MGAM2 cDNA ORF clone, Homo sapiens(human)

Gene
Clones
gRNAs

Summary

Gene Symbol	MGAM2
Entrez Gene ID	93432
Full Name	maltase-glucoamylase 2 (putative)
General protein information	Preferred Names maltase-glucoamylase 2 (putative) Names putative maltase-glucoamylase-like protein FLJ16351 Putative maltase-glucoamylase-like protein FLJ16351 maltase-glucoamylase (alpha-glucosidase)
Gene Type	protein-coding
Organism	Homo sapiens(human)
Genome	Chromosome: 7 Map Location: 7q34

mRNA and Protein(s)

mRNA	Protein	Name
XM_011516694.2	XP_011514996.1	putative maltase-glucoamylase-like protein FLJ16351 isoform X3
XM_011516692.2	XP_011514994.1	putative maltase-glucoamylase-like protein FLJ16351 isoform X1
NM_001293626.2	NP_001280555.1	putative maltase-glucoamylase-like protein FLJ16351
XM_024446997.1	XP_024302765.1	putative maltase-glucoamylase-like protein FLJ16351 isoform X4
NM_001293626.1	NP_001280555.1	putative maltase-glucoamylase-like protein FLJ16351
XM_011516693.2	XP_011514995.1	putative maltase-glucoamylase-like protein FLJ16351 isoform X2

Pathways from BioSystems
Gene Ontology
Bibliography

Related articles in PubMed

A draft map of the human proteome.
Kim MS, Pinto SM, Getnet D, Nirujogi RS, Manda SS, Chaerkady R, Madugundu AK, Kelkar DS, Isserlin R, Jain S, Thomas JK, Muthusamy B, Leal-Rojas P, Kumar P, Sahasrabuddhe NA, Balakrishnan L, Advani J, George B, Renuse S, Selvan LD, Patil AH, Nanjappa V, Radhakrishnan A, Prasad S, Subbannayya T, Raju R, Kumar M, Sreenivasamurthy SK, Marimuthu A, Sathe GJ, Chavan S, Datta KK, Subbannayya Y, Sahu A, Yelamanchi SD, Jayaram S, Rajagopalan P, Sharma J, Murthy KR, Syed N, Goel R, Khan AA, Ahmad S, Dey G, Mudgal K, Chatterjee A, Huang TC, Zhong J, Wu X, Shaw PG, Freed D, Zahari MS, Mukherjee KK, Shankar S, Mahadevan A, Lam H, Mitchell CJ, Shankar SK, Satishchandra P, Schroeder JT, Sirdeshmukh R, Maitra A, Leach SD, Drake CG, Halushka MK, Prasad TS, Hruban RH, Kerr CL, Bader GD, Iacobuzio-Donahue CA, Gowda H, Pandey A
Nature509(7502)575-81(2014 May)

GeneRIFs: Gene References Into Functions What's a GeneRIF?

The following MGAM2 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the MGAM2 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)
OHu105973	XM_024446997.1 Latest version!	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X5, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$643.30 $919.00
OHu27934	NM_001293626.2 Latest version!	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1301.30 $1859.00
OHu74585	XM_011516692.2 Latest version!	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1091.30 $1559.00
OHu74586	XM_011516693.2 Latest version!	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X3, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$811.30 $1159.00
OHu74587	XM_011516694.2 Latest version!	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X4, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$643.30 $919.00
View Old Accession Versions >>
OHu27934	NM_001293626.1	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	TBD	$1301.30 $1859.00
Hide Old Accession Versions >>

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** 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)

MGAM2 ( XM_024446997.1 ) cDNA ORF clone, Homo sapiens(human) -> XP_024302765.1 Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X5, mRNA.

Price & Availability↑

CloneID	OHu105973
Clone ID Related Accession (Same CDS sequence)	XM_024446997.1
Accession Version	XM_024446997.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3693bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	putative maltase-glucoamylase-like protein FLJ16351 isoform X4
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000007.14) annotated using gene prediction method: Gnomon, supported by mRNA and EST evidence. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCGAGGA AGCTCAGTGT ATTGGAAGTC CTTCTGATCA TCTTCTGCTT AATTGTGGTG 
ACCATAGATA TCCTCTTGCT GCTTCTTGTG TTGGAGGAAA CTTCAGATAC TTCATTTACT 
CCAGAGTGCC CAGAGATTCC CCAGTCGGAA AGGATAGACT GCACACCTGA CCAGGAGGTG 
ACCGAGGATA TCTGCAGATG GCAATATAAG TGCTGCTGGT CGCCTGTGGC AGATGCCAAT 
GTCCCTAGGT GCTTCTTCCC CTGGAACTGG GGCTATGAAG CCAGCAATGG CCATACAAAT 
ACAAGCACAG GATTTACTGC CCAGTTGAAA AGGTTGCCAT CACCATCTCT GTTTGGAAAT 
GATGTCGCCA CCACCCTTTT CACAGCTGAA TATCAGACAT CCAATCGGTT TCATTTTAAG 
ATCACTGACT TTAATAACAT ACGCTATGAA GTTTCCCATG AAAATATTAA CCTGGTTGAT 
GGGATTGCTG ATGCCTCCAA TTTGAGCTAT TACGTGGAGG TTACTGATAA ACCTTTCAGC 
ATCAAAATAA TGAGGACAAG CAACAGAAGA GTCTTGTTGG ACACGAGCAT CGGGCCCCTC 
CAGTTTGCCC AGCAGTACCT GCAACTGTCT TTCCGACTGC CCAGTGCCAA TGTGTATGGG 
CTGGGAGAGC ATGTGCACCA GCAGTACCGC CACAATATGA CCTGGAAGAC TTGGCCCATC 
TTCACCCGGG ACGCTACCCC CACCGAGGGC ATGATTAATC TGTATGGAGC TCATACATTC 
TTCTTGTGCC TTGAAGATGC CAGGGGCTCC TCTTTTGGAG TATTTCTGAT GAACAGTAAT 
GCCATGGAGG TTACCCTTCA GCCAGCTCCT GCGATCACTT ATCGCACGAT TGGAGGCATT 
CTTGACTTTT ACGTATTCCT AGGAAACACT CCAGAACAAG TGGTTCAGGA ATACTTGGAG 
CTTGTTGGAC GGCCATTCTT CCCTCCCTAT TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG 
GACTATGGTG GCATCAATAA ATTGAAAGAA GTTGTAAGCC GAAATCGTTT AGCTGAGATA 
CCATATGATG TCCAGTACTC TGACATAGAC TACATGGATG GAAAGAAGGA TTTCACTGTT 
GATGAAGTCG CTTACTCTGG TCTCCCAGAT TTTGTCAAGG AGTTACATGA CAATGGACAG 
AAATATCTTA TTATTATGAA TCCTGGCATC TCCAAAAACT CTAACTACGA GCCCTATAAT 
AATGGAAGCC TAAAGAGAGT GTGGATCTTG GGGAGCAATG GCTTTGCTGT TGGGGAGGGA 
TATCCGGGAC CGACAGTCTT TCCCGATTAT ACCAATCCAG TATGCACTGA GTGGTGGACA 
GATCAGGTCG CTAAATTTCA TGATCATCTG GAGTTTGATG GAGTGTGGAT TGAAATGAAT 
GAAGTATCTA GCTTACTCCA AGCTTCTAAT AACCAGTGTG AATCCAACAA CTTGAACTTT 
CCTCCTTTTC TTCCTAGAGT TCTGGATCAC TTACTTTTTG CAAGAACTCT CTGCATGGAC 
ACGGAGTTTC ATGGGGGCCT TCATTATGAC ATCCACAGCT TGTATGGCCA CTCCATGGCA 
AGAACCACAA ACTTAGCCCT GGAGACCATC TTCATGAATA ATAGGAGCTT CATCTTATCC 
CGTTCTACTT TTGCTGGATC TGGCAAATTT GCTGCTCATT GGCTGGGGGA CAATGCGGCC 
ACATGGGATG ACCTCCGATG GTCTATCCCC ACTATCCTTG AGTTCAACCT GTTTGGCATC 
CCCATGGTAG GTGCCAACAT CTGTGGTTAT AACAACAATG TCACAGAGGA GCTCTGCAGA 
AGGTGGATGC AGCTTGGAGC ATTTTATCCA CTACCAAGGA ATCACAATGG GCCTGGGTTC 
AGGGACCAGG ATCCCGCTGC CTTTGGTGTT GATTCCCTGC TGCTGAAATC CTCCAGACAT 
TATCTGAACA TCCGCTACAC CTTGCTGCCC TATCTCTATA CCCTTTTCTA CCATGCTCAC 
ACCCGGGGAG AGACGGTAGC AAGGCCCCTT GTACATGAGT TCTACCAGGA CTCAGCCACG 
TGGGATGTGC ATGAGCAGTT CTTATGGGGA CCTGGACTCC TCATCACGCC TGTTTTATAT 
GAAGGTGTGG ACGAAGTGAA AGCATACATA CCTGATGCCA CCTGGTATGA CTATGAGACA 
GGAGTGGCCA TCTCATGGAG GAAACAGTTG GTGAATATGC TTCTCCCAGG TGACAAGATA 
GGACTTCATC TGCGAGGGGG CTACATATTT CCCACTCAGA AGCCAAACAC AACCACAGAA 
GCCAGCCGGA GGAATTCCCT GGGACTCATC ATCGCCTTGG ACTATAAGAG AGAAGCAAAG 
GGGGAGCTGT ACTGGGATGA CGGTGTATCT AAAGATGCTG TGACTGAAAA GAAGTATATT 
CTATATGATT TCTCTGTTAC CTCTAACCAT CTACAAGCAA AGATTATAAA TAATAATTAT 
ATGGACACTG ACAACCTCAT GTTCACAGAT ATCACAATCT TGGGAATGGA CAAACAGCCA 
GCTAATTTTA TCGTCCTACT GAATAATGTT GCCACCTCCA GTCCAAGCGT TGTCTACAAT 
GCTTCCACAA AGGTGGTAAC CATCACTGAT CTCCAAGGAC TGGTACTGGG ACAAGAATTC 
TCTATTAGGT GGAATCTTCC TGTCAGTGAC CTGGAGAAGT TCAACTGCTA CCCTGATGAT 
CCAACAGCCT CTGAGGAGAG TTGTAGGCAG CGGGGGTGTC TTTGGGAGGA CACATCTACT 
CCTGGAGTGC CCACCTGTTA CTATGACACC ATCCCTAATT ATGTTGCTAG TGATATTCAG 
TACCTGAACA CCAGCATCAC TGCAGACCTT TCCCTCCCGA TGGCCCCTGA GTCAGCTGCT 
GCTGCCGCCT CTGATTCTCT CTCTGCAAAG ATCAGCTTCC TCCACCTGAA AGTGATCTAT 
CACACAGCAA CCATGCTGCA GGTCAAGATC TATGACCCCA CTAATAAAAG GTATGAGGTT 
CCAGTACCAC TGAACACCCC TCCCCAACCA GTTGGTGACC CTGAAAACCG TCTGTATGAT 
GTCAGGATTC AGAACAATCC TTTTGGAATC CAGATTCAAC GCAAAAACTC CAGCACTGTG 
ATTTGGGATT CTCAACTCCC TGGCTTCATC TTCAATGACA TGTTTCTCTC CATTTCTACG 
CGTCTGCCGT CCCAGTACAT CTATGGCTTT GGGGAAACTG AGCACACGAC TTTCAGAAGA 
AACATGAACT GGAACACATG GGGAATGTTT GCTCATGATG AGCCACCTGC GTACAAGAAG 
AATTCCTATG GTGTCCACCC TTACTACATG GCACTGGAGG AGGATGGTAG TGCCCATGGA 
GTGCTCCTGC TAAATAGCAA TGCCATGGAT GTGACATTAC AGCCCACTCC TGCTCTGACA 
TACCGCACCA CAGGAGGGAT TTTGGACTTC TACATTGTTT TGGGGCCAAC CCCTGAACTT 
GTAACTCAGC AATACACAGA GTTGATTGGT CGGCCAGCAA TGATTCCATA CTGGGCCTTG 
GGATTCCATC TGAGTCGCTA TGGATACCAG AATGATGCTG AAATCTCCAG TTTGTATGAT 
GCAATGGTGG CAGCCCAGAT TCCCTATGTA TGA

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

RefSeq	XP_024302765.1
CDS	106..3798
Translation	MARKLSVLEVLLIIFCLIVVTIDILLLLLVLEETSDTSFTPECPEIPQSERIDCTPDQEVTEDICRWQYKCCWSPVADANVPRCFFPWNWGYEASNGHTNTSTGFTAQLKRLPSPSLFGNDVATTLFTAEYQTSNRFHFKITDFNNIRYEVSHENINLVDGIADASNLSYYVEVTDKPFSIKIMRTSNRRVLLDTSIGPLQFAQQYLQLSFRLPSANVYGLGEHVHQQYRHNMTWKTWPIFTRDATPTEGMINLYGAHTFFLCLEDARGSSFGVFLMNSNAMEVTLQPAPAITYRTIGGILDFYVFLGNTPEQVVQEYLELVGRPFFPPYWSLGFQLSRRDYGGINKLKEVVSRNRLAEIPYDVQYSDIDYMDGKKDFTVDEVAYSGLPDFVKELHDNGQKYLIIMNPGISKNSNYEPYNNGSLKRVWILGSNGFAVGEGYPGPTVFPDYTNPVCTEWWTDQVAKFHDHLEFDGVWIEMNEVSSLLQASNNQCESNNLNFPPFLPRVLDHLLFARTLCMDTEFHGGLHYDIHSLYGHSMARTTNLALETIFMNNRSFILSRSTFAGSGKFAAHWLGDNAATWDDLRWSIPTILEFNLFGIPMVGANICGYNNNVTEELCRRWMQLGAFYPLPRNHNGPGFRDQDPAAFGVDSLLLKSSRHYLNIRYTLLPYLYTLFYHAHTRGETVARPLVHEFYQDSATWDVHEQFLWGPGLLITPVLYEGVDEVKAYIPDATWYDYETGVAISWRKQLVNMLLPGDKIGLHLRGGYIFPTQKPNTTTEASRRNSLGLIIALDYKREAKGELYWDDGVSKDAVTEKKYILYDFSVTSNHLQAKIINNNYMDTDNLMFTDITILGMDKQPANFIVLLNNVATSSPSVVYNASTKVVTITDLQGLVLGQEFSIRWNLPVSDLEKFNCYPDDPTASEESCRQRGCLWEDTSTPGVPTCYYDTIPNYVASDIQYLNTSITADLSLPMAPESAAAAASDSLSAKISFLHLKVIYHTATMLQVKIYDPTNKRYEVPVPLNTPPQPVGDPENRLYDVRIQNNPFGIQIQRKNSSTVIWDSQLPGFIFNDMFLSISTRLPSQYIYGFGETEHTTFRRNMNWNTWGMFAHDEPPAYKKNSYGVHPYYMALEEDGSAHGVLLLNSNAMDVTLQPTPALTYRTTGGILDFYIVLGPTPELVTQQYTELIGRPAMIPYWALGFHLSRYGYQNDAEISSLYDAMVAAQIPYV

Target ORF information:

RefSeq Version	XM_024446997.1
Organism	Homo sapiens(human)
Definition	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X5, mRNA.

Target ORF information:

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

XM_024446997.1

ORF Insert Sequence:

