYGTFTPLHLFEKKIFTLEKMTDSAEKLREYGLCHICSHPVIITRTRSCPLIAPPKPPVLPAWKLIRQKKETVVTDEPQDPVIKKPEQFLEISSPFLNFRMNPIPIPTETHYVLSLLKKGDPFIGLPSLVELDESQSTIDMNIMTGALSIANISQLNFGIANGTTKEEASENVITVGIRQSEATDLVSQHTSTLDKSQEEVVAEVIPICKEIWFDYDDFCRCFQNVYIFHKPTSYIYSYQRSDFKSTDDRVFYYLFVDSLKPIELLVCFSALVRWGESGALHKESPAIEPGVLTAETFSWKSLTKRDLVLKIHTYATKAAIIHLPVGRHMLIFTVNSPVGHHIHLCSMVYFIFGEEDVVMPYFEKESLQFVEQAMSILRALGSVMNNFRDKERLDVALKELHAAHYPPELKDKMLSTQHYRVFYLSLWRLFKKVFGAKAPPNFRFAFRALTLDFSLLETFSEDASLVEWIDAKYPETVDDRNYSCDELMAAIKLQAFWKGTYTRLLMKARQPDTNENYAVADTLQRLWSLLEVNLEQYSTSLLRLMFKSKCKSFELYPCYQDEETKIAYADYSITYPDQPPNSWFIVFRETFYVTQDMLLVPKMYTTLPVCMLHVVNNDTMEEVPRVFLKVVPYVYTKNKKGYSFVAEAYTNEFYVAPGKWKLRIIGSFTPLPYLAREAVNGLFAMREIKDYYIPNEKQVMFRYSIKVALAHVVTVQVRTSKTDVFIKLQILENEEEAVSTIGKGHAIIPTFLFLSSEKALSSQSSKQLLVHNMVPKKEVEVPQPKKKNPGGTQKVNKARSSGTTDTISVIEEDSVSIPTLDENSQLSQQTYKYIIQATVLFNSWPLTESQLAFVQTLRDLEKSDLKEEPKIIKKKRGHIPEFAHEELISIGISEAHGTTDGQKTTTTTKTTRKGKDKAAEKAEKEKAAKEKVLPKAEPQAQQQDPNKPYWVLRLVTEQTESDAMEIKKDTERADEIRAMKQAWESAEPGRSIKAIQARIQFVNKFAKKSETEEVYEDAANIPEDKHEMSLCYTVRL

Target ORF information:

RefSeq Version	XM_016428944.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica androglobin (ADGB), transcript variant X6, mRNA.

Target ORF information:

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

XM_016428944.1

ORF Insert Sequence:

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGAAGAG CCTAAAATAA TCAAGAAGAA AAGAGGACAC 
ATTCCTGAAT TTGCACATGA AGAATTAATC TCAATTGGAA TTTCAGAAGC CCATGGCACT 
ACTGATGGGC AAAAAACTAC AACTACTACT AAAACAACTC GAAAAGGTAA AGATAAAGCT 
GCTGAAAAGG CAGAAAAAGA GAAGGCAGCC AAAGAAAAGG TATTACCTAA GGCTGAACCT 
CAGGCTCAGC AACAAGATCC AAATAAGCCT TACTGGGTAT TGCGCCTGGT CACTGAACAG 
ACTGAATCTG ATGCTATGGA AATAAAGAAA GATACAGAAA GAGCTGATGA AATCCGAGCA 
ATGAAACAAG CATGGGAGTC TGCGGAGCCA GGGAGATCTA TCAAGGCTAT TCAAGCTCGC 
ATACAGTTTG TTAACAAATT CGCAAAGAAA TCTGAGACTG AAGAAGTGTA TGAAGATGCA 
GCTAATATCC CAGAAGACAA ACACGAGATG AGCCTGTGTT ATACAGTGAG GCTTTAG

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

ADGB ( XM_016428945.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016284431.1 Monodelphis domestica androglobin (ADGB), transcript variant X7, mRNA.

Price & Availability↑

CloneID	OMc39339
Clone ID Related Accession (Same CDS sequence)	XM_016428945.1
Accession Version	XM_016428945.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3987bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	androglobin isoform X7
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008802.1) 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 :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGATAAA GATATTGCAG CATGGAGGAA ACCTATCACT 
ATAGGCCTGT TCATCACTGA GCAATAA

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

RefSeq	XP_016284431.1
CDS	90..4076
Translation	MASKPGKKKELHRISSVHGFEKSKDQSSFGSSTQSGLTEIKRGKFPIWPEWNEADINAEKWDGGKAGKEKDKSGKSPIFHYFDDPEGKIEMPPSLKVFSWKRPQEVFINRNLVVVKEENSFDLFSENGHLLCSELMRWIISEIYAVWRTYNGHISSSSTDPPVLNWKPWEHIYSLCKAVKGHIPLFNSYGKYIVRLYWMGCWRKLTVDDSLPFDEENKLLLPATTYDFELWPMILAKAILKLTNVDIHMADQRELGEFTVFHALTGWLPEVIPLRNGYLDKIWNFLKEILPEFKLIKENSSDRLSDGKTRERRDSKDGLDSKNGKEGKNGKEGKNGKEGKNGKEGKEGKDGKVGKNGKEEKVGKESKTEGSQVKGADKGDKSGKEKVDVKEVKKKPKDGEKERNKMSSHISRAPSDAQHSLLSVSEIGVGVQIIPQIPQIMVYGTFTPLHLFEKKIFTLEKMTDSAEKLREYGLCHICSHPVIITRTRSCPLIAPPKPPVLPAWKLIRQKKETVVTDEPQDPVIKKPEQFLEISSPFLNFRMNPIPIPTETHYVLSLLKKGDPFIGLPSLVELDESQSTIDMNIMTGALSIANISQLNFGIANGTTKEEASENVITVGIRQSEATDLVSQHTSTLDKSQEEVVAEVIPICKEIWFDYDDFCRCFQNVYIFHKPTSYIYSYQRSDFKSTDDRVFYYLFVDSLKPIELLVCFSALVRWGESGALHKESPAIEPGVLTAETFSWKSLTKRDLVLKIHTYATKAAIIHLPVGRHMLIFTVNSPVGHHIHLCSMVYFIFGEEDVVMPYFEKESLQFVEQAMSILRALGSVMNNFRDKERLDVALKELHAAHYPPELKDKMLSTQHYRVFYLSLWRLFKKVFGAKAPPNFRFAFRALTLDFSLLETFSEDASLVEWIDAKYPETVDDRNYSCDELMAAIKLQAFWKGTYTRLLMKARQPDTNENYAVADTLQRLWSLLEVNLEQYSTSLLRLMFKSKCKSFELYPCYQDEETKIAYADYSITYPDQPPNSWFIVFRETFYVTQDMLLVPKMYTTLPVCMLHVVNNDTMEEVPRVFLKVVPYVYTKNKKGYSFVAEAYTNEFYVAPGKWKLRIIGSFTPLPYLAREAVNGLFAMREIKDYYIPNEKQVMFRYSIKVALAHVVTVQVRTSKTDVFIKLQILENEEEAVSTIGKGHAIIPTFLFLSSEKALSSQSSKQLLVHNMVPKKEVEVPQPKKKNPGGTQKVNKARSSGTTDTISVIEEDSVSIPTLDENSQLSQQTYKYIIQATVLFNSWPLTESQLAFVQTLRDLEKSDLKDKDIAAWRKPITIGLFITEQ

Target ORF information:

RefSeq Version	XM_016428945.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica androglobin (ADGB), transcript variant X7, mRNA.

Target ORF information:

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

XM_016428945.1

ORF Insert Sequence:

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGATAAA GATATTGCAG CATGGAGGAA ACCTATCACT 
ATAGGCCTGT TCATCACTGA GCAATAA

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

ADGB ( XM_007484699.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007484761.1 Monodelphis domestica androglobin (ADGB), transcript variant X1, mRNA.

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CloneID	OMc13048
Clone ID Related Accession (Same CDS sequence)	XM_007484699.2
Accession Version	XM_007484699.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4893bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	androglobin isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008802.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007484699.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGAAGAG CCTAAAATAA TCAAGAAGAA AAGAGGACAC 
ATTCCTGAAT TTGCACATGA AGAATTAATC TCAATTGGAA TTTCAGAAGC CCATGGCACT 
ACTGATGGGC AAAAAACTAC AACTACTACT AAAACAACTC GAAAAGGTAA AGATAAAGCT 
GCTGAAAAGG CAGAAAAAGA GAAGGCAGCC AAAGAAAAGG TATTACCTAA GGCTGAACCT 
CAGGCTCAGC AACAAGATCC AAATAAGCCT TACTGGGTAT TGCGCCTGGT CACTGAACAG 
ACTGAATCTG ATGCTATGGA AATAAAGAAA GATACAGAAA GAGCTGATGA AATCCGAGCA 
ATGAAACAAG CATGGGAGTC TGCGGAGCCA GGGAGATCTA TCAAGGCTAT TCAAGCTCGC 
ATACAGTTTG TTAACAAATT CGCAAAGAAA TCTGAGACTG AAGAAGTGTA TGAAGATGCA 
GCTAATATCC CAGAAGAGTT AAGGAGTCCT AAGGAATCAA CAACAGTCTC TAATATTGAG 
TCTGCAACTG TATCAACTCC TGAGCCAGCT CAGTTTGATT TTAAGAAAGA ATTAATACCT 
TTAGATCTTA CTCAGTATAT CCAACAAACA CGAGATGAGC CTGTGTTATA CAGTGAGGCT 
TTAGCCCAGC AACGAGAAAT GCAGAAAGCA GAGGAAGTTC ATCAGTTTCG TCAGTATCGA 
GAAAAAGTAC TTAAGAAAAG AGAGTTTGAA GATGGAGTAC GGAAGAAGTT AAAGACAAAA 
GTTTTGGATA CCTATGGAGA TATCCGCTCA TCCCTACAGG ACACCCATGA TGTGGTTTTC 
CAACCTCGAG AAGCTTACAG AGAGAAGTTG CTAGAAGAGG AACGCCAACG ACTAGAGGCA 
TTAGCAGCAC AAGAAGCAGC CCTTAAGCAA GAGCAGGAGA AGAAAAGTCC TGACAATCAG 
CAAAAAAAAG GAAAACCCGG GAAAAAAAAG TGA

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

RefSeq	XP_007484761.1
CDS	89..4981
Translation	MASKPGKKKELHRISSVHGFEKSKDQSSFGSSTQSGLTEIKRGKFPIWPEWNEADINAEKWDGGKAGKEKDKSGKSPIFHYFDDPEGKIEMPPSLKVFSWKRPQEVFINRNLVVVKEENSFDLFSENGHLLCSELMRWIISEIYAVWRTYNGHISSSSTDPPVLNWKPWEHIYSLCKAVKGHIPLFNSYGKYIVRLYWMGCWRKLTVDDSLPFDEENKLLLPATTYDFELWPMILAKAILKLTNVDIHMADQRELGEFTVFHALTGWLPEVIPLRNGYLDKIWNFLKEILPEFKLIKENSSDRLSDGKTRERRDSKDGLDSKNGKEGKNGKEGKNGKEGKNGKEGKEGKDGKVGKNGKEEKVGKESKTEGSQVKGADKGDKSGKEKVDVKEVKKKPKDGEKERNKMSSHISRAPSDAQHSLLSVSEIGVGVQIIPQIPQIMVYGTFTPLHLFEKKIFTLEKMTDSAEKLREYGLCHICSHPVIITRTRSCPLIAPPKPPVLPAWKLIRQKKETVVTDEPQDPVIKKPEQFLEISSPFLNFRMNPIPIPTETHYVLSLLKKGDPFIGLPSLVELDESQSTIDMNIMTGALSIANISQLNFGIANGTTKEEASENVITVGIRQSEATDLVSQHTSTLDKSQEEVVAEVIPICKEIWFDYDDFCRCFQNVYIFHKPTSYIYSYQRSDFKSTDDRVFYYLFVDSLKPIELLVCFSALVRWGESGALHKESPAIEPGVLTAETFSWKSLTKRDLVLKIHTYATKAAIIHLPVGRHMLIFTVNSPVGHHIHLCSMVYFIFGEEDVVMPYFEKESLQFVEQAMSILRALGSVMNNFRDKERLDVALKELHAAHYPPELKDKMLSTQHYRVFYLSLWRLFKKVFGAKAPPNFRFAFRALTLDFSLLETFSEDASLVEWIDAKYPETVDDRNYSCDELMAAIKLQAFWKGTYTRLLMKARQPDTNENYAVADTLQRLWSLLEVNLEQYSTSLLRLMFKSKCKSFELYPCYQDEETKIAYADYSITYPDQPPNSWFIVFRETFYVTQDMLLVPKMYTTLPVCMLHVVNNDTMEEVPRVFLKVVPYVYTKNKKGYSFVAEAYTNEFYVAPGKWKLRIIGSFTPLPYLAREAVNGLFAMREIKDYYIPNEKQVMFRYSIKVALAHVVTVQVRTSKTDVFIKLQILENEEEAVSTIGKGHAIIPTFLFLSSEKALSSQSSKQLLVHNMVPKKEVEVPQPKKKNPGGTQKVNKARSSGTTDTISVIEEDSVSIPTLDENSQLSQQTYKYIIQATVLFNSWPLTESQLAFVQTLRDLEKSDLKEEPKIIKKKRGHIPEFAHEELISIGISEAHGTTDGQKTTTTTKTTRKGKDKAAEKAEKEKAAKEKVLPKAEPQAQQQDPNKPYWVLRLVTEQTESDAMEIKKDTERADEIRAMKQAWESAEPGRSIKAIQARIQFVNKFAKKSETEEVYEDAANIPEELRSPKESTTVSNIESATVSTPEPAQFDFKKELIPLDLTQYIQQTRDEPVLYSEALAQQREMQKAEEVHQFRQYREKVLKKREFEDGVRKKLKTKVLDTYGDIRSSLQDTHDVVFQPREAYREKLLEEERQRLEALAAQEAALKQEQEKKSPDNQQKKGKPGKKK

Target ORF information:

RefSeq Version	XM_007484699.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica androglobin (ADGB), transcript variant X1, mRNA.

Target ORF information:

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

XM_007484699.2

ORF Insert Sequence:

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGAAGAG CCTAAAATAA TCAAGAAGAA AAGAGGACAC 
ATTCCTGAAT TTGCACATGA AGAATTAATC TCAATTGGAA TTTCAGAAGC CCATGGCACT 
ACTGATGGGC AAAAAACTAC AACTACTACT AAAACAACTC GAAAAGGTAA AGATAAAGCT 
GCTGAAAAGG CAGAAAAAGA GAAGGCAGCC AAAGAAAAGG TATTACCTAA GGCTGAACCT 
CAGGCTCAGC AACAAGATCC AAATAAGCCT TACTGGGTAT TGCGCCTGGT CACTGAACAG 
ACTGAATCTG ATGCTATGGA AATAAAGAAA GATACAGAAA GAGCTGATGA AATCCGAGCA 
ATGAAACAAG CATGGGAGTC TGCGGAGCCA GGGAGATCTA TCAAGGCTAT TCAAGCTCGC 
ATACAGTTTG TTAACAAATT CGCAAAGAAA TCTGAGACTG AAGAAGTGTA TGAAGATGCA 
GCTAATATCC CAGAAGAGTT AAGGAGTCCT AAGGAATCAA CAACAGTCTC TAATATTGAG 
TCTGCAACTG TATCAACTCC TGAGCCAGCT CAGTTTGATT TTAAGAAAGA ATTAATACCT 
TTAGATCTTA CTCAGTATAT CCAACAAACA CGAGATGAGC CTGTGTTATA CAGTGAGGCT 
TTAGCCCAGC AACGAGAAAT GCAGAAAGCA GAGGAAGTTC ATCAGTTTCG TCAGTATCGA 
GAAAAAGTAC TTAAGAAAAG AGAGTTTGAA GATGGAGTAC GGAAGAAGTT AAAGACAAAA 
GTTTTGGATA CCTATGGAGA TATCCGCTCA TCCCTACAGG ACACCCATGA TGTGGTTTTC 
CAACCTCGAG AAGCTTACAG AGAGAAGTTG CTAGAAGAGG AACGCCAACG ACTAGAGGCA 
TTAGCAGCAC AAGAAGCAGC CCTTAAGCAA GAGCAGGAGA AGAAAAGTCC TGACAATCAG 
CAAAAAAAAG GAAAACCCGG GAAAAAAAAG TGA

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

ADGB ( XM_007484700.2 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_007484762.1 Monodelphis domestica androglobin (ADGB), transcript variant X3, mRNA.