ATGGCGAGGA AGCTCAGTGT ATTGGAAGTC CTTCTGATCA TCTTCTGCTT AATTGTGGTG 
ACCATAGATA TCCTCTTGCT GCTTCTTGTG TTGGAGGAAA CTTCAGATAC TTCATTTACT 
CCAGAGTGCC CAGAGATTCC CCAGTCGGAA AGGATAGACT GCACACCTGA CCAGGAGGTG 
ACCGAGGATA TCTGCAGATG GCAATATAAG TGCTGCTGGT CGCCTGTGGC AGATGCCAAT 
GTCCCTAGGT GCTTCTTCCC CTGGAACTGG GGCTATGAAG CCAGCAATGG CCATACAAAT 
ACAAGCACAG GATTTACTGC CCAGTTGAAA AGGTTGCCAT CACCATCTCT GTTTGGAAAT 
GATGTCGCCA CCACCCTTTT CACAGCTGAA TATCAGACAT CCAATCGGTT TCATTTTAAG 
ATCACTGACT TTAATAACAT ACGCTATGAA GTTTCCCATG AAAATATTAA CCTGGTTGAT 
GGGATTGCTG ATGCCTCCAA TTTGAGCTAT TACGTGGAGG TTACTGATAA ACCTTTCAGC 
ATCAAAATAA TGAGGACAAG CAACAGAAGA GTCTTGTTGG ACACGAGCAT CGGGCCCCTC 
CAGTTTGCCC AGCAGTACCT GCAACTGTCT TTCCGACTGC CCAGTGCCAA TGTGTATGGG 
CTGGGAGAGC ATGTGCACCA GCAGTACCGC CACAATATGA CCTGGAAGAC TTGGCCCATC 
TTCACCCGGG ACGCTACCCC CACCGAGGGC ATGATTAATC TGTATGGAGC TCATACATTC 
TTCTTGTGCC TTGAAGATGC CAGGGGCTCC TCTTTTGGAG TATTTCTGAT GAACAGTAAT 
GCCATGGAGG TTACCCTTCA GCCAGCTCCT GCGATCACTT ATCGCACGAT TGGAGGCATT 
CTTGACTTTT ACGTATTCCT AGGAAACACT CCAGAACAAG TGGTTCAGGA ATACTTGGAG 
CTTGTTGGAC GGCCATTCTT CCCTCCCTAT TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG 
GACTATGGTG GCATCAATAA ATTGAAAGAA GTTGTAAGCC GAAATCGTTT AGCTGAGATA 
CCATATGATG TCCAGTACTC TGACATAGAC TACATGGATG GAAAGAAGGA TTTCACTGTT 
GATGAAGTCG CTTACTCTGG TCTCCCAGAT TTTGTCAAGG AGTTACATGA CAATGGACAG 
AAATATCTTA TTATTATGAA TCCTGGCATC TCCAAAAACT CTAACTACGA GCCCTATAAT 
AATGGAAGCC TAAAGAGAGT GTGGATCTTG GGGAGCAATG GCTTTGCTGT TGGGGAGGGA 
TATCCGGGAC CGACAGTCTT TCCCGATTAT ACCAATCCAG TATGCACTGA GTGGTGGACA 
GATCAGGTCG CTAAATTTCA TGATCATCTG GAGTTTGATG GAGTGTGGAT TGAAATGAAT 
GAAGTATCTA GCTTACTCCA AGCTTCTAAT AACCAGTGTG AATCCAACAA CTTGAACTTT 
CCTCCTTTTC TTCCTAGAGT TCTGGATCAC TTACTTTTTG CAAGAACTCT CTGCATGGAC 
ACGGAGTTTC ATGGGGGCCT TCATTATGAC ATCCACAGCT TGTATGGCCA CTCCATGGCA 
AGAACCACAA ACTTAGCCCT GGAGACCATC TTCATGAATA ATAGGAGCTT CATCTTATCC 
CGTTCTACTT TTGCTGGATC TGGCAAATTT GCTGCTCATT GGCTGGGGGA CAATGCGGCC 
ACATGGGATG ACCTCCGATG GTCTATCCCC ACTATCCTTG AGTTCAACCT GTTTGGCATC 
CCCATGGTAG GTGCCAACAT CTGTGGTTAT AACAACAATG TCACAGAGGA GCTCTGCAGA 
AGGTGGATGC AGCTTGGAGC ATTTTATCCA CTACCAAGGA ATCACAATGG GCCTGGGTTC 
AGGGACCAGG ATCCCGCTGC CTTTGGTGTT GATTCCCTGC TGCTGAAATC CTCCAGACAT 
TATCTGAACA TCCGCTACAC CTTGCTGCCC TATCTCTATA CCCTTTTCTA CCATGCTCAC 
ACCCGGGGAG AGACGGTAGC AAGGCCCCTT GTACATGAGT TCTACCAGGA CTCAGCCACG 
TGGGATGTGC ATGAGCAGTT CTTATGGGGA CCTGGACTCC TCATCACGCC TGTTTTATAT 
GAAGGTGTGG ACGAAGTGAA AGCATACATA CCTGATGCCA CCTGGTATGA CTATGAGACA 
GGAGTGGCCA TCTCATGGAG GAAACAGTTG GTGAATATGC TTCTCCCAGG TGACAAGATA 
GGACTTCATC TGCGAGGGGG CTACATATTT CCCACTCAGA AGCCAAACAC AACCACAGAA 
GCCAGCCGGA GGAATTCCCT GGGACTCATC ATCGCCTTGG ACTATAAGAG AGAAGCAAAG 
GGGGAGCTGT ACTGGGATGA CGGTGTATCT AAAGATGCTG TGACTGAAAA GAAGTATATT 
CTATATGATT TCTCTGTTAC CTCTAACCAT CTACAAGCAA AGATTATAAA TAATAATTAT 
ATGGACACTG ACAACCTCAT GTTCACAGAT ATCACAATCT TGGGAATGGA CAAACAGCCA 
GCTAATTTTA TCGTCCTACT GAATAATGTT GCCACCTCCA GTCCAAGCGT TGTCTACAAT 
GCTTCCACAA AGGTGGTAAC CATCACTGAT CTCCAAGGAC TGGTACTGGG ACAAGAATTC 
TCTATTAGGT GGAATCTTCC TGTCAGTGAC CTGGAGAAGT TCAACTGCTA CCCTGATGAT 
CCAACAGCCT CTGAGGAGAG TTGTAGGCAG CGGGGGTGTC TTTGGGAGGA CACATCTACT 
CCTGGAGTGC CCACCTGTTA CTATGACACC ATCCCTAATT ATGTTGCTAG TGATATTCAG 
TACCTGAACA CCAGCATCAC TGCAGACCTT TCCCTCCCGA TGGCCCCTGA GTCAGCTGCT 
GCTGCCGCCT CTGATTCTCT CTCTGCAAAG ATCAGCTTCC TCCACCTGAA AGTGATCTAT 
CACACAGCAA CCATGCTGCA GGTCAAGATC TATGACCCCA CTAATAAAAG GTATGAGGTT 
CCAGTACCAC TGAACACCCC TCCCCAACCA GTTGGTGACC CTGAAAACCG TCTGTATGAT 
GTCAGGATTC AGAACAATCC TTTTGGAATC CAGATTCAAC GCAAAAACTC CAGCACTGTG 
ATTTGGGATT CTCAACTCCC TGGCTTCATC TTCAATGACA TGTTTCTCTC CATTTCTACG 
CGTCTGCCGT CCCAGTACAT CTATGGCTTT GGGGAAACTG AGCACACGAC TTTCAGAAGA 
AACATGAACT GGAACACATG GGGAATGTTT GCTCATGATG AGCCACCTGC GTACAAGAAG 
AATTCCTATG GTGTCCACCC TTACTACATG GCACTGGAGG AGGATGGTAG TGCCCATGGA 
GTGCTCCTGC TAAATAGCAA TGCCATGGAT GTGACATTAC AGCCCACTCC TGCTCTGACA 
TACCGCACCA CAGGAGGGAT TTTGGACTTC TACATTGTTT TGGGGCCAAC CCCTGAACTT 
GTAACTCAGC AATACACAGA GTTGATTGGT CGGCCAGCAA TGATTCCATA CTGGGCCTTG 
GGATTCCATC TGAGTCGCTA TGGATACCAG AATGATGCTG AAATCTCCAG TTTGTATGAT 
GCAATGGTGG CAGCCCAGAT TCCCTATGTA TGA

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

MGAM2 ( NM_001293626.2 ) cDNA ORF clone, Homo sapiens(human) -> NP_001280555.1 Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), mRNA.

Price & Availability↑

CloneID	OHu27934
Clone ID Related Accession (Same CDS sequence)	NM_001293626.2 , NM_001293626.1
Accession Version	NM_001293626.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7548bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-06-01
Organism	Homo sapiens(human)
Product	putative maltase-glucoamylase-like protein FLJ16351
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC091742.5. On Jun 2, 2019 this sequence version replaced NM_001293626.1. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968540, SAMEA1968832 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology RefSeq Select criteria :: based on conservation, expression, longest protein ##RefSeq-Attributes-END##

ATGGCGAGGA AGCTCAGTGT ATTGGAAGTC CTTCTGATCA TCTTCTGCTT AATTGTGGTG 
ACCATAGATA TCCTCTTGCT GCTTCTTGTG TTGGAGGAAA CTTCAGATAC TTCATTTACT 
CCAGAGTGCC CAGAGATTCC CCAGTCGGAA AGGATAGACT GCACACCTGA CCAGGAGGTG 
ACCGAGGATA TCTGCAGATG GCAATATAAG TGCTGCTGGT CGCCTGTGGC AGATGCCAAT 
GTCCCTAGGT GCTTCTTCCC CTGGAACTGG GGCTATGAAG CCAGCAATGG CCATACAAAT 
ACAAGCACAG GATTTACTGC CCAGTTGAAA AGGTTGCCAT CACCATCTCT GTTTGGAAAT 
GATGTCGCCA CCACCCTTTT CACAGCTGAA TATCAGACAT CCAATCGGTT TCATTTTAAG 
ATCACTGACT TTAATAACAT ACGCTATGAA GTTTCCCATG AAAATATTAA CCTGGTTGAT 
GGGATTGCTG ATGCCTCCAA TTTGAGCTAT TACGTGGAGG TTACTGATAA ACCTTTCAGC 
ATCAAAATAA TGAGGACAAG CAACAGAAGA GTCTTGTTGG ACACGAGCAT CGGGCCCCTC 
CAGTTTGCCC AGCAGTACCT GCAACTGTCT TTCCGACTGC CCAGTGCCAA TGTGTATGGG 
CTGGGAGAGC ATGTGCACCA GCAGTACCGC CACAATATGA CCTGGAAGAC TTGGCCCATC 
TTCACCCGGG ACGCTACCCC CACCGAGGGC ATGATTAATC TGTATGGAGC TCATACATTC 
TTCTTGTGCC TTGAAGATGC CAGGGGCTCC TCTTTTGGAG TATTTCTGAT GAACAGTAAT 
GCCATGGAGG TTACCCTTCA GCCAGCTCCT GCGATCACTT ATCGCACGAT TGGAGGCATT 
CTTGACTTTT ACGTATTCCT AGGAAACACT CCAGAACAAG TGGTTCAGGA ATACTTGGAG 
CTTGTTGGAC GGCCATTCTT CCCTCCCTAT TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG 
GACTATGGTG GCATCAATAA ATTGAAAGAA GTTGTAAGCC GAAATCGTTT AGCTGAGATA 
CCATATGATG TCCAGTACTC TGACATAGAC TACATGGATG GAAAGAAGGA TTTCACTGTT 
GATGAAGTCG CTTACTCTGG TCTCCCAGAT TTTGTCAAGG AGTTACATGA CAATGGACAG 
AAATATCTTA TTATTATGAA TCCTGGCATC TCCAAAAACT CTAACTACGA GCCCTATAAT 
AATGGAAGCC TAAAGAGAGT GTGGATCTTG GGGAGCAATG GCTTTGCTGT TGGGGAGGGA 
TATCCGGGAC CGACAGTCTT TCCCGATTAT ACCAATCCAG TATGCACTGA GTGGTGGACA 
GATCAGGTCG CTAAATTTCA TGATCATCTG GAGTTTGATG GAGTGTGGAT TGAAATGAAT 
GAAGTATCTA GCTTACTCCA AGCTTCTAAT AACCAGTGTG AATCCAACAA CTTGAACTTT 
CCTCCTTTTC TTCCTAGAGT TCTGGATCAC TTACTTTTTG CAAGAACTCT CTGCATGGAC 
ACGGAGTTTC ATGGGGGCCT TCATTATGAC ATCCACAGCT TGTATGGCCA CTCCATGGCA 
AGAACCACAA ACTTAGCCCT GGAGACCATC TTCATGAATA ATAGGAGCTT CATCTTATCC 
CGTTCTACTT TTGCTGGATC TGGCAAATTT GCTGCTCATT GGCTGGGGGA CAATGCGGCC 
ACATGGGATG ACCTCCGATG GTCTATCCCC ACTATCCTTG AGTTCAACCT GTTTGGCATC 
CCCATGGTAG GTGCCAACAT CTGTGGTTAT AACAACAATG TCACAGAGGA GCTCTGCAGA 
AGGTGGATGC AGCTTGGAGC ATTTTATCCA CTACCAAGGA ATCACAATGG GCCTGGGTTC 
AGGGACCAGG ATCCCGCTGC CTTTGGTGTT GATTCCCTGC TGCTGAAATC CTCCAGACAT 
TATCTGAACA TCCGCTACAC CTTGCTGCCC TATCTCTATA CCCTTTTCTA CCATGCTCAC 
ACCCGGGGAG AGACGGTAGC AAGGCCCCTT GTACATGAGT TCTACCAGGA CTCAGCCACG 
TGGGATGTGC ATGAGCAGTT CTTATGGGGA CCTGGACTCC TCATCACGCC TGTTTTATAT 
GAAGGTGTGG ACGAAGTGAA AGCATACATA CCTGATGCCA CCTGGTATGA CTATGAGACA 
GGAGTGGCCA TCTCATGGAG GAAACAGTTG GTGAATATGC TTCTCCCAGG TGACAAGATA 
GGACTTCATC TGCGAGGGGG CTACATATTT CCCACTCAGA AGCCAAACAC AACCACAGAA 
GCCAGCCGGA GGAATTCCCT GGGACTCATC ATCGCCTTGG ACTATAAGAG AGAAGCAAAG 
GGGGAGCTGT ACTGGGATGA CGGTGTATCT AAAGATGCTG TGACTGAAAA GAAGTATATT 
CTATATGATT TCTCTGTTAC CTCTAACCAT CTACAAGCAA AGATTATAAA TAATAATTAT 
ATGGACACTG ACAACCTCAT GTTCACAGAT ATCACAATCT TGGGAATGGA CAAACAGCCA 
GCTAATTTTA TCGTCCTACT GAATAATGTT GCCACCTCCA GTCCAAGCGT TGTCTACAAT 
GCTTCCACAA AGGTGGTAAC CATCACTGAT CTCCAAGGAC TGGTACTGGG ACAAGAATTC 
TCTATTAGGT GGAATCTTCC TGTCAGTGAC CTGGAGAAGT TCAACTGCTA CCCTGATGAT 
CCAACAGCCT CTGAGGAGAG TTGTAGGCAG CGGGGGTGTC TTTGGGAGGA CACATCTACT 
CCTGGAGTGC CCACCTGTTA CTATGACACC ATCCCTAATT ATGTTGCTAG TGATATTCAG 
TACCTGAACA CCAGCATCAC TGCAGACCTT TCCCTCCCGA TGGCCCCTGA GTCAGCTGCT 
GCTGCCGCCT CTGATTCTCT CTCTGCAAAG ATCAGCTTCC TCCACCTGAA AGTGATCTAT 
CACACAGCAA CCATGCTGCA GGTCAAGATC TATGACCCCA CTAATAAAAG GTATGAGGTT 
CCAGTACCAC TGAACACCCC TCCCCAACCA GTTGGTGACC CTGAAAACCG TCTGTATGAT 
GTCAGGATTC AGAACAATCC TTTTGGAATC CAGATTCAAC GCAAAAACTC CAGCACTGTG 
ATTTGGGATT CTCAACTCCC TGGCTTCATC TTCAATGACA TGTTTCTCTC CATTTCTACG 
CGTCTGCCGT CCCAGTACAT CTATGGCTTT GGGGAAACTG AGCACACGAC TTTCAGAAGA 
AACATGAACT GGAACACATG GGGAATGTTT GCTCATGATG AGCCACCTGC GTACAAGAAG 
AATTCCTATG GTGTCCACCC TTACTACATG GCACTGGAGG AGGATGGTAG TGCCCATGGA 
GTGCTCCTGC TAAATAGCAA TGCCATGGAT GTGACATTAC AGCCCACTCC TGCTCTGACA 
TACCGCACCA CAGGAGGGAT TTTGGACTTC TACATTGTTT TGGGGCCAAC CCCTGAACTT 
GTAACTCAGC AATACACAGA GTTGATTGGT CGGCCAGCAA TGATTCCATA CTGGGCCTTG 
GGATTCCATC TGAGTCGCTA TGGATACCAG AATGATGCTG AAATCTCCAG TTTGTATGAT 
GCAATGGTGG CAGCCCAGAT TCCCTATGAC GTCCAGCATG TAGACATCGA TTACATGAAC 
CGGAAGCTGG ATTTCACCCT CAGTGCCAAC TTTCAAAACC TCAGTCTTCT GATTGAGCAA 
ATGAAGAAAA ATGGCATGAG ATTTATTCTC ATTTTGGACC CAGCCATTTC TGGCAATGAG 
ACACAGTATC TCCCATTCAT TAGAGGACAG GAAAATAACG TGTTCATCAA ATGGCCTGAC 
ACCAATGACA TTGTCTGGGG AAAGGTTTGG CCAGATCTGC CTAATGTAAT TGTAGATGGA 
TCCCTTGACC ATGAAACTCA GGTTAAGCTT TACAGGGCCT ACGTTGCCTT TCCTGACTTC 
TTTCGTAATA GCACAGCTGC GTGGTGGAAG AAAGAGATAG AAGAGCTCTA TGCAAACCCT 
CGAGAGCCAG AGAAGAGCTT GAAGTTTGAT GGATTGTGGA TTGATATGAA TGAGCCATCA 
AATTTTGTGG ATGGATCTGT CAGGGGCTGC AGCAATGAAA TGCTAAATAA CCCACCCTAT 
ATGCCATATT TGGAATCTAG GGACAAGGGC CTGAGCAGCA AGACTCTGTG CATGGAGAGT 
CAGCAGATCC TGCCGGACAG CTCCCCCGTG GAGCACTACA ACGTGCACAA CCTGTACGGG 
TGGTCCCAGA CCAGACCCAC ATACGAAGCT GTGCAGGAGG TGACAGGACA GCGAGGGGTC 
ATCATCACCC GCTCCACATT TCCCTCTTCT GGACGCTGGG GAGGACACCG GTTGGGAAAC 
AACACAGCTG CATGGGACCA GCTGGGGAAA TCTATCATTG GCATGATGGA GTTCAGTCTC 
TTTGGAATAC CTTATACAGG AGCAGATATC TGTGGGTTCT TTGGAGATGC TGAATATGAG 
ATGTGTGTTC GCTGGATGCA ACTGGGGGCA TTTTATCCAT TTTCCAGAAA CCACAACAAC 
ATCGGGACAA GGAGACAAGA TCCTGTGGCC TGGAATTCAA CCTTTGAGAT GTTGTCCAGA 
AAAGTCCTAG AGACCAGATA TACCCTGCTT CCTTATCTCT ATACTCTGAT GCATAAAGCT 
CACGTTGAGG GCAGCACAGT TGTCCGGCCC CTTCTCCATG AGTTTACGGA TGACAGGACA 
ACATGGGATA TAGACCGTCA GTTCATGTTG GGCCCTGCTA TCTTAATCAG CCCTGTGTTG 
GAAACTAGCA CATTTGAGAT CTCTGCTTAT TTTCCGAGAG CCCGTTGGTA TGACTATAGC 
ACGGGAACTA GCAGCACATC AACAGGTCAG AGGAAAATCC TGAAGGCTCC CCTTGACCAC 
ATCAACCTTC ATGTCAGAGG AGGCTACATC CTGCCCTGGC AAGAGCCTGC TATGAACACT 
CACTCCAGTC GACAAAATTT TATGGGATTG ATTGTTGCTT TGGATGACAA TGGGACAGCT 
GAAGGCCAGG TGTTCTGGGA TGATGGACAA AGCATTGATA CCTATGAAAA TGGAAATTAT 
TTTTTGGCAA ACTTTATAGC AGCTCAGAAC ATCCTGCAAA TCCAGACCAT ACACAATAAG 
TATTTGAGTG ACTCGAATCC ACTAAAAGTT GGGTATATTA GAATCTGGGG TGTGAATACC 
TATGTGACAC AAGTCAGTTT CACCTATGAC AACCGGCAAT TTATGGAGAC AAATTTCAAG 
AGTGAACCTT ATAATCAGAT ACTAACTATT CAATTGACTG ACAAGACTAT CAACCTGGAA 
AAGTTAACTG AGGTTACTTG GATTGATGGT GGTCCTGTAC TTCCTACTCC AACTAAGACA 
AGTACCATCC CAATGAGTTC TCATCCTTCT CCATCTACTA CCAATGCCAC CAGTTCTGAG 
ACAATCACCA GTTCTGCCAG TGCAAATACT ACCACTGGCA CTACTGATAC TGTTCCTATC 
ACAACCACAT CTTTCCCAAG TACTACTAGT GTTACAACTA ATACTACTGT TCCTGATACA 
ACTTCTCCTT TCCCTACAAG TACTACTAAT GCTAGCACTA ATGCTACTGT TCCTATCACA 
ACCACACCTT TCCCAACAAG TACTATTGGT GTTACAACTA ATGCTACTGT TCCCAATACA 
ACTGCCCCTT TCCCAACAAA TGCTAGTACT GCTAGCACTA ATGCTACTGT TCCTATCACA 
ACCACATGTT TTGCAACAAG TACTATTGGT GTTACAACTA ATGCTACTGT TCCCGATACA 
ACTGCCCCTT TCCCAACAAA TACTACTACT GCTAGCACTA ATGCTACTAT TCCTATCACA 
ACCACACCTT TTGCAACAAG TACTATTAGT GTTACAACTA GTACTACTGT TCCTGATACA 
ACTGCTCCTT TCCCTACAAG TACTACTAGT GCTAGCACTA ATGCTACCCC TGTTCCTATC 
ACAACCACAC TTTTTGCAAC AAGTACTATT GGTGTTACAA CTGGTACTAC TGTTCCTGAT 
ACAACTGCTC CTTTCCCTAC AAGTACTACT AGTACTAGCA CTAGTGCTAC TGTTCCTATT 
ACAACCACAC CTTCCCCTAC AAATACTGCT GATGCTAACA CTAGTAATAC TGTTCCTAAT 
ACCACTATGC CTTCTCCTAC AAGTAGTACT ACTGTGAGTA CTATTGCTAC CGTTCCCATT 
TCAGTGACTC CTTCTCTGAC AAGTACTGCT GATGCCACCA TTAGTACTAC TGTACTTATT 
GCCACTACTT CTTCTCTAAC AGGTACTACT GATGTTAGCA CTAGTACTAC TATTAATAAT 
ATAAGTACTC CTGTTCAAAC AAATACTACT AATGCTAGCA CTAGTACTAA TGTTGCTAAT 
ATAACTGCTA CCTCTCATAC AAGTACTGAT GATACTGTTC CTAATAATAC TGTTCCAGTT 
ACAGCTATTC CTTCTCTTGC AAATACTGGT GTTGACACTA CTAGCAACAG TTTTTCCATT 
ATGACCACTT CTTTCTCTGA AAGTACTAAT GCTATGAACA CTACTGTTAT TATGGCAACT 
ACTTCTCCTA CAAGTACTGA TGTTGCTAGC ACAAATAATG ATGCTTCTAT GACAAATTTT 
CTTTTAGCTA CAATGTCTGC TGGTAATATA ACTAGTAATA GTATTTCCAT AACAACTACT 
TCTTTTGGTA ATAGTGTTCC TTTTGTGACT ACTCCTTCTC CAAGTACTGA TGCTACTACT 
ACAAGTAATA ATACTAATCC TGGCATGACT ACTTATTACC AGACTTCTCC TACCATTCCT 
ACCCATACTC TTACTTCTAT TCCTAGCTCT ATTACTTCTA TTTTGAGCAT GTTTCCAACA 
AGTAATACAT TCACTACTGA TAAAATTACT AATTTTACTA CCCCTACAAA TGCAAACACC 
ATTATTTTCA ACACTCTTGA TACAAAAAGT ACCATGGTAA TAGATGCTAC GGTCACTACT 
ACCAGCACCA AAGATAATAC CATGAGTCCA GATACAACAG TTACTTCCAT AGACAAATTC 
ACCACACACA TCACACAGTT CGCTACTCCC CATTCTGCTA CTACTACAAC ACTGGCCTTA 
AGCCACACCT CATTAGCTCC TACAAATCTT TCTAATCTAG GCACCATGGA TATTACTGAT 
GCAGATAACT CCAGCAGTGT TACAGGTAAC ACGACACACA TTTCTGTTTC AAATCTCACA 
ACAGCCTCAG TCACAATAAC AGCCACTGGT CTAGATTCAC AAACTCCCCA TATGGTAATA 
AATTCTGTGG CTACTTATTT ACCTATTACT GCAACTAGTG CTACCACAGA TACTACAAAT 
ATTACAAAAT ATGCTTTAAA TACTACCACT CCTGATAGTA CAGTACATAC CTCTGCTACT 
GCACCTACTT ATATTGCAAA TGCCATAAAT GCTACTCAAG TTCCATGA