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CloneID	OMc13049
Clone ID Related Accession (Same CDS sequence)	XM_007484700.2
Accession Version	XM_007484700.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4845bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	androglobin isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008802.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Apr 27, 2016 this sequence version replaced XM_007484700.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGCACAT GAAGAATTAA TCTCAATTGG AATTTCAGAA 
GCCCATGGCA CTACTGATGG GCAAAAAACT ACAACTACTA CTAAAACAAC TCGAAAAGGT 
AAAGATAAAG CTGCTGAAAA GGCAGAAAAA GAGAAGGCAG CCAAAGAAAA GGTATTACCT 
AAGGCTGAAC CTCAGGCTCA GCAACAAGAT CCAAATAAGC CTTACTGGGT ATTGCGCCTG 
GTCACTGAAC AGACTGAATC TGATGCTATG GAAATAAAGA AAGATACAGA AAGAGCTGAT 
GAAATCCGAG CAATGAAACA AGCATGGGAG TCTGCGGAGC CAGGGAGATC TATCAAGGCT 
ATTCAAGCTC GCATACAGTT TGTTAACAAA TTCGCAAAGA AATCTGAGAC TGAAGAAGTG 
TATGAAGATG CAGCTAATAT CCCAGAAGAG TTAAGGAGTC CTAAGGAATC AACAACAGTC 
TCTAATATTG AGTCTGCAAC TGTATCAACT CCTGAGCCAG CTCAGTTTGA TTTTAAGAAA 
GAATTAATAC CTTTAGATCT TACTCAGTAT ATCCAACAAA CACGAGATGA GCCTGTGTTA 
TACAGTGAGG CTTTAGCCCA GCAACGAGAA ATGCAGAAAG CAGAGGAAGT TCATCAGTTT 
CGTCAGTATC GAGAAAAAGT ACTTAAGAAA AGAGAGTTTG AAGATGGAGT ACGGAAGAAG 
TTAAAGACAA AAGTTTTGGA TACCTATGGA GATATCCGCT CATCCCTACA GGACACCCAT 
GATGTGGTTT TCCAACCTCG AGAAGCTTAC AGAGAGAAGT TGCTAGAAGA GGAACGCCAA 
CGACTAGAGG CATTAGCAGC ACAAGAAGCA GCCCTTAAGC AAGAGCAGGA GAAGAAAAGT 
CCTGACAATC AGCAAAAAAA AGGAAAACCC GGGAAAAAAA AGTGA

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

RefSeq	XP_007484762.1
CDS	89..4933
Translation	MASKPGKKKELHRISSVHGFEKSKDQSSFGSSTQSGLTEIKRGKFPIWPEWNEADINAEKWDGGKAGKEKDKSGKSPIFHYFDDPEGKIEMPPSLKVFSWKRPQEVFINRNLVVVKEENSFDLFSENGHLLCSELMRWIISEIYAVWRTYNGHISSSSTDPPVLNWKPWEHIYSLCKAVKGHIPLFNSYGKYIVRLYWMGCWRKLTVDDSLPFDEENKLLLPATTYDFELWPMILAKAILKLTNVDIHMADQRELGEFTVFHALTGWLPEVIPLRNGYLDKIWNFLKEILPEFKLIKENSSDRLSDGKTRERRDSKDGLDSKNGKEGKNGKEGKNGKEGKNGKEGKEGKDGKVGKNGKEEKVGKESKTEGSQVKGADKGDKSGKEKVDVKEVKKKPKDGEKERNKMSSHISRAPSDAQHSLLSVSEIGVGVQIIPQIPQIMVYGTFTPLHLFEKKIFTLEKMTDSAEKLREYGLCHICSHPVIITRTRSCPLIAPPKPPVLPAWKLIRQKKETVVTDEPQDPVIKKPEQFLEISSPFLNFRMNPIPIPTETHYVLSLLKKGDPFIGLPSLVELDESQSTIDMNIMTGALSIANISQLNFGIANGTTKEEASENVITVGIRQSEATDLVSQHTSTLDKSQEEVVAEVIPICKEIWFDYDDFCRCFQNVYIFHKPTSYIYSYQRSDFKSTDDRVFYYLFVDSLKPIELLVCFSALVRWGESGALHKESPAIEPGVLTAETFSWKSLTKRDLVLKIHTYATKAAIIHLPVGRHMLIFTVNSPVGHHIHLCSMVYFIFGEEDVVMPYFEKESLQFVEQAMSILRALGSVMNNFRDKERLDVALKELHAAHYPPELKDKMLSTQHYRVFYLSLWRLFKKVFGAKAPPNFRFAFRALTLDFSLLETFSEDASLVEWIDAKYPETVDDRNYSCDELMAAIKLQAFWKGTYTRLLMKARQPDTNENYAVADTLQRLWSLLEVNLEQYSTSLLRLMFKSKCKSFELYPCYQDEETKIAYADYSITYPDQPPNSWFIVFRETFYVTQDMLLVPKMYTTLPVCMLHVVNNDTMEEVPRVFLKVVPYVYTKNKKGYSFVAEAYTNEFYVAPGKWKLRIIGSFTPLPYLAREAVNGLFAMREIKDYYIPNEKQVMFRYSIKVALAHVVTVQVRTSKTDVFIKLQILENEEEAVSTIGKGHAIIPTFLFLSSEKALSSQSSKQLLVHNMVPKKEVEVPQPKKKNPGGTQKVNKARSSGTTDTISVIEEDSVSIPTLDENSQLSQQTYKYIIQATVLFNSWPLTESQLAFVQTLRDLEKSDLKAHEELISIGISEAHGTTDGQKTTTTTKTTRKGKDKAAEKAEKEKAAKEKVLPKAEPQAQQQDPNKPYWVLRLVTEQTESDAMEIKKDTERADEIRAMKQAWESAEPGRSIKAIQARIQFVNKFAKKSETEEVYEDAANIPEELRSPKESTTVSNIESATVSTPEPAQFDFKKELIPLDLTQYIQQTRDEPVLYSEALAQQREMQKAEEVHQFRQYREKVLKKREFEDGVRKKLKTKVLDTYGDIRSSLQDTHDVVFQPREAYREKLLEEERQRLEALAAQEAALKQEQEKKSPDNQQKKGKPGKKK

Target ORF information:

RefSeq Version	XM_007484700.2
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica androglobin (ADGB), transcript variant X3, mRNA.

Target ORF information:

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

XM_007484700.2

ORF Insert Sequence:

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGCACAT GAAGAATTAA TCTCAATTGG AATTTCAGAA 
GCCCATGGCA CTACTGATGG GCAAAAAACT ACAACTACTA CTAAAACAAC TCGAAAAGGT 
AAAGATAAAG CTGCTGAAAA GGCAGAAAAA GAGAAGGCAG CCAAAGAAAA GGTATTACCT 
AAGGCTGAAC CTCAGGCTCA GCAACAAGAT CCAAATAAGC CTTACTGGGT ATTGCGCCTG 
GTCACTGAAC AGACTGAATC TGATGCTATG GAAATAAAGA AAGATACAGA AAGAGCTGAT 
GAAATCCGAG CAATGAAACA AGCATGGGAG TCTGCGGAGC CAGGGAGATC TATCAAGGCT 
ATTCAAGCTC GCATACAGTT TGTTAACAAA TTCGCAAAGA AATCTGAGAC TGAAGAAGTG 
TATGAAGATG CAGCTAATAT CCCAGAAGAG TTAAGGAGTC CTAAGGAATC AACAACAGTC 
TCTAATATTG AGTCTGCAAC TGTATCAACT CCTGAGCCAG CTCAGTTTGA TTTTAAGAAA 
GAATTAATAC CTTTAGATCT TACTCAGTAT ATCCAACAAA CACGAGATGA GCCTGTGTTA 
TACAGTGAGG CTTTAGCCCA GCAACGAGAA ATGCAGAAAG CAGAGGAAGT TCATCAGTTT 
CGTCAGTATC GAGAAAAAGT ACTTAAGAAA AGAGAGTTTG AAGATGGAGT ACGGAAGAAG 
TTAAAGACAA AAGTTTTGGA TACCTATGGA GATATCCGCT CATCCCTACA GGACACCCAT 
GATGTGGTTT TCCAACCTCG AGAAGCTTAC AGAGAGAAGT TGCTAGAAGA GGAACGCCAA 
CGACTAGAGG CATTAGCAGC ACAAGAAGCA GCCCTTAAGC AAGAGCAGGA GAAGAAAAGT 
CCTGACAATC AGCAAAAAAA AGGAAAACCC GGGAAAAAAA AGTGA

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

ADGB ( XM_016428941.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016284427.1 Monodelphis domestica androglobin (ADGB), transcript variant X2, mRNA.

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CloneID	OMc39335
Clone ID Related Accession (Same CDS sequence)	XM_016428941.1
Accession Version	XM_016428941.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4860bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	androglobin isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008802.1) 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 :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGAAGAG CCTAAAATAA TCAAGAAGAA AAGAGGACAC 
ATTCCTGAAT TTGAAGCCCA TGGCACTACT GATGGGCAAA AAACTACAAC TACTACTAAA 
ACAACTCGAA AAGGTAAAGA TAAAGCTGCT GAAAAGGCAG AAAAAGAGAA GGCAGCCAAA 
GAAAAGGTAT TACCTAAGGC TGAACCTCAG GCTCAGCAAC AAGATCCAAA TAAGCCTTAC 
TGGGTATTGC GCCTGGTCAC TGAACAGACT GAATCTGATG CTATGGAAAT AAAGAAAGAT 
ACAGAAAGAG CTGATGAAAT CCGAGCAATG AAACAAGCAT GGGAGTCTGC GGAGCCAGGG 
AGATCTATCA AGGCTATTCA AGCTCGCATA CAGTTTGTTA ACAAATTCGC AAAGAAATCT 
GAGACTGAAG AAGTGTATGA AGATGCAGCT AATATCCCAG AAGAGTTAAG GAGTCCTAAG 
GAATCAACAA CAGTCTCTAA TATTGAGTCT GCAACTGTAT CAACTCCTGA GCCAGCTCAG 
TTTGATTTTA AGAAAGAATT AATACCTTTA GATCTTACTC AGTATATCCA ACAAACACGA 
GATGAGCCTG TGTTATACAG TGAGGCTTTA GCCCAGCAAC GAGAAATGCA GAAAGCAGAG 
GAAGTTCATC AGTTTCGTCA GTATCGAGAA AAAGTACTTA AGAAAAGAGA GTTTGAAGAT 
GGAGTACGGA AGAAGTTAAA GACAAAAGTT TTGGATACCT ATGGAGATAT CCGCTCATCC 
CTACAGGACA CCCATGATGT GGTTTTCCAA CCTCGAGAAG CTTACAGAGA GAAGTTGCTA 
GAAGAGGAAC GCCAACGACT AGAGGCATTA GCAGCACAAG AAGCAGCCCT TAAGCAAGAG 
CAGGAGAAGA AAAGTCCTGA CAATCAGCAA AAAAAAGGAA AACCCGGGAA AAAAAAGTGA

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

RefSeq	XP_016284427.1
CDS	89..4948
Translation	MASKPGKKKELHRISSVHGFEKSKDQSSFGSSTQSGLTEIKRGKFPIWPEWNEADINAEKWDGGKAGKEKDKSGKSPIFHYFDDPEGKIEMPPSLKVFSWKRPQEVFINRNLVVVKEENSFDLFSENGHLLCSELMRWIISEIYAVWRTYNGHISSSSTDPPVLNWKPWEHIYSLCKAVKGHIPLFNSYGKYIVRLYWMGCWRKLTVDDSLPFDEENKLLLPATTYDFELWPMILAKAILKLTNVDIHMADQRELGEFTVFHALTGWLPEVIPLRNGYLDKIWNFLKEILPEFKLIKENSSDRLSDGKTRERRDSKDGLDSKNGKEGKNGKEGKNGKEGKNGKEGKEGKDGKVGKNGKEEKVGKESKTEGSQVKGADKGDKSGKEKVDVKEVKKKPKDGEKERNKMSSHISRAPSDAQHSLLSVSEIGVGVQIIPQIPQIMVYGTFTPLHLFEKKIFTLEKMTDSAEKLREYGLCHICSHPVIITRTRSCPLIAPPKPPVLPAWKLIRQKKETVVTDEPQDPVIKKPEQFLEISSPFLNFRMNPIPIPTETHYVLSLLKKGDPFIGLPSLVELDESQSTIDMNIMTGALSIANISQLNFGIANGTTKEEASENVITVGIRQSEATDLVSQHTSTLDKSQEEVVAEVIPICKEIWFDYDDFCRCFQNVYIFHKPTSYIYSYQRSDFKSTDDRVFYYLFVDSLKPIELLVCFSALVRWGESGALHKESPAIEPGVLTAETFSWKSLTKRDLVLKIHTYATKAAIIHLPVGRHMLIFTVNSPVGHHIHLCSMVYFIFGEEDVVMPYFEKESLQFVEQAMSILRALGSVMNNFRDKERLDVALKELHAAHYPPELKDKMLSTQHYRVFYLSLWRLFKKVFGAKAPPNFRFAFRALTLDFSLLETFSEDASLVEWIDAKYPETVDDRNYSCDELMAAIKLQAFWKGTYTRLLMKARQPDTNENYAVADTLQRLWSLLEVNLEQYSTSLLRLMFKSKCKSFELYPCYQDEETKIAYADYSITYPDQPPNSWFIVFRETFYVTQDMLLVPKMYTTLPVCMLHVVNNDTMEEVPRVFLKVVPYVYTKNKKGYSFVAEAYTNEFYVAPGKWKLRIIGSFTPLPYLAREAVNGLFAMREIKDYYIPNEKQVMFRYSIKVALAHVVTVQVRTSKTDVFIKLQILENEEEAVSTIGKGHAIIPTFLFLSSEKALSSQSSKQLLVHNMVPKKEVEVPQPKKKNPGGTQKVNKARSSGTTDTISVIEEDSVSIPTLDENSQLSQQTYKYIIQATVLFNSWPLTESQLAFVQTLRDLEKSDLKEEPKIIKKKRGHIPEFEAHGTTDGQKTTTTTKTTRKGKDKAAEKAEKEKAAKEKVLPKAEPQAQQQDPNKPYWVLRLVTEQTESDAMEIKKDTERADEIRAMKQAWESAEPGRSIKAIQARIQFVNKFAKKSETEEVYEDAANIPEELRSPKESTTVSNIESATVSTPEPAQFDFKKELIPLDLTQYIQQTRDEPVLYSEALAQQREMQKAEEVHQFRQYREKVLKKREFEDGVRKKLKTKVLDTYGDIRSSLQDTHDVVFQPREAYREKLLEEERQRLEALAAQEAALKQEQEKKSPDNQQKKGKPGKKK

Target ORF information:

RefSeq Version	XM_016428941.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica androglobin (ADGB), transcript variant X2, mRNA.

Target ORF information:

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

XM_016428941.1

ORF Insert Sequence:

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGAAGAG CCTAAAATAA TCAAGAAGAA AAGAGGACAC 
ATTCCTGAAT TTGAAGCCCA TGGCACTACT GATGGGCAAA AAACTACAAC TACTACTAAA 
ACAACTCGAA AAGGTAAAGA TAAAGCTGCT GAAAAGGCAG AAAAAGAGAA GGCAGCCAAA 
GAAAAGGTAT TACCTAAGGC TGAACCTCAG GCTCAGCAAC AAGATCCAAA TAAGCCTTAC 
TGGGTATTGC GCCTGGTCAC TGAACAGACT GAATCTGATG CTATGGAAAT AAAGAAAGAT 
ACAGAAAGAG CTGATGAAAT CCGAGCAATG AAACAAGCAT GGGAGTCTGC GGAGCCAGGG 
AGATCTATCA AGGCTATTCA AGCTCGCATA CAGTTTGTTA ACAAATTCGC AAAGAAATCT 
GAGACTGAAG AAGTGTATGA AGATGCAGCT AATATCCCAG AAGAGTTAAG GAGTCCTAAG 
GAATCAACAA CAGTCTCTAA TATTGAGTCT GCAACTGTAT CAACTCCTGA GCCAGCTCAG 
TTTGATTTTA AGAAAGAATT AATACCTTTA GATCTTACTC AGTATATCCA ACAAACACGA 
GATGAGCCTG TGTTATACAG TGAGGCTTTA GCCCAGCAAC GAGAAATGCA GAAAGCAGAG 
GAAGTTCATC AGTTTCGTCA GTATCGAGAA AAAGTACTTA AGAAAAGAGA GTTTGAAGAT 
GGAGTACGGA AGAAGTTAAA GACAAAAGTT TTGGATACCT ATGGAGATAT CCGCTCATCC 
CTACAGGACA CCCATGATGT GGTTTTCCAA CCTCGAGAAG CTTACAGAGA GAAGTTGCTA 
GAAGAGGAAC GCCAACGACT AGAGGCATTA GCAGCACAAG AAGCAGCCCT TAAGCAAGAG 
CAGGAGAAGA AAAGTCCTGA CAATCAGCAA AAAAAAGGAA AACCCGGGAA AAAAAAGTGA

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

ADGB ( XM_016428942.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016284428.1 Monodelphis domestica androglobin (ADGB), transcript variant X4, mRNA.