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

RefSeq	NP_001280555.1
CDS	91..7638
Translation	MARKLSVLEVLLIIFCLIVVTIDILLLLLVLEETSDTSFTPECPEIPQSERIDCTPDQEVTEDICRWQYKCCWSPVADANVPRCFFPWNWGYEASNGHTNTSTGFTAQLKRLPSPSLFGNDVATTLFTAEYQTSNRFHFKITDFNNIRYEVSHENINLVDGIADASNLSYYVEVTDKPFSIKIMRTSNRRVLLDTSIGPLQFAQQYLQLSFRLPSANVYGLGEHVHQQYRHNMTWKTWPIFTRDATPTEGMINLYGAHTFFLCLEDARGSSFGVFLMNSNAMEVTLQPAPAITYRTIGGILDFYVFLGNTPEQVVQEYLELVGRPFFPPYWSLGFQLSRRDYGGINKLKEVVSRNRLAEIPYDVQYSDIDYMDGKKDFTVDEVAYSGLPDFVKELHDNGQKYLIIMNPGISKNSNYEPYNNGSLKRVWILGSNGFAVGEGYPGPTVFPDYTNPVCTEWWTDQVAKFHDHLEFDGVWIEMNEVSSLLQASNNQCESNNLNFPPFLPRVLDHLLFARTLCMDTEFHGGLHYDIHSLYGHSMARTTNLALETIFMNNRSFILSRSTFAGSGKFAAHWLGDNAATWDDLRWSIPTILEFNLFGIPMVGANICGYNNNVTEELCRRWMQLGAFYPLPRNHNGPGFRDQDPAAFGVDSLLLKSSRHYLNIRYTLLPYLYTLFYHAHTRGETVARPLVHEFYQDSATWDVHEQFLWGPGLLITPVLYEGVDEVKAYIPDATWYDYETGVAISWRKQLVNMLLPGDKIGLHLRGGYIFPTQKPNTTTEASRRNSLGLIIALDYKREAKGELYWDDGVSKDAVTEKKYILYDFSVTSNHLQAKIINNNYMDTDNLMFTDITILGMDKQPANFIVLLNNVATSSPSVVYNASTKVVTITDLQGLVLGQEFSIRWNLPVSDLEKFNCYPDDPTASEESCRQRGCLWEDTSTPGVPTCYYDTIPNYVASDIQYLNTSITADLSLPMAPESAAAAASDSLSAKISFLHLKVIYHTATMLQVKIYDPTNKRYEVPVPLNTPPQPVGDPENRLYDVRIQNNPFGIQIQRKNSSTVIWDSQLPGFIFNDMFLSISTRLPSQYIYGFGETEHTTFRRNMNWNTWGMFAHDEPPAYKKNSYGVHPYYMALEEDGSAHGVLLLNSNAMDVTLQPTPALTYRTTGGILDFYIVLGPTPELVTQQYTELIGRPAMIPYWALGFHLSRYGYQNDAEISSLYDAMVAAQIPYDVQHVDIDYMNRKLDFTLSANFQNLSLLIEQMKKNGMRFILILDPAISGNETQYLPFIRGQENNVFIKWPDTNDIVWGKVWPDLPNVIVDGSLDHETQVKLYRAYVAFPDFFRNSTAAWWKKEIEELYANPREPEKSLKFDGLWIDMNEPSNFVDGSVRGCSNEMLNNPPYMPYLESRDKGLSSKTLCMESQQILPDSSPVEHYNVHNLYGWSQTRPTYEAVQEVTGQRGVIITRSTFPSSGRWGGHRLGNNTAAWDQLGKSIIGMMEFSLFGIPYTGADICGFFGDAEYEMCVRWMQLGAFYPFSRNHNNIGTRRQDPVAWNSTFEMLSRKVLETRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFTDDRTTWDIDRQFMLGPAILISPVLETSTFEISAYFPRARWYDYSTGTSSTSTGQRKILKAPLDHINLHVRGGYILPWQEPAMNTHSSRQNFMGLIVALDDNGTAEGQVFWDDGQSIDTYENGNYFLANFIAAQNILQIQTIHNKYLSDSNPLKVGYIRIWGVNTYVTQVSFTYDNRQFMETNFKSEPYNQILTIQLTDKTINLEKLTEVTWIDGGPVLPTPTKTSTIPMSSHPSPSTTNATSSETITSSASANTTTGTTDTVPITTTSFPSTTSVTTNTTVPDTTSPFPTSTTNASTNATVPITTTPFPTSTIGVTTNATVPNTTAPFPTNASTASTNATVPITTTCFATSTIGVTTNATVPDTTAPFPTNTTTASTNATIPITTTPFATSTISVTTSTTVPDTTAPFPTSTTSASTNATPVPITTTLFATSTIGVTTGTTVPDTTAPFPTSTTSTSTSATVPITTTPSPTNTADANTSNTVPNTTMPSPTSSTTVSTIATVPISVTPSLTSTADATISTTVLIATTSSLTGTTDVSTSTTINNISTPVQTNTTNASTSTNVANITATSHTSTDDTVPNNTVPVTAIPSLANTGVDTTSNSFSIMTTSFSESTNAMNTTVIMATTSPTSTDVASTNNDASMTNFLLATMSAGNITSNSISITTTSFGNSVPFVTTPSPSTDATTTSNNTNPGMTTYYQTSPTIPTHTLTSIPSSITSILSMFPTSNTFTTDKITNFTTPTNANTIIFNTLDTKSTMVIDATVTTTSTKDNTMSPDTTVTSIDKFTTHITQFATPHSATTTTLALSHTSLAPTNLSNLGTMDITDADNSSSVTGNTTHISVSNLTTASVTITATGLDSQTPHMVINSVATYLPITATSATTDTTNITKYALNTTTPDSTVHTSATAPTYIANAINATQVP

Target ORF information:

RefSeq Version	NM_001293626.2
Organism	Homo sapiens(human)
Definition	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), mRNA.

Target ORF information:

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

NM_001293626.2

ORF Insert Sequence:

ATGGCGAGGA AGCTCAGTGT ATTGGAAGTC CTTCTGATCA TCTTCTGCTT AATTGTGGTG 
ACCATAGATA TCCTCTTGCT GCTTCTTGTG TTGGAGGAAA CTTCAGATAC TTCATTTACT 
CCAGAGTGCC CAGAGATTCC CCAGTCGGAA AGGATAGACT GCACACCTGA CCAGGAGGTG 
ACCGAGGATA TCTGCAGATG GCAATATAAG TGCTGCTGGT CGCCTGTGGC AGATGCCAAT 
GTCCCTAGGT GCTTCTTCCC CTGGAACTGG GGCTATGAAG CCAGCAATGG CCATACAAAT 
ACAAGCACAG GATTTACTGC CCAGTTGAAA AGGTTGCCAT CACCATCTCT GTTTGGAAAT 
GATGTCGCCA CCACCCTTTT CACAGCTGAA TATCAGACAT CCAATCGGTT TCATTTTAAG 
ATCACTGACT TTAATAACAT ACGCTATGAA GTTTCCCATG AAAATATTAA CCTGGTTGAT 
GGGATTGCTG ATGCCTCCAA TTTGAGCTAT TACGTGGAGG TTACTGATAA ACCTTTCAGC 
ATCAAAATAA TGAGGACAAG CAACAGAAGA GTCTTGTTGG ACACGAGCAT CGGGCCCCTC 
CAGTTTGCCC AGCAGTACCT GCAACTGTCT TTCCGACTGC CCAGTGCCAA TGTGTATGGG 
CTGGGAGAGC ATGTGCACCA GCAGTACCGC CACAATATGA CCTGGAAGAC TTGGCCCATC 
TTCACCCGGG ACGCTACCCC CACCGAGGGC ATGATTAATC TGTATGGAGC TCATACATTC 
TTCTTGTGCC TTGAAGATGC CAGGGGCTCC TCTTTTGGAG TATTTCTGAT GAACAGTAAT 
GCCATGGAGG TTACCCTTCA GCCAGCTCCT GCGATCACTT ATCGCACGAT TGGAGGCATT 
CTTGACTTTT ACGTATTCCT AGGAAACACT CCAGAACAAG TGGTTCAGGA ATACTTGGAG 
CTTGTTGGAC GGCCATTCTT CCCTCCCTAT TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG 
GACTATGGTG GCATCAATAA ATTGAAAGAA GTTGTAAGCC GAAATCGTTT AGCTGAGATA 
CCATATGATG TCCAGTACTC TGACATAGAC TACATGGATG GAAAGAAGGA TTTCACTGTT 
GATGAAGTCG CTTACTCTGG TCTCCCAGAT TTTGTCAAGG AGTTACATGA CAATGGACAG 
AAATATCTTA TTATTATGAA TCCTGGCATC TCCAAAAACT CTAACTACGA GCCCTATAAT 
AATGGAAGCC TAAAGAGAGT GTGGATCTTG GGGAGCAATG GCTTTGCTGT TGGGGAGGGA 
TATCCGGGAC CGACAGTCTT TCCCGATTAT ACCAATCCAG TATGCACTGA GTGGTGGACA 
GATCAGGTCG CTAAATTTCA TGATCATCTG GAGTTTGATG GAGTGTGGAT TGAAATGAAT 
GAAGTATCTA GCTTACTCCA AGCTTCTAAT AACCAGTGTG AATCCAACAA CTTGAACTTT 
CCTCCTTTTC TTCCTAGAGT TCTGGATCAC TTACTTTTTG CAAGAACTCT CTGCATGGAC 
ACGGAGTTTC ATGGGGGCCT TCATTATGAC ATCCACAGCT TGTATGGCCA CTCCATGGCA 
AGAACCACAA ACTTAGCCCT GGAGACCATC TTCATGAATA ATAGGAGCTT CATCTTATCC 
CGTTCTACTT TTGCTGGATC TGGCAAATTT GCTGCTCATT GGCTGGGGGA CAATGCGGCC 
ACATGGGATG ACCTCCGATG GTCTATCCCC ACTATCCTTG AGTTCAACCT GTTTGGCATC 
CCCATGGTAG GTGCCAACAT CTGTGGTTAT AACAACAATG TCACAGAGGA GCTCTGCAGA 
AGGTGGATGC AGCTTGGAGC ATTTTATCCA CTACCAAGGA ATCACAATGG GCCTGGGTTC 
AGGGACCAGG ATCCCGCTGC CTTTGGTGTT GATTCCCTGC TGCTGAAATC CTCCAGACAT 
TATCTGAACA TCCGCTACAC CTTGCTGCCC TATCTCTATA CCCTTTTCTA CCATGCTCAC 
ACCCGGGGAG AGACGGTAGC AAGGCCCCTT GTACATGAGT TCTACCAGGA CTCAGCCACG 
TGGGATGTGC ATGAGCAGTT CTTATGGGGA CCTGGACTCC TCATCACGCC TGTTTTATAT 
GAAGGTGTGG ACGAAGTGAA AGCATACATA CCTGATGCCA CCTGGTATGA CTATGAGACA 
GGAGTGGCCA TCTCATGGAG GAAACAGTTG GTGAATATGC TTCTCCCAGG TGACAAGATA 
GGACTTCATC TGCGAGGGGG CTACATATTT CCCACTCAGA AGCCAAACAC AACCACAGAA 
GCCAGCCGGA GGAATTCCCT GGGACTCATC ATCGCCTTGG ACTATAAGAG AGAAGCAAAG 
GGGGAGCTGT ACTGGGATGA CGGTGTATCT AAAGATGCTG TGACTGAAAA GAAGTATATT 
CTATATGATT TCTCTGTTAC CTCTAACCAT CTACAAGCAA AGATTATAAA TAATAATTAT 
ATGGACACTG ACAACCTCAT GTTCACAGAT ATCACAATCT TGGGAATGGA CAAACAGCCA 
GCTAATTTTA TCGTCCTACT GAATAATGTT GCCACCTCCA GTCCAAGCGT TGTCTACAAT 
GCTTCCACAA AGGTGGTAAC CATCACTGAT CTCCAAGGAC TGGTACTGGG ACAAGAATTC 
TCTATTAGGT GGAATCTTCC TGTCAGTGAC CTGGAGAAGT TCAACTGCTA CCCTGATGAT 
CCAACAGCCT CTGAGGAGAG TTGTAGGCAG CGGGGGTGTC TTTGGGAGGA CACATCTACT 
CCTGGAGTGC CCACCTGTTA CTATGACACC ATCCCTAATT ATGTTGCTAG TGATATTCAG 
TACCTGAACA CCAGCATCAC TGCAGACCTT TCCCTCCCGA TGGCCCCTGA GTCAGCTGCT 
GCTGCCGCCT CTGATTCTCT CTCTGCAAAG ATCAGCTTCC TCCACCTGAA AGTGATCTAT 
CACACAGCAA CCATGCTGCA GGTCAAGATC TATGACCCCA CTAATAAAAG GTATGAGGTT 
CCAGTACCAC TGAACACCCC TCCCCAACCA GTTGGTGACC CTGAAAACCG TCTGTATGAT 
GTCAGGATTC AGAACAATCC TTTTGGAATC CAGATTCAAC GCAAAAACTC CAGCACTGTG 
ATTTGGGATT CTCAACTCCC TGGCTTCATC TTCAATGACA TGTTTCTCTC CATTTCTACG 
CGTCTGCCGT CCCAGTACAT CTATGGCTTT GGGGAAACTG AGCACACGAC TTTCAGAAGA 
AACATGAACT GGAACACATG GGGAATGTTT GCTCATGATG AGCCACCTGC GTACAAGAAG 
AATTCCTATG GTGTCCACCC TTACTACATG GCACTGGAGG AGGATGGTAG TGCCCATGGA 
GTGCTCCTGC TAAATAGCAA TGCCATGGAT GTGACATTAC AGCCCACTCC TGCTCTGACA 
TACCGCACCA CAGGAGGGAT TTTGGACTTC TACATTGTTT TGGGGCCAAC CCCTGAACTT 
GTAACTCAGC AATACACAGA GTTGATTGGT CGGCCAGCAA TGATTCCATA CTGGGCCTTG 
GGATTCCATC TGAGTCGCTA TGGATACCAG AATGATGCTG AAATCTCCAG TTTGTATGAT 
GCAATGGTGG CAGCCCAGAT TCCCTATGAC GTCCAGCATG TAGACATCGA TTACATGAAC 
CGGAAGCTGG ATTTCACCCT CAGTGCCAAC TTTCAAAACC TCAGTCTTCT GATTGAGCAA 
ATGAAGAAAA ATGGCATGAG ATTTATTCTC ATTTTGGACC CAGCCATTTC TGGCAATGAG 
ACACAGTATC TCCCATTCAT TAGAGGACAG GAAAATAACG TGTTCATCAA ATGGCCTGAC 
ACCAATGACA TTGTCTGGGG AAAGGTTTGG CCAGATCTGC CTAATGTAAT TGTAGATGGA 
TCCCTTGACC ATGAAACTCA GGTTAAGCTT TACAGGGCCT ACGTTGCCTT TCCTGACTTC 
TTTCGTAATA GCACAGCTGC GTGGTGGAAG AAAGAGATAG AAGAGCTCTA TGCAAACCCT 
CGAGAGCCAG AGAAGAGCTT GAAGTTTGAT GGATTGTGGA TTGATATGAA TGAGCCATCA 
AATTTTGTGG ATGGATCTGT CAGGGGCTGC AGCAATGAAA TGCTAAATAA CCCACCCTAT 
ATGCCATATT TGGAATCTAG GGACAAGGGC CTGAGCAGCA AGACTCTGTG CATGGAGAGT 
CAGCAGATCC TGCCGGACAG CTCCCCCGTG GAGCACTACA ACGTGCACAA CCTGTACGGG 
TGGTCCCAGA CCAGACCCAC ATACGAAGCT GTGCAGGAGG TGACAGGACA GCGAGGGGTC 
ATCATCACCC GCTCCACATT TCCCTCTTCT GGACGCTGGG GAGGACACCG GTTGGGAAAC 
AACACAGCTG CATGGGACCA GCTGGGGAAA TCTATCATTG GCATGATGGA GTTCAGTCTC 
TTTGGAATAC CTTATACAGG AGCAGATATC TGTGGGTTCT TTGGAGATGC TGAATATGAG 
ATGTGTGTTC GCTGGATGCA ACTGGGGGCA TTTTATCCAT TTTCCAGAAA CCACAACAAC 
ATCGGGACAA GGAGACAAGA TCCTGTGGCC TGGAATTCAA CCTTTGAGAT GTTGTCCAGA 
AAAGTCCTAG AGACCAGATA TACCCTGCTT CCTTATCTCT ATACTCTGAT GCATAAAGCT 
CACGTTGAGG GCAGCACAGT TGTCCGGCCC CTTCTCCATG AGTTTACGGA TGACAGGACA 
ACATGGGATA TAGACCGTCA GTTCATGTTG GGCCCTGCTA TCTTAATCAG CCCTGTGTTG 
GAAACTAGCA CATTTGAGAT CTCTGCTTAT TTTCCGAGAG CCCGTTGGTA TGACTATAGC 
ACGGGAACTA GCAGCACATC AACAGGTCAG AGGAAAATCC TGAAGGCTCC CCTTGACCAC 
ATCAACCTTC ATGTCAGAGG AGGCTACATC CTGCCCTGGC AAGAGCCTGC TATGAACACT 
CACTCCAGTC GACAAAATTT TATGGGATTG ATTGTTGCTT TGGATGACAA TGGGACAGCT 
GAAGGCCAGG TGTTCTGGGA TGATGGACAA AGCATTGATA CCTATGAAAA TGGAAATTAT 
TTTTTGGCAA ACTTTATAGC AGCTCAGAAC ATCCTGCAAA TCCAGACCAT ACACAATAAG 
TATTTGAGTG ACTCGAATCC ACTAAAAGTT GGGTATATTA GAATCTGGGG TGTGAATACC 
TATGTGACAC AAGTCAGTTT CACCTATGAC AACCGGCAAT TTATGGAGAC AAATTTCAAG 
AGTGAACCTT ATAATCAGAT ACTAACTATT CAATTGACTG ACAAGACTAT CAACCTGGAA 
AAGTTAACTG AGGTTACTTG GATTGATGGT GGTCCTGTAC TTCCTACTCC AACTAAGACA 
AGTACCATCC CAATGAGTTC TCATCCTTCT CCATCTACTA CCAATGCCAC CAGTTCTGAG 
ACAATCACCA GTTCTGCCAG TGCAAATACT ACCACTGGCA CTACTGATAC TGTTCCTATC 
ACAACCACAT CTTTCCCAAG TACTACTAGT GTTACAACTA ATACTACTGT TCCTGATACA 
ACTTCTCCTT TCCCTACAAG TACTACTAAT GCTAGCACTA ATGCTACTGT TCCTATCACA 
ACCACACCTT TCCCAACAAG TACTATTGGT GTTACAACTA ATGCTACTGT TCCCAATACA 
ACTGCCCCTT TCCCAACAAA TGCTAGTACT GCTAGCACTA ATGCTACTGT TCCTATCACA 
ACCACATGTT TTGCAACAAG TACTATTGGT GTTACAACTA ATGCTACTGT TCCCGATACA 
ACTGCCCCTT TCCCAACAAA TACTACTACT GCTAGCACTA ATGCTACTAT TCCTATCACA 
ACCACACCTT TTGCAACAAG TACTATTAGT GTTACAACTA GTACTACTGT TCCTGATACA 
ACTGCTCCTT TCCCTACAAG TACTACTAGT GCTAGCACTA ATGCTACCCC TGTTCCTATC 
ACAACCACAC TTTTTGCAAC AAGTACTATT GGTGTTACAA CTGGTACTAC TGTTCCTGAT 
ACAACTGCTC CTTTCCCTAC AAGTACTACT AGTACTAGCA CTAGTGCTAC TGTTCCTATT 
ACAACCACAC CTTCCCCTAC AAATACTGCT GATGCTAACA CTAGTAATAC TGTTCCTAAT 
ACCACTATGC CTTCTCCTAC AAGTAGTACT ACTGTGAGTA CTATTGCTAC CGTTCCCATT 
TCAGTGACTC CTTCTCTGAC AAGTACTGCT GATGCCACCA TTAGTACTAC TGTACTTATT 
GCCACTACTT CTTCTCTAAC AGGTACTACT GATGTTAGCA CTAGTACTAC TATTAATAAT 
ATAAGTACTC CTGTTCAAAC AAATACTACT AATGCTAGCA CTAGTACTAA TGTTGCTAAT 
ATAACTGCTA CCTCTCATAC AAGTACTGAT GATACTGTTC CTAATAATAC TGTTCCAGTT 
ACAGCTATTC CTTCTCTTGC AAATACTGGT GTTGACACTA CTAGCAACAG TTTTTCCATT 
ATGACCACTT CTTTCTCTGA AAGTACTAAT GCTATGAACA CTACTGTTAT TATGGCAACT 
ACTTCTCCTA CAAGTACTGA TGTTGCTAGC ACAAATAATG ATGCTTCTAT GACAAATTTT 
CTTTTAGCTA CAATGTCTGC TGGTAATATA ACTAGTAATA GTATTTCCAT AACAACTACT 
TCTTTTGGTA ATAGTGTTCC TTTTGTGACT ACTCCTTCTC CAAGTACTGA TGCTACTACT 
ACAAGTAATA ATACTAATCC TGGCATGACT ACTTATTACC AGACTTCTCC TACCATTCCT 
ACCCATACTC TTACTTCTAT TCCTAGCTCT ATTACTTCTA TTTTGAGCAT GTTTCCAACA 
AGTAATACAT TCACTACTGA TAAAATTACT AATTTTACTA CCCCTACAAA TGCAAACACC 
ATTATTTTCA ACACTCTTGA TACAAAAAGT ACCATGGTAA TAGATGCTAC GGTCACTACT 
ACCAGCACCA AAGATAATAC CATGAGTCCA GATACAACAG TTACTTCCAT AGACAAATTC 
ACCACACACA TCACACAGTT CGCTACTCCC CATTCTGCTA CTACTACAAC ACTGGCCTTA 
AGCCACACCT CATTAGCTCC TACAAATCTT TCTAATCTAG GCACCATGGA TATTACTGAT 
GCAGATAACT CCAGCAGTGT TACAGGTAAC ACGACACACA TTTCTGTTTC AAATCTCACA 
ACAGCCTCAG TCACAATAAC AGCCACTGGT CTAGATTCAC AAACTCCCCA TATGGTAATA 
AATTCTGTGG CTACTTATTT ACCTATTACT GCAACTAGTG CTACCACAGA TACTACAAAT 
ATTACAAAAT ATGCTTTAAA TACTACCACT CCTGATAGTA CAGTACATAC CTCTGCTACT 
GCACCTACTT ATATTGCAAA TGCCATAAAT GCTACTCAAG TTCCATGA