Price & Availability↑

CloneID	OMc39336
Clone ID Related Accession (Same CDS sequence)	XM_016428942.1
Accession Version	XM_016428942.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4767bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	androglobin isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008802.1) 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 :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGTTGGAGT TGGAGTACAA ATTATTCCGC AGATACCTCA GATTATGGTC 
TATGGTACTT TTACACCTCT TCATTTGTTT GAAAAGAAGA TCTTTACTCT AGAGAAAATG 
ACAGACTCTG CTGAGAAGCT CAGAGAATAT GGACTTTGTC ATATATGTAG CCATCCAGTG 
ATCATTACCA GAACTAGGTC TTGTCCACTT ATAGCCCCAC CAAAACCACC AGTTTTACCT 
GCTTGGAAAC TTATTCGCCA AAAGAAAGAA ACTGTAGTGA CAGATGAACC TCAAGATCCA 
GTAATAAAGA AACCTGAACA ATTTCTTGAG ATTTCAAGCC CATTTTTGAA CTTCAGGATG 
AATCCCATTC CAATTCCAAC AGAAACGCAT TATGTGCTCT CTCTGCTTAA GAAAGGGGAC 
CCTTTTATTG GCTTACCTTC TCTTGTTGAA CTTGATGAAA GTCAGAGTAC TATAGACATG 
AACATAATGA CAGGAGCTTT GAGTATAGCA AATATTTCTC AGCTGAATTT TGGTATTGCC 
AATGGAACTA CTAAAGAAGA GGCATCAGAA AATGTGATTA CTGTTGGAAT TCGTCAATCA 
GAGGCAACTG ATTTAGTTAG CCAGCACACA TCCACCCTGG ATAAATCTCA AGAAGAGGTT 
GTAGCAGAAG TTATTCCTAT TTGCAAAGAA ATCTGGTTTG ACTATGATGA CTTCTGCAGA 
TGCTTCCAGA ATGTGTATAT TTTCCACAAA CCAACTTCAT ACATCTATAG CTATCAGAGG 
TCAGACTTTA AGTCCACAGA TGATCGGGTA TTTTATTATT TATTTGTGGA TAGTCTGAAG 
CCTATTGAAC TTCTGGTTTG CTTTTCTGCA TTGGTACGCT GGGGAGAGTC TGGAGCCTTA 
CATAAAGAGA GTCCTGCCAT AGAACCTGGC GTACTTACAG CAGAAACATT TTCTTGGAAA 
TCTCTGACAA AGCGGGATCT TGTACTGAAG ATACATACAT ATGCTACTAA AGCTGCTATA 
ATCCACCTTC CTGTTGGGCG GCATATGTTA ATTTTCACTG TAAATTCTCC AGTAGGACAT 
CATATCCACC TATGCAGCAT GGTATACTTT ATCTTTGGAG AAGAAGATGT TGTTATGCCT 
TATTTTGAGA AGGAAAGCTT ACAATTTGTA GAACAAGCTA TGTCAATTTT AAGAGCTCTT 
GGATCTGTCA TGAATAATTT CAGAGACAAG GAAAGACTTG ATGTTGCTTT GAAAGAGTTA 
CATGCAGCTC ACTACCCTCC AGAACTTAAA GATAAGATGC TATCGACACA GCACTACAGG 
GTTTTCTATC TTTCTTTATG GCGTTTATTT AAAAAAGTGT TTGGAGCCAA GGCGCCTCCC 
AATTTCAGAT TTGCATTCCG AGCTCTTACT TTGGACTTCA GCTTGCTTGA AACTTTTTCA 
GAAGATGCTT CTTTAGTGGA GTGGATAGAT GCTAAATACC CTGAAACAGT GGATGACAGA 
AATTACAGTT GTGATGAATT AATGGCAGCA ATTAAACTAC AAGCTTTTTG GAAAGGAACT 
TATACTAGGC TCCTTATGAA GGCCAGACAA CCAGACACAA ATGAAAATTA TGCTGTTGCA 
GACACTCTAC AAAGACTTTG GAGTTTACTG GAGGTCAATT TAGAACAATA TTCAACCTCA 
TTATTAAGAT TAATGTTTAA AAGCAAATGC AAATCCTTTG AGCTATATCC ATGTTATCAA 
GATGAAGAAA CTAAGATAGC TTATGCTGAT TATTCTATAA CCTATCCTGA TCAGCCACCA 
AATTCTTGGT TTATAGTTTT TAGAGAAACA TTTTATGTAA CACAAGACAT GCTCTTGGTG 
CCTAAAATGT ATACTACTCT TCCAGTCTGT ATGCTCCATG TTGTTAATAA TGACACAATG 
GAGGAAGTGC CACGAGTGTT CCTCAAAGTG GTACCTTATG TCTATACCAA AAATAAGAAG 
GGATACTCAT TTGTTGCAGA AGCCTATACG AATGAGTTTT ATGTAGCACC TGGAAAATGG 
AAACTCCGTA TCATTGGTTC TTTTACTCCA CTGCCATATC TTGCTCGAGA AGCTGTTAAT 
GGTTTATTTG CCATGAGGGA AATTAAGGAC TATTATATTC CTAATGAGAA GCAGGTTATG 
TTCAGATACT CAATAAAAGT GGCACTAGCT CATGTTGTGA CAGTACAGGT ACGTACTTCC 
AAAACGGATG TTTTCATCAA ACTACAGATA CTGGAAAATG AAGAAGAGGC AGTAAGCACT 
ATTGGAAAAG GCCATGCTAT AATTCCTACA TTTCTTTTCC TTAGTAGTGA AAAGGCTTTA 
AGCTCTCAAT CTAGCAAGCA ACTTCTTGTT CATAATATGG TTCCCAAGAA GGAAGTAGAA 
GTGCCACAAC CCAAGAAAAA AAATCCTGGA GGAACTCAAA AAGTTAATAA AGCTCGATCT 
TCCGGTACAA CTGACACTAT ATCTGTTATT GAAGAAGACT CTGTTAGCAT TCCAACTCTT 
GATGAAAATT CTCAACTTTC CCAGCAGACA TATAAGTATA TCATACAAGC TACAGTATTA 
TTTAACAGTT GGCCCCTTAC AGAAAGCCAA TTGGCATTTG TTCAAACACT CAGAGATTTG 
GAGAAAAGTG ATCTCAAAGA AGAGCCTAAA ATAATCAAGA AGAAAAGAGG ACACATTCCT 
GAATTTGCAC ATGAAGAATT AATCTCAATT GGAATTTCAG AAGCCCATGG CACTACTGAT 
GGGCAAAAAA CTACAACTAC TACTAAAACA ACTCGAAAAG GTAAAGATAA AGCTGCTGAA 
AAGGCAGAAA AAGAGAAGGC AGCCAAAGAA AAGGTATTAC CTAAGGCTGA ACCTCAGGCT 
CAGCAACAAG ATCCAAATAA GCCTTACTGG GTATTGCGCC TGGTCACTGA ACAGACTGAA 
TCTGATGCTA TGGAAATAAA GAAAGATACA GAAAGAGCTG ATGAAATCCG AGCAATGAAA 
CAAGCATGGG AGTCTGCGGA GCCAGGGAGA TCTATCAAGG CTATTCAAGC TCGCATACAG 
TTTGTTAACA AATTCGCAAA GAAATCTGAG ACTGAAGAAG TGTATGAAGA TGCAGCTAAT 
ATCCCAGAAG AGTTAAGGAG TCCTAAGGAA TCAACAACAG TCTCTAATAT TGAGTCTGCA 
ACTGTATCAA CTCCTGAGCC AGCTCAGTTT GATTTTAAGA AAGAATTAAT ACCTTTAGAT 
CTTACTCAGT ATATCCAACA AACACGAGAT GAGCCTGTGT TATACAGTGA GGCTTTAGCC 
CAGCAACGAG AAATGCAGAA AGCAGAGGAA GTTCATCAGT TTCGTCAGTA TCGAGAAAAA 
GTACTTAAGA AAAGAGAGTT TGAAGATGGA GTACGGAAGA AGTTAAAGAC AAAAGTTTTG 
GATACCTATG GAGATATCCG CTCATCCCTA CAGGACACCC ATGATGTGGT TTTCCAACCT 
CGAGAAGCTT ACAGAGAGAA GTTGCTAGAA GAGGAACGCC AACGACTAGA GGCATTAGCA 
GCACAAGAAG CAGCCCTTAA GCAAGAGCAG GAGAAGAAAA GTCCTGACAA TCAGCAAAAA 
AAAGGAAAAC CCGGGAAAAA AAAGTGA

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

RefSeq	XP_016284428.1
CDS	89..4855
Translation	MASKPGKKKELHRISSVHGFEKSKDQSSFGSSTQSGLTEIKRGKFPIWPEWNEADINAEKWDGGKAGKEKDKSGKSPIFHYFDDPEGKIEMPPSLKVFSWKRPQEVFINRNLVVVKEENSFDLFSENGHLLCSELMRWIISEIYAVWRTYNGHISSSSTDPPVLNWKPWEHIYSLCKAVKGHIPLFNSYGKYIVRLYWMGCWRKLTVDDSLPFDEENKLLLPATTYDFELWPMILAKAILKLTNVDIHMADQRELGEFTVFHALTGWLPEVIPLRNGYLDKIWNFLKEILPEFKLIKENSSDRLSDGKTRERRDSKDGLDSKNGKEGKNGKEGKNGKEGKNGKEGKEGKDGKVGKNGKEEKVGKESKTEGSQVKGADKGDKSGKVGVGVQIIPQIPQIMVYGTFTPLHLFEKKIFTLEKMTDSAEKLREYGLCHICSHPVIITRTRSCPLIAPPKPPVLPAWKLIRQKKETVVTDEPQDPVIKKPEQFLEISSPFLNFRMNPIPIPTETHYVLSLLKKGDPFIGLPSLVELDESQSTIDMNIMTGALSIANISQLNFGIANGTTKEEASENVITVGIRQSEATDLVSQHTSTLDKSQEEVVAEVIPICKEIWFDYDDFCRCFQNVYIFHKPTSYIYSYQRSDFKSTDDRVFYYLFVDSLKPIELLVCFSALVRWGESGALHKESPAIEPGVLTAETFSWKSLTKRDLVLKIHTYATKAAIIHLPVGRHMLIFTVNSPVGHHIHLCSMVYFIFGEEDVVMPYFEKESLQFVEQAMSILRALGSVMNNFRDKERLDVALKELHAAHYPPELKDKMLSTQHYRVFYLSLWRLFKKVFGAKAPPNFRFAFRALTLDFSLLETFSEDASLVEWIDAKYPETVDDRNYSCDELMAAIKLQAFWKGTYTRLLMKARQPDTNENYAVADTLQRLWSLLEVNLEQYSTSLLRLMFKSKCKSFELYPCYQDEETKIAYADYSITYPDQPPNSWFIVFRETFYVTQDMLLVPKMYTTLPVCMLHVVNNDTMEEVPRVFLKVVPYVYTKNKKGYSFVAEAYTNEFYVAPGKWKLRIIGSFTPLPYLAREAVNGLFAMREIKDYYIPNEKQVMFRYSIKVALAHVVTVQVRTSKTDVFIKLQILENEEEAVSTIGKGHAIIPTFLFLSSEKALSSQSSKQLLVHNMVPKKEVEVPQPKKKNPGGTQKVNKARSSGTTDTISVIEEDSVSIPTLDENSQLSQQTYKYIIQATVLFNSWPLTESQLAFVQTLRDLEKSDLKEEPKIIKKKRGHIPEFAHEELISIGISEAHGTTDGQKTTTTTKTTRKGKDKAAEKAEKEKAAKEKVLPKAEPQAQQQDPNKPYWVLRLVTEQTESDAMEIKKDTERADEIRAMKQAWESAEPGRSIKAIQARIQFVNKFAKKSETEEVYEDAANIPEELRSPKESTTVSNIESATVSTPEPAQFDFKKELIPLDLTQYIQQTRDEPVLYSEALAQQREMQKAEEVHQFRQYREKVLKKREFEDGVRKKLKTKVLDTYGDIRSSLQDTHDVVFQPREAYREKLLEEERQRLEALAAQEAALKQEQEKKSPDNQQKKGKPGKKK

Target ORF information:

RefSeq Version	XM_016428942.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica androglobin (ADGB), transcript variant X4, mRNA.

Target ORF information:

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

XM_016428942.1

ORF Insert Sequence:

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGTTGGAGT TGGAGTACAA ATTATTCCGC AGATACCTCA GATTATGGTC 
TATGGTACTT TTACACCTCT TCATTTGTTT GAAAAGAAGA TCTTTACTCT AGAGAAAATG 
ACAGACTCTG CTGAGAAGCT CAGAGAATAT GGACTTTGTC ATATATGTAG CCATCCAGTG 
ATCATTACCA GAACTAGGTC TTGTCCACTT ATAGCCCCAC CAAAACCACC AGTTTTACCT 
GCTTGGAAAC TTATTCGCCA AAAGAAAGAA ACTGTAGTGA CAGATGAACC TCAAGATCCA 
GTAATAAAGA AACCTGAACA ATTTCTTGAG ATTTCAAGCC CATTTTTGAA CTTCAGGATG 
AATCCCATTC CAATTCCAAC AGAAACGCAT TATGTGCTCT CTCTGCTTAA GAAAGGGGAC 
CCTTTTATTG GCTTACCTTC TCTTGTTGAA CTTGATGAAA GTCAGAGTAC TATAGACATG 
AACATAATGA CAGGAGCTTT GAGTATAGCA AATATTTCTC AGCTGAATTT TGGTATTGCC 
AATGGAACTA CTAAAGAAGA GGCATCAGAA AATGTGATTA CTGTTGGAAT TCGTCAATCA 
GAGGCAACTG ATTTAGTTAG CCAGCACACA TCCACCCTGG ATAAATCTCA AGAAGAGGTT 
GTAGCAGAAG TTATTCCTAT TTGCAAAGAA ATCTGGTTTG ACTATGATGA CTTCTGCAGA 
TGCTTCCAGA ATGTGTATAT TTTCCACAAA CCAACTTCAT ACATCTATAG CTATCAGAGG 
TCAGACTTTA AGTCCACAGA TGATCGGGTA TTTTATTATT TATTTGTGGA TAGTCTGAAG 
CCTATTGAAC TTCTGGTTTG CTTTTCTGCA TTGGTACGCT GGGGAGAGTC TGGAGCCTTA 
CATAAAGAGA GTCCTGCCAT AGAACCTGGC GTACTTACAG CAGAAACATT TTCTTGGAAA 
TCTCTGACAA AGCGGGATCT TGTACTGAAG ATACATACAT ATGCTACTAA AGCTGCTATA 
ATCCACCTTC CTGTTGGGCG GCATATGTTA ATTTTCACTG TAAATTCTCC AGTAGGACAT 
CATATCCACC TATGCAGCAT GGTATACTTT ATCTTTGGAG AAGAAGATGT TGTTATGCCT 
TATTTTGAGA AGGAAAGCTT ACAATTTGTA GAACAAGCTA TGTCAATTTT AAGAGCTCTT 
GGATCTGTCA TGAATAATTT CAGAGACAAG GAAAGACTTG ATGTTGCTTT GAAAGAGTTA 
CATGCAGCTC ACTACCCTCC AGAACTTAAA GATAAGATGC TATCGACACA GCACTACAGG 
GTTTTCTATC TTTCTTTATG GCGTTTATTT AAAAAAGTGT TTGGAGCCAA GGCGCCTCCC 
AATTTCAGAT TTGCATTCCG AGCTCTTACT TTGGACTTCA GCTTGCTTGA AACTTTTTCA 
GAAGATGCTT CTTTAGTGGA GTGGATAGAT GCTAAATACC CTGAAACAGT GGATGACAGA 
AATTACAGTT GTGATGAATT AATGGCAGCA ATTAAACTAC AAGCTTTTTG GAAAGGAACT 
TATACTAGGC TCCTTATGAA GGCCAGACAA CCAGACACAA ATGAAAATTA TGCTGTTGCA 
GACACTCTAC AAAGACTTTG GAGTTTACTG GAGGTCAATT TAGAACAATA TTCAACCTCA 
TTATTAAGAT TAATGTTTAA AAGCAAATGC AAATCCTTTG AGCTATATCC ATGTTATCAA 
GATGAAGAAA CTAAGATAGC TTATGCTGAT TATTCTATAA CCTATCCTGA TCAGCCACCA 
AATTCTTGGT TTATAGTTTT TAGAGAAACA TTTTATGTAA CACAAGACAT GCTCTTGGTG 
CCTAAAATGT ATACTACTCT TCCAGTCTGT ATGCTCCATG TTGTTAATAA TGACACAATG 
GAGGAAGTGC CACGAGTGTT CCTCAAAGTG GTACCTTATG TCTATACCAA AAATAAGAAG 
GGATACTCAT TTGTTGCAGA AGCCTATACG AATGAGTTTT ATGTAGCACC TGGAAAATGG 
AAACTCCGTA TCATTGGTTC TTTTACTCCA CTGCCATATC TTGCTCGAGA AGCTGTTAAT 
GGTTTATTTG CCATGAGGGA AATTAAGGAC TATTATATTC CTAATGAGAA GCAGGTTATG 
TTCAGATACT CAATAAAAGT GGCACTAGCT CATGTTGTGA CAGTACAGGT ACGTACTTCC 
AAAACGGATG TTTTCATCAA ACTACAGATA CTGGAAAATG AAGAAGAGGC AGTAAGCACT 
ATTGGAAAAG GCCATGCTAT AATTCCTACA TTTCTTTTCC TTAGTAGTGA AAAGGCTTTA 
AGCTCTCAAT CTAGCAAGCA ACTTCTTGTT CATAATATGG TTCCCAAGAA GGAAGTAGAA 
GTGCCACAAC CCAAGAAAAA AAATCCTGGA GGAACTCAAA AAGTTAATAA AGCTCGATCT 
TCCGGTACAA CTGACACTAT ATCTGTTATT GAAGAAGACT CTGTTAGCAT TCCAACTCTT 
GATGAAAATT CTCAACTTTC CCAGCAGACA TATAAGTATA TCATACAAGC TACAGTATTA 
TTTAACAGTT GGCCCCTTAC AGAAAGCCAA TTGGCATTTG TTCAAACACT CAGAGATTTG 
GAGAAAAGTG ATCTCAAAGA AGAGCCTAAA ATAATCAAGA AGAAAAGAGG ACACATTCCT 
GAATTTGCAC ATGAAGAATT AATCTCAATT GGAATTTCAG AAGCCCATGG CACTACTGAT 
GGGCAAAAAA CTACAACTAC TACTAAAACA ACTCGAAAAG GTAAAGATAA AGCTGCTGAA 
AAGGCAGAAA AAGAGAAGGC AGCCAAAGAA AAGGTATTAC CTAAGGCTGA ACCTCAGGCT 
CAGCAACAAG ATCCAAATAA GCCTTACTGG GTATTGCGCC TGGTCACTGA ACAGACTGAA 
TCTGATGCTA TGGAAATAAA GAAAGATACA GAAAGAGCTG ATGAAATCCG AGCAATGAAA 
CAAGCATGGG AGTCTGCGGA GCCAGGGAGA TCTATCAAGG CTATTCAAGC TCGCATACAG 
TTTGTTAACA AATTCGCAAA GAAATCTGAG ACTGAAGAAG TGTATGAAGA TGCAGCTAAT 
ATCCCAGAAG AGTTAAGGAG TCCTAAGGAA TCAACAACAG TCTCTAATAT TGAGTCTGCA 
ACTGTATCAA CTCCTGAGCC AGCTCAGTTT GATTTTAAGA AAGAATTAAT ACCTTTAGAT 
CTTACTCAGT ATATCCAACA AACACGAGAT GAGCCTGTGT TATACAGTGA GGCTTTAGCC 
CAGCAACGAG AAATGCAGAA AGCAGAGGAA GTTCATCAGT TTCGTCAGTA TCGAGAAAAA 
GTACTTAAGA AAAGAGAGTT TGAAGATGGA GTACGGAAGA AGTTAAAGAC AAAAGTTTTG 
GATACCTATG GAGATATCCG CTCATCCCTA CAGGACACCC ATGATGTGGT TTTCCAACCT 
CGAGAAGCTT ACAGAGAGAA GTTGCTAGAA GAGGAACGCC AACGACTAGA GGCATTAGCA 
GCACAAGAAG CAGCCCTTAA GCAAGAGCAG GAGAAGAAAA GTCCTGACAA TCAGCAAAAA 
AAAGGAAAAC CCGGGAAAAA AAAGTGA