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

MGAM2 ( NM_001293626.1 ) cDNA ORF clone, Homo sapiens(human) -> NP_001280555.1 Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), mRNA.

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CloneID	OHu27934
Clone ID Related Accession (Same CDS sequence)	NM_001293626.2 , NM_001293626.1
Accession Version	NM_001293626.1	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7548bp) 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	2018-05-11
Organism	Homo sapiens(human)
Product	putative maltase-glucoamylase-like protein FLJ16351
Comment	Comment: VALIDATED REFSEQ: This record has undergone validation or preliminary review. The reference sequence was derived from AC091742.5. Sequence Note: The RefSeq transcript and protein were derived from genomic sequence to make the sequence consistent with the reference genome assembly. The genomic coordinates used for the transcript record were based on alignments. ##Evidence-Data-START## RNAseq introns :: single sample supports all introns SAMEA1968540, SAMEA1968832 [ECO:0000348] ##Evidence-Data-END## ##RefSeq-Attributes-START## inferred exon combination :: based on alignments, homology ##RefSeq-Attributes-END##

ATGGCGAGGA AGCTCAGTGT ATTGGAAGTC CTTCTGATCA TCTTCTGCTT AATTGTGGTG 
ACCATAGATA TCCTCTTGCT GCTTCTTGTG TTGGAGGAAA CTTCAGATAC TTCATTTACT 
CCAGAGTGCC CAGAGATTCC CCAGTCGGAA AGGATAGACT GCACACCTGA CCAGGAGGTG 
ACCGAGGATA TCTGCAGATG GCAATATAAG TGCTGCTGGT CGCCTGTGGC AGATGCCAAT 
GTCCCTAGGT GCTTCTTCCC CTGGAACTGG GGCTATGAAG CCAGCAATGG CCATACAAAT 
ACAAGCACAG GATTTACTGC CCAGTTGAAA AGGTTGCCAT CACCATCTCT GTTTGGAAAT 
GATGTCGCCA CCACCCTTTT CACAGCTGAA TATCAGACAT CCAATCGGTT TCATTTTAAG 
ATCACTGACT TTAATAACAT ACGCTATGAA GTTTCCCATG AAAATATTAA CCTGGTTGAT 
GGGATTGCTG ATGCCTCCAA TTTGAGCTAT TACGTGGAGG TTACTGATAA ACCTTTCAGC 
ATCAAAATAA TGAGGACAAG CAACAGAAGA GTCTTGTTGG ACACGAGCAT CGGGCCCCTC 
CAGTTTGCCC AGCAGTACCT GCAACTGTCT TTCCGACTGC CCAGTGCCAA TGTGTATGGG 
CTGGGAGAGC ATGTGCACCA GCAGTACCGC CACAATATGA CCTGGAAGAC TTGGCCCATC 
TTCACCCGGG ACGCTACCCC CACCGAGGGC ATGATTAATC TGTATGGAGC TCATACATTC 
TTCTTGTGCC TTGAAGATGC CAGGGGCTCC TCTTTTGGAG TATTTCTGAT GAACAGTAAT 
GCCATGGAGG TTACCCTTCA GCCAGCTCCT GCGATCACTT ATCGCACGAT TGGAGGCATT 
CTTGACTTTT ACGTATTCCT AGGAAACACT CCAGAACAAG TGGTTCAGGA ATACTTGGAG 
CTTGTTGGAC GGCCATTCTT CCCTCCCTAT TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG 
GACTATGGTG GCATCAATAA ATTGAAAGAA GTTGTAAGCC GAAATCGTTT AGCTGAGATA 
CCATATGATG TCCAGTACTC TGACATAGAC TACATGGATG GAAAGAAGGA TTTCACTGTT 
GATGAAGTCG CTTACTCTGG TCTCCCAGAT TTTGTCAAGG AGTTACATGA CAATGGACAG 
AAATATCTTA TTATTATGAA TCCTGGCATC TCCAAAAACT CTAACTACGA GCCCTATAAT 
AATGGAAGCC TAAAGAGAGT GTGGATCTTG GGGAGCAATG GCTTTGCTGT TGGGGAGGGA 
TATCCGGGAC CGACAGTCTT TCCCGATTAT ACCAATCCAG TATGCACTGA GTGGTGGACA 
GATCAGGTCG CTAAATTTCA TGATCATCTG GAGTTTGATG GAGTGTGGAT TGAAATGAAT 
GAAGTATCTA GCTTACTCCA AGCTTCTAAT AACCAGTGTG AATCCAACAA CTTGAACTTT 
CCTCCTTTTC TTCCTAGAGT TCTGGATCAC TTACTTTTTG CAAGAACTCT CTGCATGGAC 
ACGGAGTTTC ATGGGGGCCT TCATTATGAC ATCCACAGCT TGTATGGCCA CTCCATGGCA 
AGAACCACAA ACTTAGCCCT GGAGACCATC TTCATGAATA ATAGGAGCTT CATCTTATCC 
CGTTCTACTT TTGCTGGATC TGGCAAATTT GCTGCTCATT GGCTGGGGGA CAATGCGGCC 
ACATGGGATG ACCTCCGATG GTCTATCCCC ACTATCCTTG AGTTCAACCT GTTTGGCATC 
CCCATGGTAG GTGCCAACAT CTGTGGTTAT AACAACAATG TCACAGAGGA GCTCTGCAGA 
AGGTGGATGC AGCTTGGAGC ATTTTATCCA CTACCAAGGA ATCACAATGG GCCTGGGTTC 
AGGGACCAGG ATCCCGCTGC CTTTGGTGTT GATTCCCTGC TGCTGAAATC CTCCAGACAT 
TATCTGAACA TCCGCTACAC CTTGCTGCCC TATCTCTATA CCCTTTTCTA CCATGCTCAC 
ACCCGGGGAG AGACGGTAGC AAGGCCCCTT GTACATGAGT TCTACCAGGA CTCAGCCACG 
TGGGATGTGC ATGAGCAGTT CTTATGGGGA CCTGGACTCC TCATCACGCC TGTTTTATAT 
GAAGGTGTGG ACGAAGTGAA AGCATACATA CCTGATGCCA CCTGGTATGA CTATGAGACA 
GGAGTGGCCA TCTCATGGAG GAAACAGTTG GTGAATATGC TTCTCCCAGG TGACAAGATA 
GGACTTCATC TGCGAGGGGG CTACATATTT CCCACTCAGA AGCCAAACAC AACCACAGAA 
GCCAGCCGGA GGAATTCCCT GGGACTCATC ATCGCCTTGG ACTATAAGAG AGAAGCAAAG 
GGGGAGCTGT ACTGGGATGA CGGTGTATCT AAAGATGCTG TGACTGAAAA GAAGTATATT 
CTATATGATT TCTCTGTTAC CTCTAACCAT CTACAAGCAA AGATTATAAA TAATAATTAT 
ATGGACACTG ACAACCTCAT GTTCACAGAT ATCACAATCT TGGGAATGGA CAAACAGCCA 
GCTAATTTTA TCGTCCTACT GAATAATGTT GCCACCTCCA GTCCAAGCGT TGTCTACAAT 
GCTTCCACAA AGGTGGTAAC CATCACTGAT CTCCAAGGAC TGGTACTGGG ACAAGAATTC 
TCTATTAGGT GGAATCTTCC TGTCAGTGAC CTGGAGAAGT TCAACTGCTA CCCTGATGAT 
CCAACAGCCT CTGAGGAGAG TTGTAGGCAG CGGGGGTGTC TTTGGGAGGA CACATCTACT 
CCTGGAGTGC CCACCTGTTA CTATGACACC ATCCCTAATT ATGTTGCTAG TGATATTCAG 
TACCTGAACA CCAGCATCAC TGCAGACCTT TCCCTCCCGA TGGCCCCTGA GTCAGCTGCT 
GCTGCCGCCT CTGATTCTCT CTCTGCAAAG ATCAGCTTCC TCCACCTGAA AGTGATCTAT 
CACACAGCAA CCATGCTGCA GGTCAAGATC TATGACCCCA CTAATAAAAG GTATGAGGTT 
CCAGTACCAC TGAACACCCC TCCCCAACCA GTTGGTGACC CTGAAAACCG TCTGTATGAT 
GTCAGGATTC AGAACAATCC TTTTGGAATC CAGATTCAAC GCAAAAACTC CAGCACTGTG 
ATTTGGGATT CTCAACTCCC TGGCTTCATC TTCAATGACA TGTTTCTCTC CATTTCTACG 
CGTCTGCCGT CCCAGTACAT CTATGGCTTT GGGGAAACTG AGCACACGAC TTTCAGAAGA 
AACATGAACT GGAACACATG GGGAATGTTT GCTCATGATG AGCCACCTGC GTACAAGAAG 
AATTCCTATG GTGTCCACCC TTACTACATG GCACTGGAGG AGGATGGTAG TGCCCATGGA 
GTGCTCCTGC TAAATAGCAA TGCCATGGAT GTGACATTAC AGCCCACTCC TGCTCTGACA 
TACCGCACCA CAGGAGGGAT TTTGGACTTC TACATTGTTT TGGGGCCAAC CCCTGAACTT 
GTAACTCAGC AATACACAGA GTTGATTGGT CGGCCAGCAA TGATTCCATA CTGGGCCTTG 
GGATTCCATC TGAGTCGCTA TGGATACCAG AATGATGCTG AAATCTCCAG TTTGTATGAT 
GCAATGGTGG CAGCCCAGAT TCCCTATGAC GTCCAGCATG TAGACATCGA TTACATGAAC 
CGGAAGCTGG ATTTCACCCT CAGTGCCAAC TTTCAAAACC TCAGTCTTCT GATTGAGCAA 
ATGAAGAAAA ATGGCATGAG ATTTATTCTC ATTTTGGACC CAGCCATTTC TGGCAATGAG 
ACACAGTATC TCCCATTCAT TAGAGGACAG GAAAATAACG TGTTCATCAA ATGGCCTGAC 
ACCAATGACA TTGTCTGGGG AAAGGTTTGG CCAGATCTGC CTAATGTAAT TGTAGATGGA 
TCCCTTGACC ATGAAACTCA GGTTAAGCTT TACAGGGCCT ACGTTGCCTT TCCTGACTTC 
TTTCGTAATA GCACAGCTGC GTGGTGGAAG AAAGAGATAG AAGAGCTCTA TGCAAACCCT 
CGAGAGCCAG AGAAGAGCTT GAAGTTTGAT GGATTGTGGA TTGATATGAA TGAGCCATCA 
AATTTTGTGG ATGGATCTGT CAGGGGCTGC AGCAATGAAA TGCTAAATAA CCCACCCTAT 
ATGCCATATT TGGAATCTAG GGACAAGGGC CTGAGCAGCA AGACTCTGTG CATGGAGAGT 
CAGCAGATCC TGCCGGACAG CTCCCCCGTG GAGCACTACA ACGTGCACAA CCTGTACGGG 
TGGTCCCAGA CCAGACCCAC ATACGAAGCT GTGCAGGAGG TGACAGGACA GCGAGGGGTC 
ATCATCACCC GCTCCACATT TCCCTCTTCT GGACGCTGGG GAGGACACCG GTTGGGAAAC 
AACACAGCTG CATGGGACCA GCTGGGGAAA TCTATCATTG GCATGATGGA GTTCAGTCTC 
TTTGGAATAC CTTATACAGG AGCAGATATC TGTGGGTTCT TTGGAGATGC TGAATATGAG 
ATGTGTGTTC GCTGGATGCA ACTGGGGGCA TTTTATCCAT TTTCCAGAAA CCACAACAAC 
ATCGGGACAA GGAGACAAGA TCCTGTGGCC TGGAATTCAA CCTTTGAGAT GTTGTCCAGA 
AAAGTCCTAG AGACCAGATA TACCCTGCTT CCTTATCTCT ATACTCTGAT GCATAAAGCT 
CACGTTGAGG GCAGCACAGT TGTCCGGCCC CTTCTCCATG AGTTTACGGA TGACAGGACA 
ACATGGGATA TAGACCGTCA GTTCATGTTG GGCCCTGCTA TCTTAATCAG CCCTGTGTTG 
GAAACTAGCA CATTTGAGAT CTCTGCTTAT TTTCCGAGAG CCCGTTGGTA TGACTATAGC 
ACGGGAACTA GCAGCACATC AACAGGTCAG AGGAAAATCC TGAAGGCTCC CCTTGACCAC 
ATCAACCTTC ATGTCAGAGG AGGCTACATC CTGCCCTGGC AAGAGCCTGC TATGAACACT 
CACTCCAGTC GACAAAATTT TATGGGATTG ATTGTTGCTT TGGATGACAA TGGGACAGCT 
GAAGGCCAGG TGTTCTGGGA TGATGGACAA AGCATTGATA CCTATGAAAA TGGAAATTAT 
TTTTTGGCAA ACTTTATAGC AGCTCAGAAC ATCCTGCAAA TCCAGACCAT ACACAATAAG 
TATTTGAGTG ACTCGAATCC ACTAAAAGTT GGGTATATTA GAATCTGGGG TGTGAATACC 
TATGTGACAC AAGTCAGTTT CACCTATGAC AACCGGCAAT TTATGGAGAC AAATTTCAAG 
AGTGAACCTT ATAATCAGAT ACTAACTATT CAATTGACTG ACAAGACTAT CAACCTGGAA 
AAGTTAACTG AGGTTACTTG GATTGATGGT GGTCCTGTAC TTCCTACTCC AACTAAGACA 
AGTACCATCC CAATGAGTTC TCATCCTTCT CCATCTACTA CCAATGCCAC CAGTTCTGAG 
ACAATCACCA GTTCTGCCAG TGCAAATACT ACCACTGGCA CTACTGATAC TGTTCCTATC 
ACAACCACAT CTTTCCCAAG TACTACTAGT GTTACAACTA ATACTACTGT TCCTGATACA 
ACTTCTCCTT TCCCTACAAG TACTACTAAT GCTAGCACTA ATGCTACTGT TCCTATCACA 
ACCACACCTT TCCCAACAAG TACTATTGGT GTTACAACTA ATGCTACTGT TCCCAATACA 
ACTGCCCCTT TCCCAACAAA TGCTAGTACT GCTAGCACTA ATGCTACTGT TCCTATCACA 
ACCACATGTT TTGCAACAAG TACTATTGGT GTTACAACTA ATGCTACTGT TCCCGATACA 
ACTGCCCCTT TCCCAACAAA TACTACTACT GCTAGCACTA ATGCTACTAT TCCTATCACA 
ACCACACCTT TTGCAACAAG TACTATTAGT GTTACAACTA GTACTACTGT TCCTGATACA 
ACTGCTCCTT TCCCTACAAG TACTACTAGT GCTAGCACTA ATGCTACCCC TGTTCCTATC 
ACAACCACAC TTTTTGCAAC AAGTACTATT GGTGTTACAA CTGGTACTAC TGTTCCTGAT 
ACAACTGCTC CTTTCCCTAC AAGTACTACT AGTACTAGCA CTAGTGCTAC TGTTCCTATT 
ACAACCACAC CTTCCCCTAC AAATACTGCT GATGCTAACA CTAGTAATAC TGTTCCTAAT 
ACCACTATGC CTTCTCCTAC AAGTAGTACT ACTGTGAGTA CTATTGCTAC CGTTCCCATT 
TCAGTGACTC CTTCTCTGAC AAGTACTGCT GATGCCACCA TTAGTACTAC TGTACTTATT 
GCCACTACTT CTTCTCTAAC AGGTACTACT GATGTTAGCA CTAGTACTAC TATTAATAAT 
ATAAGTACTC CTGTTCAAAC AAATACTACT AATGCTAGCA CTAGTACTAA TGTTGCTAAT 
ATAACTGCTA CCTCTCATAC AAGTACTGAT GATACTGTTC CTAATAATAC TGTTCCAGTT 
ACAGCTATTC CTTCTCTTGC AAATACTGGT GTTGACACTA CTAGCAACAG TTTTTCCATT 
ATGACCACTT CTTTCTCTGA AAGTACTAAT GCTATGAACA CTACTGTTAT TATGGCAACT 
ACTTCTCCTA CAAGTACTGA TGTTGCTAGC ACAAATAATG ATGCTTCTAT GACAAATTTT 
CTTTTAGCTA CAATGTCTGC TGGTAATATA ACTAGTAATA GTATTTCCAT AACAACTACT 
TCTTTTGGTA ATAGTGTTCC TTTTGTGACT ACTCCTTCTC CAAGTACTGA TGCTACTACT 
ACAAGTAATA ATACTAATCC TGGCATGACT ACTTATTACC AGACTTCTCC TACCATTCCT 
ACCCATACTC TTACTTCTAT TCCTAGCTCT ATTACTTCTA TTTTGAGCAT GTTTCCAACA 
AGTAATACAT TCACTACTGA TAAAATTACT AATTTTACTA CCCCTACAAA TGCAAACACC 
ATTATTTTCA ACACTCTTGA TACAAAAAGT ACCATGGTAA TAGATGCTAC GGTCACTACT 
ACCAGCACCA AAGATAATAC CATGAGTCCA GATACAACAG TTACTTCCAT AGACAAATTC 
ACCACACACA TCACACAGTT CGCTACTCCC CATTCTGCTA CTACTACAAC ACTGGCCTTA 
AGCCACACCT CATTAGCTCC TACAAATCTT TCTAATCTAG GCACCATGGA TATTACTGAT 
GCAGATAACT CCAGCAGTGT TACAGGTAAC ACGACACACA TTTCTGTTTC AAATCTCACA 
ACAGCCTCAG TCACAATAAC AGCCACTGGT CTAGATTCAC AAACTCCCCA TATGGTAATA 
AATTCTGTGG CTACTTATTT ACCTATTACT GCAACTAGTG CTACCACAGA TACTACAAAT 
ATTACAAAAT ATGCTTTAAA TACTACCACT CCTGATAGTA CAGTACATAC CTCTGCTACT 
GCACCTACTT ATATTGCAAA TGCCATAAAT GCTACTCAAG TTCCATGA