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

ADGB ( XM_016428943.1 ) cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum) -> XP_016284429.1 Monodelphis domestica androglobin (ADGB), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OMc39337
Clone ID Related Accession (Same CDS sequence)	XM_016428943.1
Accession Version	XM_016428943.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4527bp) 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	1461600000000
Organism	Monodelphis domestica(gray short-tailed opossum)
Product	androglobin isoform X5
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_008802.1) 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 :: Monodelphis domestica Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.0 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGAAGAG CCTAAAATAA TCAAGAAGAA AAGAGGACAC 
ATTCCTGAAT TTGCACATGA AGAATTAATC TCAATTGGAA TTTCAGAAGC CCATGGCACT 
ACTGATGGGC AAAAAACTAC AACTACTACT AAAACAACTC GAAAAGGTAA AGATAAAGCT 
GCTGAAAAGG CAGAAAAAGA GAAGGCAGCC AAAGAAAAGG TATTACCTAA GGCTGAACCT 
CAGGCTCAGC AACAAGATCC AAATAAGCCT TACTGGGTAT TGCGCCTGGT CACTGAACAG 
ACTGAATCTG ATGCTATGGA AATAAAGAAA GATACAGAAA GAGCTGATGA AATCCGAGCA 
ATGAAACAAG CATGGGAGTC TGCGGAGCCA GGGAGATCTA TCAAGGCTAT TCAAGCTCGC 
ATACAGTTTG TTAACAAATT CGCAAAGAAA TCTGAGACTG AAGAAGTGTA TGAAGATGCA 
GCTAATATCC CAGAAGAGTT AAGGAGTCCT AAGGAATCAA CAACAGTCTC TAATATTGAG 
TCTGCAACTG TATCAACTCC TGAGCCAGCT CAGTTTGATT TTAAGAAAGA ATTAATACCT 
TTAGATCTTA CTCAGTATAT CCAGTAA

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

RefSeq	XP_016284429.1
CDS	90..4616
Translation	MASKPGKKKELHRISSVHGFEKSKDQSSFGSSTQSGLTEIKRGKFPIWPEWNEADINAEKWDGGKAGKEKDKSGKSPIFHYFDDPEGKIEMPPSLKVFSWKRPQEVFINRNLVVVKEENSFDLFSENGHLLCSELMRWIISEIYAVWRTYNGHISSSSTDPPVLNWKPWEHIYSLCKAVKGHIPLFNSYGKYIVRLYWMGCWRKLTVDDSLPFDEENKLLLPATTYDFELWPMILAKAILKLTNVDIHMADQRELGEFTVFHALTGWLPEVIPLRNGYLDKIWNFLKEILPEFKLIKENSSDRLSDGKTRERRDSKDGLDSKNGKEGKNGKEGKNGKEGKNGKEGKEGKDGKVGKNGKEEKVGKESKTEGSQVKGADKGDKSGKEKVDVKEVKKKPKDGEKERNKMSSHISRAPSDAQHSLLSVSEIGVGVQIIPQIPQIMVYGTFTPLHLFEKKIFTLEKMTDSAEKLREYGLCHICSHPVIITRTRSCPLIAPPKPPVLPAWKLIRQKKETVVTDEPQDPVIKKPEQFLEISSPFLNFRMNPIPIPTETHYVLSLLKKGDPFIGLPSLVELDESQSTIDMNIMTGALSIANISQLNFGIANGTTKEEASENVITVGIRQSEATDLVSQHTSTLDKSQEEVVAEVIPICKEIWFDYDDFCRCFQNVYIFHKPTSYIYSYQRSDFKSTDDRVFYYLFVDSLKPIELLVCFSALVRWGESGALHKESPAIEPGVLTAETFSWKSLTKRDLVLKIHTYATKAAIIHLPVGRHMLIFTVNSPVGHHIHLCSMVYFIFGEEDVVMPYFEKESLQFVEQAMSILRALGSVMNNFRDKERLDVALKELHAAHYPPELKDKMLSTQHYRVFYLSLWRLFKKVFGAKAPPNFRFAFRALTLDFSLLETFSEDASLVEWIDAKYPETVDDRNYSCDELMAAIKLQAFWKGTYTRLLMKARQPDTNENYAVADTLQRLWSLLEVNLEQYSTSLLRLMFKSKCKSFELYPCYQDEETKIAYADYSITYPDQPPNSWFIVFRETFYVTQDMLLVPKMYTTLPVCMLHVVNNDTMEEVPRVFLKVVPYVYTKNKKGYSFVAEAYTNEFYVAPGKWKLRIIGSFTPLPYLAREAVNGLFAMREIKDYYIPNEKQVMFRYSIKVALAHVVTVQVRTSKTDVFIKLQILENEEEAVSTIGKGHAIIPTFLFLSSEKALSSQSSKQLLVHNMVPKKEVEVPQPKKKNPGGTQKVNKARSSGTTDTISVIEEDSVSIPTLDENSQLSQQTYKYIIQATVLFNSWPLTESQLAFVQTLRDLEKSDLKEEPKIIKKKRGHIPEFAHEELISIGISEAHGTTDGQKTTTTTKTTRKGKDKAAEKAEKEKAAKEKVLPKAEPQAQQQDPNKPYWVLRLVTEQTESDAMEIKKDTERADEIRAMKQAWESAEPGRSIKAIQARIQFVNKFAKKSETEEVYEDAANIPEELRSPKESTTVSNIESATVSTPEPAQFDFKKELIPLDLTQYIQ

Target ORF information:

RefSeq Version	XM_016428943.1
Organism	Monodelphis domestica(gray short-tailed opossum)
Definition	Monodelphis domestica androglobin (ADGB), transcript variant X5, mRNA.

Target ORF information:

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

XM_016428943.1

ORF Insert Sequence:

ATGGCTTCTA AACCAGGCAA GAAGAAAGAG CTTCACCGCA TCAGCTCTGT GCATGGGTTC 
GAGAAGTCAA AAGATCAGTC ATCTTTTGGG AGTAGCACCC AGTCTGGTTT GACTGAAATA 
AAAAGAGGAA AATTCCCAAT TTGGCCAGAA TGGAATGAAG CAGATATAAA TGCAGAAAAG 
TGGGATGGAG GAAAAGCAGG AAAAGAAAAA GACAAATCTG GGAAAAGTCC TATTTTTCAT 
TATTTTGATG ACCCTGAAGG GAAGATTGAA ATGCCACCAT CACTAAAAGT TTTTTCATGG 
AAACGTCCAC AAGAAGTTTT CATCAACAGG AATCTTGTGG TAGTGAAAGA GGAAAATTCG 
TTTGACTTAT TTTCAGAAAA TGGACATTTG CTCTGCAGTG AGCTGATGAG ATGGATTATC 
AGTGAGATAT ATGCAGTATG GAGGACATAT AATGGACATA TTTCAAGTTC TTCAACAGAT 
CCTCCTGTTC TAAATTGGAA ACCCTGGGAA CATATATATT CTCTATGCAA AGCAGTGAAA 
GGGCATATAC CTCTATTTAA TAGCTATGGA AAATATATTG TGAGACTTTA TTGGATGGGT 
TGTTGGAGAA AGCTAACTGT TGATGACAGT CTTCCATTTG ATGAAGAGAA TAAATTATTA 
CTTCCTGCTA CAACTTATGA CTTTGAACTT TGGCCAATGA TACTAGCTAA AGCCATCCTT 
AAGCTCACAA ATGTTGACAT CCACATGGCT GACCAACGAG AATTAGGAGA ATTCACAGTT 
TTTCATGCAC TTACAGGATG GTTACCAGAA GTCATTCCTC TTCGCAATGG CTATTTGGAC 
AAAATTTGGA ATTTCTTGAA AGAAATATTG CCAGAGTTTA AACTGATAAA GGAGAACAGT 
TCTGACAGAC TATCAGATGG GAAGACCAGA GAAAGAAGAG ATTCCAAGGA TGGTTTGGAT 
TCCAAGAATG GAAAAGAAGG CAAGAATGGA AAAGAAGGCA AGAATGGAAA AGAAGGCAAG 
AATGGAAAAG AAGGCAAGGA GGGAAAAGAT GGCAAGGTTG GGAAAAATGG AAAAGAAGAA 
AAAGTTGGGA AAGAAAGCAA AACTGAAGGT TCACAAGTCA AAGGAGCTGA TAAAGGTGAT 
AAGTCTGGAA AAGAGAAAGT AGATGTGAAA GAAGTAAAGA AGAAACCAAA AGATGGGGAG 
AAGGAGAGAA ACAAGATGTC TTCTCATATT TCAAGAGCTC CATCAGATGC ACAACATTCT 
CTGCTGTCCG TATCAGAGAT TGGAGTTGGA GTACAAATTA TTCCGCAGAT ACCTCAGATT 
ATGGTCTATG GTACTTTTAC ACCTCTTCAT TTGTTTGAAA AGAAGATCTT TACTCTAGAG 
AAAATGACAG ACTCTGCTGA GAAGCTCAGA GAATATGGAC TTTGTCATAT ATGTAGCCAT 
CCAGTGATCA TTACCAGAAC TAGGTCTTGT CCACTTATAG CCCCACCAAA ACCACCAGTT 
TTACCTGCTT GGAAACTTAT TCGCCAAAAG AAAGAAACTG TAGTGACAGA TGAACCTCAA 
GATCCAGTAA TAAAGAAACC TGAACAATTT CTTGAGATTT CAAGCCCATT TTTGAACTTC 
AGGATGAATC CCATTCCAAT TCCAACAGAA ACGCATTATG TGCTCTCTCT GCTTAAGAAA 
GGGGACCCTT TTATTGGCTT ACCTTCTCTT GTTGAACTTG ATGAAAGTCA GAGTACTATA 
GACATGAACA TAATGACAGG AGCTTTGAGT ATAGCAAATA TTTCTCAGCT GAATTTTGGT 
ATTGCCAATG GAACTACTAA AGAAGAGGCA TCAGAAAATG TGATTACTGT TGGAATTCGT 
CAATCAGAGG CAACTGATTT AGTTAGCCAG CACACATCCA CCCTGGATAA ATCTCAAGAA 
GAGGTTGTAG CAGAAGTTAT TCCTATTTGC AAAGAAATCT GGTTTGACTA TGATGACTTC 
TGCAGATGCT TCCAGAATGT GTATATTTTC CACAAACCAA CTTCATACAT CTATAGCTAT 
CAGAGGTCAG ACTTTAAGTC CACAGATGAT CGGGTATTTT ATTATTTATT TGTGGATAGT 
CTGAAGCCTA TTGAACTTCT GGTTTGCTTT TCTGCATTGG TACGCTGGGG AGAGTCTGGA 
GCCTTACATA AAGAGAGTCC TGCCATAGAA CCTGGCGTAC TTACAGCAGA AACATTTTCT 
TGGAAATCTC TGACAAAGCG GGATCTTGTA CTGAAGATAC ATACATATGC TACTAAAGCT 
GCTATAATCC ACCTTCCTGT TGGGCGGCAT ATGTTAATTT TCACTGTAAA TTCTCCAGTA 
GGACATCATA TCCACCTATG CAGCATGGTA TACTTTATCT TTGGAGAAGA AGATGTTGTT 
ATGCCTTATT TTGAGAAGGA AAGCTTACAA TTTGTAGAAC AAGCTATGTC AATTTTAAGA 
GCTCTTGGAT CTGTCATGAA TAATTTCAGA GACAAGGAAA GACTTGATGT TGCTTTGAAA 
GAGTTACATG CAGCTCACTA CCCTCCAGAA CTTAAAGATA AGATGCTATC GACACAGCAC 
TACAGGGTTT TCTATCTTTC TTTATGGCGT TTATTTAAAA AAGTGTTTGG AGCCAAGGCG 
CCTCCCAATT TCAGATTTGC ATTCCGAGCT CTTACTTTGG ACTTCAGCTT GCTTGAAACT 
TTTTCAGAAG ATGCTTCTTT AGTGGAGTGG ATAGATGCTA AATACCCTGA AACAGTGGAT 
GACAGAAATT ACAGTTGTGA TGAATTAATG GCAGCAATTA AACTACAAGC TTTTTGGAAA 
GGAACTTATA CTAGGCTCCT TATGAAGGCC AGACAACCAG ACACAAATGA AAATTATGCT 
GTTGCAGACA CTCTACAAAG ACTTTGGAGT TTACTGGAGG TCAATTTAGA ACAATATTCA 
ACCTCATTAT TAAGATTAAT GTTTAAAAGC AAATGCAAAT CCTTTGAGCT ATATCCATGT 
TATCAAGATG AAGAAACTAA GATAGCTTAT GCTGATTATT CTATAACCTA TCCTGATCAG 
CCACCAAATT CTTGGTTTAT AGTTTTTAGA GAAACATTTT ATGTAACACA AGACATGCTC 
TTGGTGCCTA AAATGTATAC TACTCTTCCA GTCTGTATGC TCCATGTTGT TAATAATGAC 
ACAATGGAGG AAGTGCCACG AGTGTTCCTC AAAGTGGTAC CTTATGTCTA TACCAAAAAT 
AAGAAGGGAT ACTCATTTGT TGCAGAAGCC TATACGAATG AGTTTTATGT AGCACCTGGA 
AAATGGAAAC TCCGTATCAT TGGTTCTTTT ACTCCACTGC CATATCTTGC TCGAGAAGCT 
GTTAATGGTT TATTTGCCAT GAGGGAAATT AAGGACTATT ATATTCCTAA TGAGAAGCAG 
GTTATGTTCA GATACTCAAT AAAAGTGGCA CTAGCTCATG TTGTGACAGT ACAGGTACGT 
ACTTCCAAAA CGGATGTTTT CATCAAACTA CAGATACTGG AAAATGAAGA AGAGGCAGTA 
AGCACTATTG GAAAAGGCCA TGCTATAATT CCTACATTTC TTTTCCTTAG TAGTGAAAAG 
GCTTTAAGCT CTCAATCTAG CAAGCAACTT CTTGTTCATA ATATGGTTCC CAAGAAGGAA 
GTAGAAGTGC CACAACCCAA GAAAAAAAAT CCTGGAGGAA CTCAAAAAGT TAATAAAGCT 
CGATCTTCCG GTACAACTGA CACTATATCT GTTATTGAAG AAGACTCTGT TAGCATTCCA 
ACTCTTGATG AAAATTCTCA ACTTTCCCAG CAGACATATA AGTATATCAT ACAAGCTACA 
GTATTATTTA ACAGTTGGCC CCTTACAGAA AGCCAATTGG CATTTGTTCA AACACTCAGA 
GATTTGGAGA AAAGTGATCT CAAAGAAGAG CCTAAAATAA TCAAGAAGAA AAGAGGACAC 
ATTCCTGAAT TTGCACATGA AGAATTAATC TCAATTGGAA TTTCAGAAGC CCATGGCACT 
ACTGATGGGC AAAAAACTAC AACTACTACT AAAACAACTC GAAAAGGTAA AGATAAAGCT 
GCTGAAAAGG CAGAAAAAGA GAAGGCAGCC AAAGAAAAGG TATTACCTAA GGCTGAACCT 
CAGGCTCAGC AACAAGATCC AAATAAGCCT TACTGGGTAT TGCGCCTGGT CACTGAACAG 
ACTGAATCTG ATGCTATGGA AATAAAGAAA GATACAGAAA GAGCTGATGA AATCCGAGCA 
ATGAAACAAG CATGGGAGTC TGCGGAGCCA GGGAGATCTA TCAAGGCTAT TCAAGCTCGC 
ATACAGTTTG TTAACAAATT CGCAAAGAAA TCTGAGACTG AAGAAGTGTA TGAAGATGCA 
GCTAATATCC CAGAAGAGTT AAGGAGTCCT AAGGAATCAA CAACAGTCTC TAATATTGAG 
TCTGCAACTG TATCAACTCC TGAGCCAGCT CAGTTTGATT TTAAGAAAGA ATTAATACCT 
TTAGATCTTA CTCAGTATAT CCAGTAA

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

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ADGB cDNA ORF clone, Monodelphis domestica(gray short-tailed opossum)

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:

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