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

RefSeq	NP_001280555.1
CDS	60..7607
Translation	MARKLSVLEVLLIIFCLIVVTIDILLLLLVLEETSDTSFTPECPEIPQSERIDCTPDQEVTEDICRWQYKCCWSPVADANVPRCFFPWNWGYEASNGHTNTSTGFTAQLKRLPSPSLFGNDVATTLFTAEYQTSNRFHFKITDFNNIRYEVSHENINLVDGIADASNLSYYVEVTDKPFSIKIMRTSNRRVLLDTSIGPLQFAQQYLQLSFRLPSANVYGLGEHVHQQYRHNMTWKTWPIFTRDATPTEGMINLYGAHTFFLCLEDARGSSFGVFLMNSNAMEVTLQPAPAITYRTIGGILDFYVFLGNTPEQVVQEYLELVGRPFFPPYWSLGFQLSRRDYGGINKLKEVVSRNRLAEIPYDVQYSDIDYMDGKKDFTVDEVAYSGLPDFVKELHDNGQKYLIIMNPGISKNSNYEPYNNGSLKRVWILGSNGFAVGEGYPGPTVFPDYTNPVCTEWWTDQVAKFHDHLEFDGVWIEMNEVSSLLQASNNQCESNNLNFPPFLPRVLDHLLFARTLCMDTEFHGGLHYDIHSLYGHSMARTTNLALETIFMNNRSFILSRSTFAGSGKFAAHWLGDNAATWDDLRWSIPTILEFNLFGIPMVGANICGYNNNVTEELCRRWMQLGAFYPLPRNHNGPGFRDQDPAAFGVDSLLLKSSRHYLNIRYTLLPYLYTLFYHAHTRGETVARPLVHEFYQDSATWDVHEQFLWGPGLLITPVLYEGVDEVKAYIPDATWYDYETGVAISWRKQLVNMLLPGDKIGLHLRGGYIFPTQKPNTTTEASRRNSLGLIIALDYKREAKGELYWDDGVSKDAVTEKKYILYDFSVTSNHLQAKIINNNYMDTDNLMFTDITILGMDKQPANFIVLLNNVATSSPSVVYNASTKVVTITDLQGLVLGQEFSIRWNLPVSDLEKFNCYPDDPTASEESCRQRGCLWEDTSTPGVPTCYYDTIPNYVASDIQYLNTSITADLSLPMAPESAAAAASDSLSAKISFLHLKVIYHTATMLQVKIYDPTNKRYEVPVPLNTPPQPVGDPENRLYDVRIQNNPFGIQIQRKNSSTVIWDSQLPGFIFNDMFLSISTRLPSQYIYGFGETEHTTFRRNMNWNTWGMFAHDEPPAYKKNSYGVHPYYMALEEDGSAHGVLLLNSNAMDVTLQPTPALTYRTTGGILDFYIVLGPTPELVTQQYTELIGRPAMIPYWALGFHLSRYGYQNDAEISSLYDAMVAAQIPYDVQHVDIDYMNRKLDFTLSANFQNLSLLIEQMKKNGMRFILILDPAISGNETQYLPFIRGQENNVFIKWPDTNDIVWGKVWPDLPNVIVDGSLDHETQVKLYRAYVAFPDFFRNSTAAWWKKEIEELYANPREPEKSLKFDGLWIDMNEPSNFVDGSVRGCSNEMLNNPPYMPYLESRDKGLSSKTLCMESQQILPDSSPVEHYNVHNLYGWSQTRPTYEAVQEVTGQRGVIITRSTFPSSGRWGGHRLGNNTAAWDQLGKSIIGMMEFSLFGIPYTGADICGFFGDAEYEMCVRWMQLGAFYPFSRNHNNIGTRRQDPVAWNSTFEMLSRKVLETRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFTDDRTTWDIDRQFMLGPAILISPVLETSTFEISAYFPRARWYDYSTGTSSTSTGQRKILKAPLDHINLHVRGGYILPWQEPAMNTHSSRQNFMGLIVALDDNGTAEGQVFWDDGQSIDTYENGNYFLANFIAAQNILQIQTIHNKYLSDSNPLKVGYIRIWGVNTYVTQVSFTYDNRQFMETNFKSEPYNQILTIQLTDKTINLEKLTEVTWIDGGPVLPTPTKTSTIPMSSHPSPSTTNATSSETITSSASANTTTGTTDTVPITTTSFPSTTSVTTNTTVPDTTSPFPTSTTNASTNATVPITTTPFPTSTIGVTTNATVPNTTAPFPTNASTASTNATVPITTTCFATSTIGVTTNATVPDTTAPFPTNTTTASTNATIPITTTPFATSTISVTTSTTVPDTTAPFPTSTTSASTNATPVPITTTLFATSTIGVTTGTTVPDTTAPFPTSTTSTSTSATVPITTTPSPTNTADANTSNTVPNTTMPSPTSSTTVSTIATVPISVTPSLTSTADATISTTVLIATTSSLTGTTDVSTSTTINNISTPVQTNTTNASTSTNVANITATSHTSTDDTVPNNTVPVTAIPSLANTGVDTTSNSFSIMTTSFSESTNAMNTTVIMATTSPTSTDVASTNNDASMTNFLLATMSAGNITSNSISITTTSFGNSVPFVTTPSPSTDATTTSNNTNPGMTTYYQTSPTIPTHTLTSIPSSITSILSMFPTSNTFTTDKITNFTTPTNANTIIFNTLDTKSTMVIDATVTTTSTKDNTMSPDTTVTSIDKFTTHITQFATPHSATTTTLALSHTSLAPTNLSNLGTMDITDADNSSSVTGNTTHISVSNLTTASVTITATGLDSQTPHMVINSVATYLPITATSATTDTTNITKYALNTTTPDSTVHTSATAPTYIANAINATQVP

Target ORF information:

RefSeq Version	NM_001293626.1
Organism	Homo sapiens(human)
Definition	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), mRNA.

Target ORF information:

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

NM_001293626.1

ORF Insert Sequence:

ATGGCGAGGA AGCTCAGTGT ATTGGAAGTC CTTCTGATCA TCTTCTGCTT AATTGTGGTG 
ACCATAGATA TCCTCTTGCT GCTTCTTGTG TTGGAGGAAA CTTCAGATAC TTCATTTACT 
CCAGAGTGCC CAGAGATTCC CCAGTCGGAA AGGATAGACT GCACACCTGA CCAGGAGGTG 
ACCGAGGATA TCTGCAGATG GCAATATAAG TGCTGCTGGT CGCCTGTGGC AGATGCCAAT 
GTCCCTAGGT GCTTCTTCCC CTGGAACTGG GGCTATGAAG CCAGCAATGG CCATACAAAT 
ACAAGCACAG GATTTACTGC CCAGTTGAAA AGGTTGCCAT CACCATCTCT GTTTGGAAAT 
GATGTCGCCA CCACCCTTTT CACAGCTGAA TATCAGACAT CCAATCGGTT TCATTTTAAG 
ATCACTGACT TTAATAACAT ACGCTATGAA GTTTCCCATG AAAATATTAA CCTGGTTGAT 
GGGATTGCTG ATGCCTCCAA TTTGAGCTAT TACGTGGAGG TTACTGATAA ACCTTTCAGC 
ATCAAAATAA TGAGGACAAG CAACAGAAGA GTCTTGTTGG ACACGAGCAT CGGGCCCCTC 
CAGTTTGCCC AGCAGTACCT GCAACTGTCT TTCCGACTGC CCAGTGCCAA TGTGTATGGG 
CTGGGAGAGC ATGTGCACCA GCAGTACCGC CACAATATGA CCTGGAAGAC TTGGCCCATC 
TTCACCCGGG ACGCTACCCC CACCGAGGGC ATGATTAATC TGTATGGAGC TCATACATTC 
TTCTTGTGCC TTGAAGATGC CAGGGGCTCC TCTTTTGGAG TATTTCTGAT GAACAGTAAT 
GCCATGGAGG TTACCCTTCA GCCAGCTCCT GCGATCACTT ATCGCACGAT TGGAGGCATT 
CTTGACTTTT ACGTATTCCT AGGAAACACT CCAGAACAAG TGGTTCAGGA ATACTTGGAG 
CTTGTTGGAC GGCCATTCTT CCCTCCCTAT TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG 
GACTATGGTG GCATCAATAA ATTGAAAGAA GTTGTAAGCC GAAATCGTTT AGCTGAGATA 
CCATATGATG TCCAGTACTC TGACATAGAC TACATGGATG GAAAGAAGGA TTTCACTGTT 
GATGAAGTCG CTTACTCTGG TCTCCCAGAT TTTGTCAAGG AGTTACATGA CAATGGACAG 
AAATATCTTA TTATTATGAA TCCTGGCATC TCCAAAAACT CTAACTACGA GCCCTATAAT 
AATGGAAGCC TAAAGAGAGT GTGGATCTTG GGGAGCAATG GCTTTGCTGT TGGGGAGGGA 
TATCCGGGAC CGACAGTCTT TCCCGATTAT ACCAATCCAG TATGCACTGA GTGGTGGACA 
GATCAGGTCG CTAAATTTCA TGATCATCTG GAGTTTGATG GAGTGTGGAT TGAAATGAAT 
GAAGTATCTA GCTTACTCCA AGCTTCTAAT AACCAGTGTG AATCCAACAA CTTGAACTTT 
CCTCCTTTTC TTCCTAGAGT TCTGGATCAC TTACTTTTTG CAAGAACTCT CTGCATGGAC 
ACGGAGTTTC ATGGGGGCCT TCATTATGAC ATCCACAGCT TGTATGGCCA CTCCATGGCA 
AGAACCACAA ACTTAGCCCT GGAGACCATC TTCATGAATA ATAGGAGCTT CATCTTATCC 
CGTTCTACTT TTGCTGGATC TGGCAAATTT GCTGCTCATT GGCTGGGGGA CAATGCGGCC 
ACATGGGATG ACCTCCGATG GTCTATCCCC ACTATCCTTG AGTTCAACCT GTTTGGCATC 
CCCATGGTAG GTGCCAACAT CTGTGGTTAT AACAACAATG TCACAGAGGA GCTCTGCAGA 
AGGTGGATGC AGCTTGGAGC ATTTTATCCA CTACCAAGGA ATCACAATGG GCCTGGGTTC 
AGGGACCAGG ATCCCGCTGC CTTTGGTGTT GATTCCCTGC TGCTGAAATC CTCCAGACAT 
TATCTGAACA TCCGCTACAC CTTGCTGCCC TATCTCTATA CCCTTTTCTA CCATGCTCAC 
ACCCGGGGAG AGACGGTAGC AAGGCCCCTT GTACATGAGT TCTACCAGGA CTCAGCCACG 
TGGGATGTGC ATGAGCAGTT CTTATGGGGA CCTGGACTCC TCATCACGCC TGTTTTATAT 
GAAGGTGTGG ACGAAGTGAA AGCATACATA CCTGATGCCA CCTGGTATGA CTATGAGACA 
GGAGTGGCCA TCTCATGGAG GAAACAGTTG GTGAATATGC TTCTCCCAGG TGACAAGATA 
GGACTTCATC TGCGAGGGGG CTACATATTT CCCACTCAGA AGCCAAACAC AACCACAGAA 
GCCAGCCGGA GGAATTCCCT GGGACTCATC ATCGCCTTGG ACTATAAGAG AGAAGCAAAG 
GGGGAGCTGT ACTGGGATGA CGGTGTATCT AAAGATGCTG TGACTGAAAA GAAGTATATT 
CTATATGATT TCTCTGTTAC CTCTAACCAT CTACAAGCAA AGATTATAAA TAATAATTAT 
ATGGACACTG ACAACCTCAT GTTCACAGAT ATCACAATCT TGGGAATGGA CAAACAGCCA 
GCTAATTTTA TCGTCCTACT GAATAATGTT GCCACCTCCA GTCCAAGCGT TGTCTACAAT 
GCTTCCACAA AGGTGGTAAC CATCACTGAT CTCCAAGGAC TGGTACTGGG ACAAGAATTC 
TCTATTAGGT GGAATCTTCC TGTCAGTGAC CTGGAGAAGT TCAACTGCTA CCCTGATGAT 
CCAACAGCCT CTGAGGAGAG TTGTAGGCAG CGGGGGTGTC TTTGGGAGGA CACATCTACT 
CCTGGAGTGC CCACCTGTTA CTATGACACC ATCCCTAATT ATGTTGCTAG TGATATTCAG 
TACCTGAACA CCAGCATCAC TGCAGACCTT TCCCTCCCGA TGGCCCCTGA GTCAGCTGCT 
GCTGCCGCCT CTGATTCTCT CTCTGCAAAG ATCAGCTTCC TCCACCTGAA AGTGATCTAT 
CACACAGCAA CCATGCTGCA GGTCAAGATC TATGACCCCA CTAATAAAAG GTATGAGGTT 
CCAGTACCAC TGAACACCCC TCCCCAACCA GTTGGTGACC CTGAAAACCG TCTGTATGAT 
GTCAGGATTC AGAACAATCC TTTTGGAATC CAGATTCAAC GCAAAAACTC CAGCACTGTG 
ATTTGGGATT CTCAACTCCC TGGCTTCATC TTCAATGACA TGTTTCTCTC CATTTCTACG 
CGTCTGCCGT CCCAGTACAT CTATGGCTTT GGGGAAACTG AGCACACGAC TTTCAGAAGA 
AACATGAACT GGAACACATG GGGAATGTTT GCTCATGATG AGCCACCTGC GTACAAGAAG 
AATTCCTATG GTGTCCACCC TTACTACATG GCACTGGAGG AGGATGGTAG TGCCCATGGA 
GTGCTCCTGC TAAATAGCAA TGCCATGGAT GTGACATTAC AGCCCACTCC TGCTCTGACA 
TACCGCACCA CAGGAGGGAT TTTGGACTTC TACATTGTTT TGGGGCCAAC CCCTGAACTT 
GTAACTCAGC AATACACAGA GTTGATTGGT CGGCCAGCAA TGATTCCATA CTGGGCCTTG 
GGATTCCATC TGAGTCGCTA TGGATACCAG AATGATGCTG AAATCTCCAG TTTGTATGAT 
GCAATGGTGG CAGCCCAGAT TCCCTATGAC GTCCAGCATG TAGACATCGA TTACATGAAC 
CGGAAGCTGG ATTTCACCCT CAGTGCCAAC TTTCAAAACC TCAGTCTTCT GATTGAGCAA 
ATGAAGAAAA ATGGCATGAG ATTTATTCTC ATTTTGGACC CAGCCATTTC TGGCAATGAG 
ACACAGTATC TCCCATTCAT TAGAGGACAG GAAAATAACG TGTTCATCAA ATGGCCTGAC 
ACCAATGACA TTGTCTGGGG AAAGGTTTGG CCAGATCTGC CTAATGTAAT TGTAGATGGA 
TCCCTTGACC ATGAAACTCA GGTTAAGCTT TACAGGGCCT ACGTTGCCTT TCCTGACTTC 
TTTCGTAATA GCACAGCTGC GTGGTGGAAG AAAGAGATAG AAGAGCTCTA TGCAAACCCT 
CGAGAGCCAG AGAAGAGCTT GAAGTTTGAT GGATTGTGGA TTGATATGAA TGAGCCATCA 
AATTTTGTGG ATGGATCTGT CAGGGGCTGC AGCAATGAAA TGCTAAATAA CCCACCCTAT 
ATGCCATATT TGGAATCTAG GGACAAGGGC CTGAGCAGCA AGACTCTGTG CATGGAGAGT 
CAGCAGATCC TGCCGGACAG CTCCCCCGTG GAGCACTACA ACGTGCACAA CCTGTACGGG 
TGGTCCCAGA CCAGACCCAC ATACGAAGCT GTGCAGGAGG TGACAGGACA GCGAGGGGTC 
ATCATCACCC GCTCCACATT TCCCTCTTCT GGACGCTGGG GAGGACACCG GTTGGGAAAC 
AACACAGCTG CATGGGACCA GCTGGGGAAA TCTATCATTG GCATGATGGA GTTCAGTCTC 
TTTGGAATAC CTTATACAGG AGCAGATATC TGTGGGTTCT TTGGAGATGC TGAATATGAG 
ATGTGTGTTC GCTGGATGCA ACTGGGGGCA TTTTATCCAT TTTCCAGAAA CCACAACAAC 
ATCGGGACAA GGAGACAAGA TCCTGTGGCC TGGAATTCAA CCTTTGAGAT GTTGTCCAGA 
AAAGTCCTAG AGACCAGATA TACCCTGCTT CCTTATCTCT ATACTCTGAT GCATAAAGCT 
CACGTTGAGG GCAGCACAGT TGTCCGGCCC CTTCTCCATG AGTTTACGGA TGACAGGACA 
ACATGGGATA TAGACCGTCA GTTCATGTTG GGCCCTGCTA TCTTAATCAG CCCTGTGTTG 
GAAACTAGCA CATTTGAGAT CTCTGCTTAT TTTCCGAGAG CCCGTTGGTA TGACTATAGC 
ACGGGAACTA GCAGCACATC AACAGGTCAG AGGAAAATCC TGAAGGCTCC CCTTGACCAC 
ATCAACCTTC ATGTCAGAGG AGGCTACATC CTGCCCTGGC AAGAGCCTGC TATGAACACT 
CACTCCAGTC GACAAAATTT TATGGGATTG ATTGTTGCTT TGGATGACAA TGGGACAGCT 
GAAGGCCAGG TGTTCTGGGA TGATGGACAA AGCATTGATA CCTATGAAAA TGGAAATTAT 
TTTTTGGCAA ACTTTATAGC AGCTCAGAAC ATCCTGCAAA TCCAGACCAT ACACAATAAG 
TATTTGAGTG ACTCGAATCC ACTAAAAGTT GGGTATATTA GAATCTGGGG TGTGAATACC 
TATGTGACAC AAGTCAGTTT CACCTATGAC AACCGGCAAT TTATGGAGAC AAATTTCAAG 
AGTGAACCTT ATAATCAGAT ACTAACTATT CAATTGACTG ACAAGACTAT CAACCTGGAA 
AAGTTAACTG AGGTTACTTG GATTGATGGT GGTCCTGTAC TTCCTACTCC AACTAAGACA 
AGTACCATCC CAATGAGTTC TCATCCTTCT CCATCTACTA CCAATGCCAC CAGTTCTGAG 
ACAATCACCA GTTCTGCCAG TGCAAATACT ACCACTGGCA CTACTGATAC TGTTCCTATC 
ACAACCACAT CTTTCCCAAG TACTACTAGT GTTACAACTA ATACTACTGT TCCTGATACA 
ACTTCTCCTT TCCCTACAAG TACTACTAAT GCTAGCACTA ATGCTACTGT TCCTATCACA 
ACCACACCTT TCCCAACAAG TACTATTGGT GTTACAACTA ATGCTACTGT TCCCAATACA 
ACTGCCCCTT TCCCAACAAA TGCTAGTACT GCTAGCACTA ATGCTACTGT TCCTATCACA 
ACCACATGTT TTGCAACAAG TACTATTGGT GTTACAACTA ATGCTACTGT TCCCGATACA 
ACTGCCCCTT TCCCAACAAA TACTACTACT GCTAGCACTA ATGCTACTAT TCCTATCACA 
ACCACACCTT TTGCAACAAG TACTATTAGT GTTACAACTA GTACTACTGT TCCTGATACA 
ACTGCTCCTT TCCCTACAAG TACTACTAGT GCTAGCACTA ATGCTACCCC TGTTCCTATC 
ACAACCACAC TTTTTGCAAC AAGTACTATT GGTGTTACAA CTGGTACTAC TGTTCCTGAT 
ACAACTGCTC CTTTCCCTAC AAGTACTACT AGTACTAGCA CTAGTGCTAC TGTTCCTATT 
ACAACCACAC CTTCCCCTAC AAATACTGCT GATGCTAACA CTAGTAATAC TGTTCCTAAT 
ACCACTATGC CTTCTCCTAC AAGTAGTACT ACTGTGAGTA CTATTGCTAC CGTTCCCATT 
TCAGTGACTC CTTCTCTGAC AAGTACTGCT GATGCCACCA TTAGTACTAC TGTACTTATT 
GCCACTACTT CTTCTCTAAC AGGTACTACT GATGTTAGCA CTAGTACTAC TATTAATAAT 
ATAAGTACTC CTGTTCAAAC AAATACTACT AATGCTAGCA CTAGTACTAA TGTTGCTAAT 
ATAACTGCTA CCTCTCATAC AAGTACTGAT GATACTGTTC CTAATAATAC TGTTCCAGTT 
ACAGCTATTC CTTCTCTTGC AAATACTGGT GTTGACACTA CTAGCAACAG TTTTTCCATT 
ATGACCACTT CTTTCTCTGA AAGTACTAAT GCTATGAACA CTACTGTTAT TATGGCAACT 
ACTTCTCCTA CAAGTACTGA TGTTGCTAGC ACAAATAATG ATGCTTCTAT GACAAATTTT 
CTTTTAGCTA CAATGTCTGC TGGTAATATA ACTAGTAATA GTATTTCCAT AACAACTACT 
TCTTTTGGTA ATAGTGTTCC TTTTGTGACT ACTCCTTCTC CAAGTACTGA TGCTACTACT 
ACAAGTAATA ATACTAATCC TGGCATGACT ACTTATTACC AGACTTCTCC TACCATTCCT 
ACCCATACTC TTACTTCTAT TCCTAGCTCT ATTACTTCTA TTTTGAGCAT GTTTCCAACA 
AGTAATACAT TCACTACTGA TAAAATTACT AATTTTACTA CCCCTACAAA TGCAAACACC 
ATTATTTTCA ACACTCTTGA TACAAAAAGT ACCATGGTAA TAGATGCTAC GGTCACTACT 
ACCAGCACCA AAGATAATAC CATGAGTCCA GATACAACAG TTACTTCCAT AGACAAATTC 
ACCACACACA TCACACAGTT CGCTACTCCC CATTCTGCTA CTACTACAAC ACTGGCCTTA 
AGCCACACCT CATTAGCTCC TACAAATCTT TCTAATCTAG GCACCATGGA TATTACTGAT 
GCAGATAACT CCAGCAGTGT TACAGGTAAC ACGACACACA TTTCTGTTTC AAATCTCACA 
ACAGCCTCAG TCACAATAAC AGCCACTGGT CTAGATTCAC AAACTCCCCA TATGGTAATA 
AATTCTGTGG CTACTTATTT ACCTATTACT GCAACTAGTG CTACCACAGA TACTACAAAT 
ATTACAAAAT ATGCTTTAAA TACTACCACT CCTGATAGTA CAGTACATAC CTCTGCTACT 
GCACCTACTT ATATTGCAAA TGCCATAAAT GCTACTCAAG TTCCATGA

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

MGAM2 ( XM_011516692.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011514994.1 Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X1, mRNA.

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CloneID	OHu74585
Clone ID Related Accession (Same CDS sequence)	XM_011516692.2
Accession Version	XM_011516692.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 6738bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	putative maltase-glucoamylase-like protein FLJ16351 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000007.14) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011516692.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCATGGG TAGGAAGCAT CTTTTTATCT TCTGTAGAGG TTACCCTTCA GCCAGCTCCT 
GCGATCACTT ATCGCACGAT TGGAGGCATT CTTGACTTTT ACGTATTCCT AGGAAACACT 
CCAGAACAAG TGGTTCAGGA ATACTTGGAG CTTGTTGGAC GGCCATTCTT CCCTCCCTAT 
TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG GACTATGGTG GCATCAATAA ATTGAAAGAA 
GTTGTAAGCC GAAATCGTTT AGCTGAGATA CCATATGATG TCCAGTACTC TGACATAGAC 
TACATGGATG GAAAGAAGGA TTTCACTGTT GATGAAGTCG CTTACTCTGG TCTCCCAGAT 
TTTGTCAAGG AGTTACATGA CAATGGACAG AAATATCTTA TTATTATGAA TCCTGGCATC 
TCCAAAAACT CTAACTACGA GCCCTATAAT AATGGAAGCC TAAAGAGAGT GTGGATCTTG 
GGGAGCAATG GCTTTGCTGT TGGGGAGGGA TATCCGGGAC CGACAGTCTT TCCCGATTAT 
ACCAATCCAG TATGCACTGA GTGGTGGACA GATCAGGTCG CTAAATTTCA TGATCATCTG 
GAGTTTGATG GAGTGTGGAT TGAAATGAAT GAAGTATCTA GCTTACTCCA AGCTTCTAAT 
AACCAGTGTG AATCCAACAA CTTGAACTTT CCTCCTTTTC TTCCTAGAGT TCTGGATCAC 
TTACTTTTTG CAAGAACTCT CTGCATGGAC ACGGAGTTTC ATGGGGGCCT TCATTATGAC 
ATCCACAGCT TGTATGGCCA CTCCATGGCA AGAACCACAA ACTTAGCCCT GGAGACCATC 
TTCATGAATA ATAGGAGCTT CATCTTATCC CGTTCTACTT TTGCTGGATC TGGCAAATTT 
GCTGCTCATT GGCTGGGGGA CAATGCGGCC ACATGGGATG ACCTCCGATG GTCTATCCCC 
ACTATCCTTG AGTTCAACCT GTTTGGCATC CCCATGGTAG GTGCCAACAT CTGTGGTTAT 
AACAACAATG TCACAGAGGA GCTCTGCAGA AGGTGGATGC AGCTTGGAGC ATTTTATCCA 
CTACCAAGGA ATCACAATGG GCCTGGGTTC AGGGACCAGG ATCCCGCTGC CTTTGGTGTT 
GATTCCCTGC TGCTGAAATC CTCCAGACAT TATCTGAACA TCCGCTACAC CTTGCTGCCC 
TATCTCTATA CCCTTTTCTA CCATGCTCAC ACCCGGGGAG AGACGGTAGC AAGGCCCCTT 
GTACATGAGT TCTACCAGGA CTCAGCCACG TGGGATGTGC ATGAGCAGTT CTTATGGGGA 
CCTGGACTCC TCATCACGCC TGTTTTATAT GAAGGTGTGG ACGAAGTGAA AGCATACATA 
CCTGATGCCA CCTGGTATGA CTATGAGACA GGAGTGGCCA TCTCATGGAG GAAACAGTTG 
GTGAATATGC TTCTCCCAGG TGACAAGATA GGACTTCATC TGCGAGGGGG CTACATATTT 
CCCACTCAGA AGCCAAACAC AACCACAGAA GCCAGCCGGA GGAATTCCCT GGGACTCATC 
ATCGCCTTGG ACTATAAGAG AGAAGCAAAG GGGGAGCTGT ACTGGGATGA CGGTGTATCT 
AAAGATGCTG TGACTGAAAA GAAGTATATT CTATATGATT TCTCTGTTAC CTCTAACCAT 
CTACAAGCAA AGATTATAAA TAATAATTAT ATGGACACTG ACAACCTCAT GTTCACAGAT 
ATCACAATCT TGGGAATGGA CAAACAGCCA GCTAATTTTA TCGTCCTACT GAATAATGTT 
GCCACCTCCA GTCCAAGCGT TGTCTACAAT GCTTCCACAA AGGTGGTAAC CATCACTGAT 
CTCCAAGGAC TGGTACTGGG ACAAGAATTC TCTATTAGGT GGAATCTTCC TGTCAGTGAC 
CTGGAGAAGT TCAACTGCTA CCCTGATGAT CCAACAGCCT CTGAGGAGAG TTGTAGGCAG 
CGGGGGTGTC TTTGGGAGGA CACATCTACT CCTGGAGTGC CCACCTGTTA CTATGACACC 
ATCCCTAATT ATGTTGCTAG TGATATTCAG TACCTGAACA CCAGCATCAC TGCAGACCTT 
TCCCTCCCGA TGGCCCCTGA GTCAGCTGCT GCTGCCGCCT CTGATTCTCT CTCTGCAAAG 
ATCAGCTTCC TCCACCTGAA AGTGATCTAT CACACAGCAA CCATGCTGCA GGTCAAGATC 
TATGACCCCA CTAATAAAAG GTATGAGGTT CCAGTACCAC TGAACACCCC TCCCCAACCA 
GTTGGTGACC CTGAAAACCG TCTGTATGAT GTCAGGATTC AGAACAATCC TTTTGGAATC 
CAGATTCAAC GCAAAAACTC CAGCACTGTG ATTTGGGATT CTCAACTCCC TGGCTTCATC 
TTCAATGACA TGTTTCTCTC CATTTCTACG CGTCTGCCGT CCCAGTACAT CTATGGCTTT 
GGGGAAACTG AGCACACGAC TTTCAGAAGA AACATGAACT GGAACACATG GGGAATGTTT 
GCTCATGATG AGCCACCTGC GTACAAGAAG AATTCCTATG GTGTCCACCC TTACTACATG 
GCACTGGAGG AGGATGGTAG TGCCCATGGA GTGCTCCTGC TAAATAGCAA TGCCATGGAT 
GTGACATTAC AGCCCACTCC TGCTCTGACA TACCGCACCA CAGGAGGGAT TTTGGACTTC 
TACATTGTTT TGGGGCCAAC CCCTGAACTT GTAACTCAGC AATACACAGA GTTGATTGGT 
CGGCCAGCAA TGATTCCATA CTGGGCCTTG GGATTCCATC TGAGTCGCTA TGGATACCAG 
AATGATGCTG AAATCTCCAG TTTGTATGAT GCAATGGTGG CAGCCCAGAT TCCCTATGAC 
GTCCAGCATG TAGACATCGA TTACATGAAC CGGAAGCTGG ATTTCACCCT CAGTGCCAAC 
TTTCAAAACC TCAGTCTTCT GATTGAGCAA ATGAAGAAAA ATGGCATGAG ATTTATTCTC 
ATTTTGGACC CAGCCATTTC TGGCAATGAG ACACAGTATC TCCCATTCAT TAGAGGACAG 
GAAAATAACG TGTTCATCAA ATGGCCTGAC ACCAATGACA TTGTCTGGGG AAAGGTTTGG 
CCAGATCTGC CTAATGTAAT TGTAGATGGA TCCCTTGACC ATGAAACTCA GGTTAAGCTT 
TACAGGGCCT ACGTTGCCTT TCCTGACTTC TTTCGTAATA GCACAGCTGC GTGGTGGAAG 
AAAGAGATAG AAGAGCTCTA TGCAAACCCT CGAGAGCCAG AGAAGAGCTT GAAGTTTGAT 
GGATTGTGGA TTGATATGAA TGAGCCATCA AATTTTGTGG ATGGATCTGT CAGGGGCTGC 
AGCAATGAAA TGCTAAATAA CCCACCCTAT ATGCCATATT TGGAATCTAG GGACAAGGGC 
CTGAGCAGCA AGACTCTGTG CATGGAGAGT CAGCAGATCC TGCCGGACAG CTCCCCCGTG 
GAGCACTACA ACGTGCACAA CCTGTACGGG TGGTCCCAGA CCAGACCCAC ATACGAAGCT 
GTGCAGGAGG TGACAGGACA GCGAGGGGTC ATCATCACCC GCTCCACATT TCCCTCTTCT 
GGACGCTGGG GAGGACACCG GTTGGGAAAC AACACAGCTG CATGGGACCA GCTGGGGAAA 
TCTATCATTG GCATGATGGA GTTCAGTCTC TTTGGAATAC CTTATACAGG AGCAGATATC 
TGTGGGTTCT TTGGAGATGC TGAATATGAG ATGTGTGTTC GCTGGATGCA ACTGGGGGCA 
TTTTATCCAT TTTCCAGAAA CCACAACAAC ATCGGGACAA GGAGACAAGA TCCTGTGGCC 
TGGAATTCAA CCTTTGAGAT GTTGTCCAGA AAAGTCCTAG AGACCAGATA TACCCTGCTT 
CCTTATCTCT ATACTCTGAT GCATAAAGCT CACGTTGAGG GCAGCACAGT TGTCCGGCCC 
CTTCTCCATG AGTTTACGGA TGACAGGACA ACATGGGATA TAGACCGTCA GTTCATGTTG 
GGCCCTGCTA TCTTAATCAG CCCTGTGTTG GAAACTAGCA CATTTGAGAT CTCTGCTTAT 
TTTCCGAGAG CCCGTTGGTA TGACTATAGC ACGGGAACTA GCAGCACATC AACAGGTCAG 
AGGAAAATCC TGAAGGCTCC CCTTGACCAC ATCAACCTTC ATGTCAGAGG AGGCTACATC 
CTGCCCTGGC AAGAGCCTGC TATGAACACT CACTCCAGTC GACAAAATTT TATGGGATTG 
ATTGTTGCTT TGGATGACAA TGGGACAGCT GAAGGCCAGG TGTTCTGGGA TGATGGACAA 
AGCATTGATA CCTATGAAAA TGGAAATTAT TTTTTGGCAA ACTTTATAGC AGCTCAGAAC 
ATCCTGCAAA TCCAGACCAT ACACAATAAG TATTTGAGTG ACTCGAATCC ACTAAAAGTT 
GGGTATATTA GAATCTGGGG TGTGAATACC TATGTGACAC AAGTCAGTTT CACCTATGAC 
AACCGGCAAT TTATGGAGAC AAATTTCAAG AGTGAACCTT ATAATCAGAT ACTAACTATT 
CAATTGACTG ACAAGACTAT CAACCTGGAA AAGTTAACTG AGGTTACTTG GATTGATGGT 
GGTCCTGTAC TTCCTACTCC AACTAAGACA AGTACCATCC CAATGAGTTC TCATCCTTCT 
CCATCTACTA CCAATGCCAC CAGTTCTGAG ACAATCACCA GTTCTGCCAG TGCAAATACT 
ACCACTGGCA CTACTGATAC TGTTCCTATC ACAACCACAT CTTTCCCAAG TACTACTAGT 
GTTACAACTA ATACTACTGT TCCTGATACA ACTTCTCCTT TCCCTACAAG TACTACTAAT 
GCTAGCACTA ATGCTACTGT TCCTATCACA ACCACACCTT TCCCAACAAG TACTATTGGT 
GTTACAACTA ATGCTACTGT TCCCAATACA ACTGCCCCTT TCCCAACAAA TGCTAGTACT 
GCTAGCACTA ATGCTACTGT TCCTATCACA ACCACATGTT TTGCAACAAG TACTATTGGT 
GTTACAACTA ATGCTACTGT TCCCGATACA ACTGCCCCTT TCCCAACAAA TACTACTACT 
GCTAGCACTA ATGCTACTAT TCCTATCACA ACCACACCTT TTGCAACAAG TACTATTAGT 
GTTACAACTA GTACTACTGT TCCTGATACA ACTGCTCCTT TCCCTACAAG TACTACTAGT 
GCTAGCACTA ATGCTACCCC TGTTCCTATC ACAACCACAC TTTTTGCAAC AAGTACTATT 
GGTGTTACAA CTGGTACTAC TGTTCCTGAT ACAACTGCTC CTTTCCCTAC AAGTACTACT 
AGTACTAGCA CTAGTGCTAC TGTTCCTATT ACAACCACAC CTTCCCCTAC AAATACTGCT 
GATGCTAACA CTAGTAATAC TGTTCCTAAT ACCACTATGC CTTCTCCTAC AAGTAGTACT 
ACTGTGAGTA CTATTGCTAC CGTTCCCATT TCAGTGACTC CTTCTCTGAC AAGTACTGCT 
GATGCCACCA TTAGTACTAC TGTACTTATT GCCACTACTT CTTCTCTAAC AGGTACTACT 
GATGTTAGCA CTAGTACTAC TATTAATAAT ATAAGTACTC CTGTTCAAAC AAATACTACT 
AATGCTAGCA CTAGTACTAA TGTTGCTAAT ATAACTGCTA CCTCTCATAC AAGTACTGAT 
GATACTGTTC CTAATAATAC TGTTCCAGTT ACAGCTATTC CTTCTCTTGC AAATACTGGT 
GTTGACACTA CTAGCAACAG TTTTTCCATT ATGACCACTT CTTTCTCTGA AAGTACTAAT 
GCTATGAACA CTACTGTTAT TATGGCAACT ACTTCTCCTA CAAGTACTGA TGTTGCTAGC 
ACAAATAATG ATGCTTCTAT GACAAATTTT CTTTTAGCTA CAATGTCTGC TGGTAATATA 
ACTAGTAATA GTATTTCCAT AACAACTACT TCTTTTGGTA ATAGTGTTCC TTTTGTGACT 
ACTCCTTCTC CAAGTACTGA TGCTACTACT ACAAGTAATA ATACTAATCC TGGCATGACT 
ACTTATTACC AGACTTCTCC TACCATTCCT ACCCATACTC TTACTTCTAT TCCTAGCTCT 
ATTACTTCTA TTTTGAGCAT GTTTCCAACA AGTAATACAT TCACTACTGA TAAAATTACT 
AATTTTACTA CCCCTACAAA TGCAAACACC ATTATTTTCA ACACTCTTGA TACAAAAAGT 
ACCATGGTAA TAGATGCTAC GGTCACTACT ACCAGCACCA AAGATAATAC CATGAGTCCA 
GATACAACAG TTACTTCCAT AGACAAATTC ACCACACACA TCACACAGTT CGCTACTCCC 
CATTCTGCTA CTACTACAAC ACTGGCCTTA AGCCACACCT CATTAGCTCC TACAAATCTT 
TCTAATCTAG GCACCATGGA TATTACTGAT GCAGATAACT CCAGCAGTGT TACAGGTAAC 
ACGACACACA TTTCTGTTTC AAATCTCACA ACAGCCTCAG TCACAATAAC AGCCACTGGT 
CTAGATTCAC AAACTCCCCA TATGGTAATA AATTCTGTGG CTACTTATTT ACCTATTACT 
GCAACTAGTG CTACCACAGA TACTACAAAT ATTACAAAAT ATGCTTTAAA TACTACCACT 
CCTGATAGTA CAGTACATAC CTCTGCTACT GCACCTACTT ATATTGCAAA TGCCATAAAT 
GCTACTCAAG TTCCATGA

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

RefSeq	XP_011514994.1
CDS	85..6822
Translation	MPWVGSIFLSSVEVTLQPAPAITYRTIGGILDFYVFLGNTPEQVVQEYLELVGRPFFPPYWSLGFQLSRRDYGGINKLKEVVSRNRLAEIPYDVQYSDIDYMDGKKDFTVDEVAYSGLPDFVKELHDNGQKYLIIMNPGISKNSNYEPYNNGSLKRVWILGSNGFAVGEGYPGPTVFPDYTNPVCTEWWTDQVAKFHDHLEFDGVWIEMNEVSSLLQASNNQCESNNLNFPPFLPRVLDHLLFARTLCMDTEFHGGLHYDIHSLYGHSMARTTNLALETIFMNNRSFILSRSTFAGSGKFAAHWLGDNAATWDDLRWSIPTILEFNLFGIPMVGANICGYNNNVTEELCRRWMQLGAFYPLPRNHNGPGFRDQDPAAFGVDSLLLKSSRHYLNIRYTLLPYLYTLFYHAHTRGETVARPLVHEFYQDSATWDVHEQFLWGPGLLITPVLYEGVDEVKAYIPDATWYDYETGVAISWRKQLVNMLLPGDKIGLHLRGGYIFPTQKPNTTTEASRRNSLGLIIALDYKREAKGELYWDDGVSKDAVTEKKYILYDFSVTSNHLQAKIINNNYMDTDNLMFTDITILGMDKQPANFIVLLNNVATSSPSVVYNASTKVVTITDLQGLVLGQEFSIRWNLPVSDLEKFNCYPDDPTASEESCRQRGCLWEDTSTPGVPTCYYDTIPNYVASDIQYLNTSITADLSLPMAPESAAAAASDSLSAKISFLHLKVIYHTATMLQVKIYDPTNKRYEVPVPLNTPPQPVGDPENRLYDVRIQNNPFGIQIQRKNSSTVIWDSQLPGFIFNDMFLSISTRLPSQYIYGFGETEHTTFRRNMNWNTWGMFAHDEPPAYKKNSYGVHPYYMALEEDGSAHGVLLLNSNAMDVTLQPTPALTYRTTGGILDFYIVLGPTPELVTQQYTELIGRPAMIPYWALGFHLSRYGYQNDAEISSLYDAMVAAQIPYDVQHVDIDYMNRKLDFTLSANFQNLSLLIEQMKKNGMRFILILDPAISGNETQYLPFIRGQENNVFIKWPDTNDIVWGKVWPDLPNVIVDGSLDHETQVKLYRAYVAFPDFFRNSTAAWWKKEIEELYANPREPEKSLKFDGLWIDMNEPSNFVDGSVRGCSNEMLNNPPYMPYLESRDKGLSSKTLCMESQQILPDSSPVEHYNVHNLYGWSQTRPTYEAVQEVTGQRGVIITRSTFPSSGRWGGHRLGNNTAAWDQLGKSIIGMMEFSLFGIPYTGADICGFFGDAEYEMCVRWMQLGAFYPFSRNHNNIGTRRQDPVAWNSTFEMLSRKVLETRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFTDDRTTWDIDRQFMLGPAILISPVLETSTFEISAYFPRARWYDYSTGTSSTSTGQRKILKAPLDHINLHVRGGYILPWQEPAMNTHSSRQNFMGLIVALDDNGTAEGQVFWDDGQSIDTYENGNYFLANFIAAQNILQIQTIHNKYLSDSNPLKVGYIRIWGVNTYVTQVSFTYDNRQFMETNFKSEPYNQILTIQLTDKTINLEKLTEVTWIDGGPVLPTPTKTSTIPMSSHPSPSTTNATSSETITSSASANTTTGTTDTVPITTTSFPSTTSVTTNTTVPDTTSPFPTSTTNASTNATVPITTTPFPTSTIGVTTNATVPNTTAPFPTNASTASTNATVPITTTCFATSTIGVTTNATVPDTTAPFPTNTTTASTNATIPITTTPFATSTISVTTSTTVPDTTAPFPTSTTSASTNATPVPITTTLFATSTIGVTTGTTVPDTTAPFPTSTTSTSTSATVPITTTPSPTNTADANTSNTVPNTTMPSPTSSTTVSTIATVPISVTPSLTSTADATISTTVLIATTSSLTGTTDVSTSTTINNISTPVQTNTTNASTSTNVANITATSHTSTDDTVPNNTVPVTAIPSLANTGVDTTSNSFSIMTTSFSESTNAMNTTVIMATTSPTSTDVASTNNDASMTNFLLATMSAGNITSNSISITTTSFGNSVPFVTTPSPSTDATTTSNNTNPGMTTYYQTSPTIPTHTLTSIPSSITSILSMFPTSNTFTTDKITNFTTPTNANTIIFNTLDTKSTMVIDATVTTTSTKDNTMSPDTTVTSIDKFTTHITQFATPHSATTTTLALSHTSLAPTNLSNLGTMDITDADNSSSVTGNTTHISVSNLTTASVTITATGLDSQTPHMVINSVATYLPITATSATTDTTNITKYALNTTTPDSTVHTSATAPTYIANAINATQVP

Target ORF information:

RefSeq Version	XM_011516692.2
Organism	Homo sapiens(human)
Definition	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X1, mRNA.

Target ORF information:

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

XM_011516692.2

ORF Insert Sequence:

ATGCCATGGG TAGGAAGCAT CTTTTTATCT TCTGTAGAGG TTACCCTTCA GCCAGCTCCT 
GCGATCACTT ATCGCACGAT TGGAGGCATT CTTGACTTTT ACGTATTCCT AGGAAACACT 
CCAGAACAAG TGGTTCAGGA ATACTTGGAG CTTGTTGGAC GGCCATTCTT CCCTCCCTAT 
TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG GACTATGGTG GCATCAATAA ATTGAAAGAA 
GTTGTAAGCC GAAATCGTTT AGCTGAGATA CCATATGATG TCCAGTACTC TGACATAGAC 
TACATGGATG GAAAGAAGGA TTTCACTGTT GATGAAGTCG CTTACTCTGG TCTCCCAGAT 
TTTGTCAAGG AGTTACATGA CAATGGACAG AAATATCTTA TTATTATGAA TCCTGGCATC 
TCCAAAAACT CTAACTACGA GCCCTATAAT AATGGAAGCC TAAAGAGAGT GTGGATCTTG 
GGGAGCAATG GCTTTGCTGT TGGGGAGGGA TATCCGGGAC CGACAGTCTT TCCCGATTAT 
ACCAATCCAG TATGCACTGA GTGGTGGACA GATCAGGTCG CTAAATTTCA TGATCATCTG 
GAGTTTGATG GAGTGTGGAT TGAAATGAAT GAAGTATCTA GCTTACTCCA AGCTTCTAAT 
AACCAGTGTG AATCCAACAA CTTGAACTTT CCTCCTTTTC TTCCTAGAGT TCTGGATCAC 
TTACTTTTTG CAAGAACTCT CTGCATGGAC ACGGAGTTTC ATGGGGGCCT TCATTATGAC 
ATCCACAGCT TGTATGGCCA CTCCATGGCA AGAACCACAA ACTTAGCCCT GGAGACCATC 
TTCATGAATA ATAGGAGCTT CATCTTATCC CGTTCTACTT TTGCTGGATC TGGCAAATTT 
GCTGCTCATT GGCTGGGGGA CAATGCGGCC ACATGGGATG ACCTCCGATG GTCTATCCCC 
ACTATCCTTG AGTTCAACCT GTTTGGCATC CCCATGGTAG GTGCCAACAT CTGTGGTTAT 
AACAACAATG TCACAGAGGA GCTCTGCAGA AGGTGGATGC AGCTTGGAGC ATTTTATCCA 
CTACCAAGGA ATCACAATGG GCCTGGGTTC AGGGACCAGG ATCCCGCTGC CTTTGGTGTT 
GATTCCCTGC TGCTGAAATC CTCCAGACAT TATCTGAACA TCCGCTACAC CTTGCTGCCC 
TATCTCTATA CCCTTTTCTA CCATGCTCAC ACCCGGGGAG AGACGGTAGC AAGGCCCCTT 
GTACATGAGT TCTACCAGGA CTCAGCCACG TGGGATGTGC ATGAGCAGTT CTTATGGGGA 
CCTGGACTCC TCATCACGCC TGTTTTATAT GAAGGTGTGG ACGAAGTGAA AGCATACATA 
CCTGATGCCA CCTGGTATGA CTATGAGACA GGAGTGGCCA TCTCATGGAG GAAACAGTTG 
GTGAATATGC TTCTCCCAGG TGACAAGATA GGACTTCATC TGCGAGGGGG CTACATATTT 
CCCACTCAGA AGCCAAACAC AACCACAGAA GCCAGCCGGA GGAATTCCCT GGGACTCATC 
ATCGCCTTGG ACTATAAGAG AGAAGCAAAG GGGGAGCTGT ACTGGGATGA CGGTGTATCT 
AAAGATGCTG TGACTGAAAA GAAGTATATT CTATATGATT TCTCTGTTAC CTCTAACCAT 
CTACAAGCAA AGATTATAAA TAATAATTAT ATGGACACTG ACAACCTCAT GTTCACAGAT 
ATCACAATCT TGGGAATGGA CAAACAGCCA GCTAATTTTA TCGTCCTACT GAATAATGTT 
GCCACCTCCA GTCCAAGCGT TGTCTACAAT GCTTCCACAA AGGTGGTAAC CATCACTGAT 
CTCCAAGGAC TGGTACTGGG ACAAGAATTC TCTATTAGGT GGAATCTTCC TGTCAGTGAC 
CTGGAGAAGT TCAACTGCTA CCCTGATGAT CCAACAGCCT CTGAGGAGAG TTGTAGGCAG 
CGGGGGTGTC TTTGGGAGGA CACATCTACT CCTGGAGTGC CCACCTGTTA CTATGACACC 
ATCCCTAATT ATGTTGCTAG TGATATTCAG TACCTGAACA CCAGCATCAC TGCAGACCTT 
TCCCTCCCGA TGGCCCCTGA GTCAGCTGCT GCTGCCGCCT CTGATTCTCT CTCTGCAAAG 
ATCAGCTTCC TCCACCTGAA AGTGATCTAT CACACAGCAA CCATGCTGCA GGTCAAGATC 
TATGACCCCA CTAATAAAAG GTATGAGGTT CCAGTACCAC TGAACACCCC TCCCCAACCA 
GTTGGTGACC CTGAAAACCG TCTGTATGAT GTCAGGATTC AGAACAATCC TTTTGGAATC 
CAGATTCAAC GCAAAAACTC CAGCACTGTG ATTTGGGATT CTCAACTCCC TGGCTTCATC 
TTCAATGACA TGTTTCTCTC CATTTCTACG CGTCTGCCGT CCCAGTACAT CTATGGCTTT 
GGGGAAACTG AGCACACGAC TTTCAGAAGA AACATGAACT GGAACACATG GGGAATGTTT 
GCTCATGATG AGCCACCTGC GTACAAGAAG AATTCCTATG GTGTCCACCC TTACTACATG 
GCACTGGAGG AGGATGGTAG TGCCCATGGA GTGCTCCTGC TAAATAGCAA TGCCATGGAT 
GTGACATTAC AGCCCACTCC TGCTCTGACA TACCGCACCA CAGGAGGGAT TTTGGACTTC 
TACATTGTTT TGGGGCCAAC CCCTGAACTT GTAACTCAGC AATACACAGA GTTGATTGGT 
CGGCCAGCAA TGATTCCATA CTGGGCCTTG GGATTCCATC TGAGTCGCTA TGGATACCAG 
AATGATGCTG AAATCTCCAG TTTGTATGAT GCAATGGTGG CAGCCCAGAT TCCCTATGAC 
GTCCAGCATG TAGACATCGA TTACATGAAC CGGAAGCTGG ATTTCACCCT CAGTGCCAAC 
TTTCAAAACC TCAGTCTTCT GATTGAGCAA ATGAAGAAAA ATGGCATGAG ATTTATTCTC 
ATTTTGGACC CAGCCATTTC TGGCAATGAG ACACAGTATC TCCCATTCAT TAGAGGACAG 
GAAAATAACG TGTTCATCAA ATGGCCTGAC ACCAATGACA TTGTCTGGGG AAAGGTTTGG 
CCAGATCTGC CTAATGTAAT TGTAGATGGA TCCCTTGACC ATGAAACTCA GGTTAAGCTT 
TACAGGGCCT ACGTTGCCTT TCCTGACTTC TTTCGTAATA GCACAGCTGC GTGGTGGAAG 
AAAGAGATAG AAGAGCTCTA TGCAAACCCT CGAGAGCCAG AGAAGAGCTT GAAGTTTGAT 
GGATTGTGGA TTGATATGAA TGAGCCATCA AATTTTGTGG ATGGATCTGT CAGGGGCTGC 
AGCAATGAAA TGCTAAATAA CCCACCCTAT ATGCCATATT TGGAATCTAG GGACAAGGGC 
CTGAGCAGCA AGACTCTGTG CATGGAGAGT CAGCAGATCC TGCCGGACAG CTCCCCCGTG 
GAGCACTACA ACGTGCACAA CCTGTACGGG TGGTCCCAGA CCAGACCCAC ATACGAAGCT 
GTGCAGGAGG TGACAGGACA GCGAGGGGTC ATCATCACCC GCTCCACATT TCCCTCTTCT 
GGACGCTGGG GAGGACACCG GTTGGGAAAC AACACAGCTG CATGGGACCA GCTGGGGAAA 
TCTATCATTG GCATGATGGA GTTCAGTCTC TTTGGAATAC CTTATACAGG AGCAGATATC 
TGTGGGTTCT TTGGAGATGC TGAATATGAG ATGTGTGTTC GCTGGATGCA ACTGGGGGCA 
TTTTATCCAT TTTCCAGAAA CCACAACAAC ATCGGGACAA GGAGACAAGA TCCTGTGGCC 
TGGAATTCAA CCTTTGAGAT GTTGTCCAGA AAAGTCCTAG AGACCAGATA TACCCTGCTT 
CCTTATCTCT ATACTCTGAT GCATAAAGCT CACGTTGAGG GCAGCACAGT TGTCCGGCCC 
CTTCTCCATG AGTTTACGGA TGACAGGACA ACATGGGATA TAGACCGTCA GTTCATGTTG 
GGCCCTGCTA TCTTAATCAG CCCTGTGTTG GAAACTAGCA CATTTGAGAT CTCTGCTTAT 
TTTCCGAGAG CCCGTTGGTA TGACTATAGC ACGGGAACTA GCAGCACATC AACAGGTCAG 
AGGAAAATCC TGAAGGCTCC CCTTGACCAC ATCAACCTTC ATGTCAGAGG AGGCTACATC 
CTGCCCTGGC AAGAGCCTGC TATGAACACT CACTCCAGTC GACAAAATTT TATGGGATTG 
ATTGTTGCTT TGGATGACAA TGGGACAGCT GAAGGCCAGG TGTTCTGGGA TGATGGACAA 
AGCATTGATA CCTATGAAAA TGGAAATTAT TTTTTGGCAA ACTTTATAGC AGCTCAGAAC 
ATCCTGCAAA TCCAGACCAT ACACAATAAG TATTTGAGTG ACTCGAATCC ACTAAAAGTT 
GGGTATATTA GAATCTGGGG TGTGAATACC TATGTGACAC AAGTCAGTTT CACCTATGAC 
AACCGGCAAT TTATGGAGAC AAATTTCAAG AGTGAACCTT ATAATCAGAT ACTAACTATT 
CAATTGACTG ACAAGACTAT CAACCTGGAA AAGTTAACTG AGGTTACTTG GATTGATGGT 
GGTCCTGTAC TTCCTACTCC AACTAAGACA AGTACCATCC CAATGAGTTC TCATCCTTCT 
CCATCTACTA CCAATGCCAC CAGTTCTGAG ACAATCACCA GTTCTGCCAG TGCAAATACT 
ACCACTGGCA CTACTGATAC TGTTCCTATC ACAACCACAT CTTTCCCAAG TACTACTAGT 
GTTACAACTA ATACTACTGT TCCTGATACA ACTTCTCCTT TCCCTACAAG TACTACTAAT 
GCTAGCACTA ATGCTACTGT TCCTATCACA ACCACACCTT TCCCAACAAG TACTATTGGT 
GTTACAACTA ATGCTACTGT TCCCAATACA ACTGCCCCTT TCCCAACAAA TGCTAGTACT 
GCTAGCACTA ATGCTACTGT TCCTATCACA ACCACATGTT TTGCAACAAG TACTATTGGT 
GTTACAACTA ATGCTACTGT TCCCGATACA ACTGCCCCTT TCCCAACAAA TACTACTACT 
GCTAGCACTA ATGCTACTAT TCCTATCACA ACCACACCTT TTGCAACAAG TACTATTAGT 
GTTACAACTA GTACTACTGT TCCTGATACA ACTGCTCCTT TCCCTACAAG TACTACTAGT 
GCTAGCACTA ATGCTACCCC TGTTCCTATC ACAACCACAC TTTTTGCAAC AAGTACTATT 
GGTGTTACAA CTGGTACTAC TGTTCCTGAT ACAACTGCTC CTTTCCCTAC AAGTACTACT 
AGTACTAGCA CTAGTGCTAC TGTTCCTATT ACAACCACAC CTTCCCCTAC AAATACTGCT 
GATGCTAACA CTAGTAATAC TGTTCCTAAT ACCACTATGC CTTCTCCTAC AAGTAGTACT 
ACTGTGAGTA CTATTGCTAC CGTTCCCATT TCAGTGACTC CTTCTCTGAC AAGTACTGCT 
GATGCCACCA TTAGTACTAC TGTACTTATT GCCACTACTT CTTCTCTAAC AGGTACTACT 
GATGTTAGCA CTAGTACTAC TATTAATAAT ATAAGTACTC CTGTTCAAAC AAATACTACT 
AATGCTAGCA CTAGTACTAA TGTTGCTAAT ATAACTGCTA CCTCTCATAC AAGTACTGAT 
GATACTGTTC CTAATAATAC TGTTCCAGTT ACAGCTATTC CTTCTCTTGC AAATACTGGT 
GTTGACACTA CTAGCAACAG TTTTTCCATT ATGACCACTT CTTTCTCTGA AAGTACTAAT 
GCTATGAACA CTACTGTTAT TATGGCAACT ACTTCTCCTA CAAGTACTGA TGTTGCTAGC 
ACAAATAATG ATGCTTCTAT GACAAATTTT CTTTTAGCTA CAATGTCTGC TGGTAATATA 
ACTAGTAATA GTATTTCCAT AACAACTACT TCTTTTGGTA ATAGTGTTCC TTTTGTGACT 
ACTCCTTCTC CAAGTACTGA TGCTACTACT ACAAGTAATA ATACTAATCC TGGCATGACT 
ACTTATTACC AGACTTCTCC TACCATTCCT ACCCATACTC TTACTTCTAT TCCTAGCTCT 
ATTACTTCTA TTTTGAGCAT GTTTCCAACA AGTAATACAT TCACTACTGA TAAAATTACT 
AATTTTACTA CCCCTACAAA TGCAAACACC ATTATTTTCA ACACTCTTGA TACAAAAAGT 
ACCATGGTAA TAGATGCTAC GGTCACTACT ACCAGCACCA AAGATAATAC CATGAGTCCA 
GATACAACAG TTACTTCCAT AGACAAATTC ACCACACACA TCACACAGTT CGCTACTCCC 
CATTCTGCTA CTACTACAAC ACTGGCCTTA AGCCACACCT CATTAGCTCC TACAAATCTT 
TCTAATCTAG GCACCATGGA TATTACTGAT GCAGATAACT CCAGCAGTGT TACAGGTAAC 
ACGACACACA TTTCTGTTTC AAATCTCACA ACAGCCTCAG TCACAATAAC AGCCACTGGT 
CTAGATTCAC AAACTCCCCA TATGGTAATA AATTCTGTGG CTACTTATTT ACCTATTACT 
GCAACTAGTG CTACCACAGA TACTACAAAT ATTACAAAAT ATGCTTTAAA TACTACCACT 
CCTGATAGTA CAGTACATAC CTCTGCTACT GCACCTACTT ATATTGCAAA TGCCATAAAT 
GCTACTCAAG TTCCATGA

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

MGAM2 ( XM_011516693.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011514995.1 Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X3, mRNA.

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CloneID	OHu74586
Clone ID Related Accession (Same CDS sequence)	XM_011516693.2
Accession Version	XM_011516693.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 4983bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	putative maltase-glucoamylase-like protein FLJ16351 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000007.14) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011516693.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGACAAAC AGCCAGCTAA TTTTATCGTC CTACTGAATA ATGTTGCCAC CTCCAGTCCA 
AGCGTTGTCT ACAATGCTTC CACAAAGGTG GTAACCATCA CTGATCTCCA AGGACTGGTA 
CTGGGACAAG AATTCTCTAT TAGGTGGAAT CTTCCTGTCA GTGACCTGGA GAAGTTCAAC 
TGCTACCCTG ATGATCCAAC AGCCTCTGAG GAGAGTTGTA GGCAGCGGGG GTGTCTTTGG 
GAGGACACAT CTACTCCTGG AGTGCCCACC TGTTACTATG ACACCATCCC TAATTATGTT 
GCTAGTGATA TTCAGTACCT GAACACCAGC ATCACTGCAG ACCTTTCCCT CCCGATGGCC 
CCTGAGTCAG CTGCTGCTGC CGCCTCTGAT TCTCTCTCTG CAAAGATCAG CTTCCTCCAC 
CTGAAAGTGA TCTATCACAC AGCAACCATG CTGCAGGTCA AGATCTATGA CCCCACTAAT 
AAAAGGTATG AGGTTCCAGT ACCACTGAAC ACCCCTCCCC AACCAGTTGG TGACCCTGAA 
AACCGTCTGT ATGATGTCAG GATTCAGAAC AATCCTTTTG GAATCCAGAT TCAACGCAAA 
AACTCCAGCA CTGTGATTTG GGATTCTCAA CTCCCTGGCT TCATCTTCAA TGACATGTTT 
CTCTCCATTT CTACGCGTCT GCCGTCCCAG TACATCTATG GCTTTGGGGA AACTGAGCAC 
ACGACTTTCA GAAGAAACAT GAACTGGAAC ACATGGGGAA TGTTTGCTCA TGATGAGCCA 
CCTGCGTACA AGAAGAATTC CTATGGTGTC CACCCTTACT ACATGGCACT GGAGGAGGAT 
GGTAGTGCCC ATGGAGTGCT CCTGCTAAAT AGCAATGCCA TGGATGTGAC ATTACAGCCC 
ACTCCTGCTC TGACATACCG CACCACAGGA GGGATTTTGG ACTTCTACAT TGTTTTGGGG 
CCAACCCCTG AACTTGTAAC TCAGCAATAC ACAGAGTTGA TTGGTCGGCC AGCAATGATT 
CCATACTGGG CCTTGGGATT CCATCTGAGT CGCTATGGAT ACCAGAATGA TGCTGAAATC 
TCCAGTTTGT ATGATGCAAT GGTGGCAGCC CAGATTCCCT ATGACGTCCA GCATGTAGAC 
ATCGATTACA TGAACCGGAA GCTGGATTTC ACCCTCAGTG CCAACTTTCA AAACCTCAGT 
CTTCTGATTG AGCAAATGAA GAAAAATGGC ATGAGATTTA TTCTCATTTT GGACCCAGCC 
ATTTCTGGCA ATGAGACACA GTATCTCCCA TTCATTAGAG GACAGGAAAA TAACGTGTTC 
ATCAAATGGC CTGACACCAA TGACATTGTC TGGGGAAAGG TTTGGCCAGA TCTGCCTAAT 
GTAATTGTAG ATGGATCCCT TGACCATGAA ACTCAGGTTA AGCTTTACAG GGCCTACGTT 
GCCTTTCCTG ACTTCTTTCG TAATAGCACA GCTGCGTGGT GGAAGAAAGA GATAGAAGAG 
CTCTATGCAA ACCCTCGAGA GCCAGAGAAG AGCTTGAAGT TTGATGGATT GTGGATTGAT 
ATGAATGAGC CATCAAATTT TGTGGATGGA TCTGTCAGGG GCTGCAGCAA TGAAATGCTA 
AATAACCCAC CCTATATGCC ATATTTGGAA TCTAGGGACA AGGGCCTGAG CAGCAAGACT 
CTGTGCATGG AGAGTCAGCA GATCCTGCCG GACAGCTCCC CCGTGGAGCA CTACAACGTG 
CACAACCTGT ACGGGTGGTC CCAGACCAGA CCCACATACG AAGCTGTGCA GGAGGTGACA 
GGACAGCGAG GGGTCATCAT CACCCGCTCC ACATTTCCCT CTTCTGGACG CTGGGGAGGA 
CACCGGTTGG GAAACAACAC AGCTGCATGG GACCAGCTGG GGAAATCTAT CATTGGCATG 
ATGGAGTTCA GTCTCTTTGG AATACCTTAT ACAGGAGCAG ATATCTGTGG GTTCTTTGGA 
GATGCTGAAT ATGAGATGTG TGTTCGCTGG ATGCAACTGG GGGCATTTTA TCCATTTTCC 
AGAAACCACA ACAACATCGG GACAAGGAGA CAAGATCCTG TGGCCTGGAA TTCAACCTTT 
GAGATGTTGT CCAGAAAAGT CCTAGAGACC AGATATACCC TGCTTCCTTA TCTCTATACT 
CTGATGCATA AAGCTCACGT TGAGGGCAGC ACAGTTGTCC GGCCCCTTCT CCATGAGTTT 
ACGGATGACA GGACAACATG GGATATAGAC CGTCAGTTCA TGTTGGGCCC TGCTATCTTA 
ATCAGCCCTG TGTTGGAAAC TAGCACATTT GAGATCTCTG CTTATTTTCC GAGAGCCCGT 
TGGTATGACT ATAGCACGGG AACTAGCAGC ACATCAACAG GTCAGAGGAA AATCCTGAAG 
GCTCCCCTTG ACCACATCAA CCTTCATGTC AGAGGAGGCT ACATCCTGCC CTGGCAAGAG 
CCTGCTATGA ACACTCACTC CAGTCGACAA AATTTTATGG GATTGATTGT TGCTTTGGAT 
GACAATGGGA CAGCTGAAGG CCAGGTGTTC TGGGATGATG GACAAAGCAT TGATACCTAT 
GAAAATGGAA ATTATTTTTT GGCAAACTTT ATAGCAGCTC AGAACATCCT GCAAATCCAG 
ACCATACACA ATAAGTATTT GAGTGACTCG AATCCACTAA AAGTTGGGTA TATTAGAATC 
TGGGGTGTGA ATACCTATGT GACACAAGTC AGTTTCACCT ATGACAACCG GCAATTTATG 
GAGACAAATT TCAAGAGTGA ACCTTATAAT CAGATACTAA CTATTCAATT GACTGACAAG 
ACTATCAACC TGGAAAAGTT AACTGAGGTT ACTTGGATTG ATGGTGGTCC TGTACTTCCT 
ACTCCAACTA AGACAAGTAC CATCCCAATG AGTTCTCATC CTTCTCCATC TACTACCAAT 
GCCACCAGTT CTGAGACAAT CACCAGTTCT GCCAGTGCAA ATACTACCAC TGGCACTACT 
GATACTGTTC CTATCACAAC CACATCTTTC CCAAGTACTA CTAGTGTTAC AACTAATACT 
ACTGTTCCTG ATACAACTTC TCCTTTCCCT ACAAGTACTA CTAATGCTAG CACTAATGCT 
ACTGTTCCTA TCACAACCAC ACCTTTCCCA ACAAGTACTA TTGGTGTTAC AACTAATGCT 
ACTGTTCCCA ATACAACTGC CCCTTTCCCA ACAAATGCTA GTACTGCTAG CACTAATGCT 
ACTGTTCCTA TCACAACCAC ATGTTTTGCA ACAAGTACTA TTGGTGTTAC AACTAATGCT 
ACTGTTCCCG ATACAACTGC CCCTTTCCCA ACAAATACTA CTACTGCTAG CACTAATGCT 
ACTATTCCTA TCACAACCAC ACCTTTTGCA ACAAGTACTA TTAGTGTTAC AACTAGTACT 
ACTGTTCCTG ATACAACTGC TCCTTTCCCT ACAAGTACTA CTAGTGCTAG CACTAATGCT 
ACCCCTGTTC CTATCACAAC CACACTTTTT GCAACAAGTA CTATTGGTGT TACAACTGGT 
ACTACTGTTC CTGATACAAC TGCTCCTTTC CCTACAAGTA CTACTAGTAC TAGCACTAGT 
GCTACTGTTC CTATTACAAC CACACCTTCC CCTACAAATA CTGCTGATGC TAACACTAGT 
AATACTGTTC CTAATACCAC TATGCCTTCT CCTACAAGTA GTACTACTGT GAGTACTATT 
GCTACCGTTC CCATTTCAGT GACTCCTTCT CTGACAAGTA CTGCTGATGC CACCATTAGT 
ACTACTGTAC TTATTGCCAC TACTTCTTCT CTAACAGGTA CTACTGATGT TAGCACTAGT 
ACTACTATTA ATAATATAAG TACTCCTGTT CAAACAAATA CTACTAATGC TAGCACTAGT 
ACTAATGTTG CTAATATAAC TGCTACCTCT CATACAAGTA CTGATGATAC TGTTCCTAAT 
AATACTGTTC CAGTTACAGC TATTCCTTCT CTTGCAAATA CTGGTGTTGA CACTACTAGC 
AACAGTTTTT CCATTATGAC CACTTCTTTC TCTGAAAGTA CTAATGCTAT GAACACTACT 
GTTATTATGG CAACTACTTC TCCTACAAGT ACTGATGTTG CTAGCACAAA TAATGATGCT 
TCTATGACAA ATTTTCTTTT AGCTACAATG TCTGCTGGTA ATATAACTAG TAATAGTATT 
TCCATAACAA CTACTTCTTT TGGTAATAGT GTTCCTTTTG TGACTACTCC TTCTCCAAGT 
ACTGATGCTA CTACTACAAG TAATAATACT AATCCTGGCA TGACTACTTA TTACCAGACT 
TCTCCTACCA TTCCTACCCA TACTCTTACT TCTATTCCTA GCTCTATTAC TTCTATTTTG 
AGCATGTTTC CAACAAGTAA TACATTCACT ACTGATAAAA TTACTAATTT TACTACCCCT 
ACAAATGCAA ACACCATTAT TTTCAACACT CTTGATACAA AAAGTACCAT GGTAATAGAT 
GCTACGGTCA CTACTACCAG CACCAAAGAT AATACCATGA GTCCAGATAC AACAGTTACT 
TCCATAGACA AATTCACCAC ACACATCACA CAGTTCGCTA CTCCCCATTC TGCTACTACT 
ACAACACTGG CCTTAAGCCA CACCTCATTA GCTCCTACAA ATCTTTCTAA TCTAGGCACC 
ATGGATATTA CTGATGCAGA TAACTCCAGC AGTGTTACAG GTAACACGAC ACACATTTCT 
GTTTCAAATC TCACAACAGC CTCAGTCACA ATAACAGCCA CTGGTCTAGA TTCACAAACT 
CCCCATATGG TAATAAATTC TGTGGCTACT TATTTACCTA TTACTGCAAC TAGTGCTACC 
ACAGATACTA CAAATATTAC AAAATATGCT TTAAATACTA CCACTCCTGA TAGTACAGTA 
CATACCTCTG CTACTGCACC TACTTATATT GCAAATGCCA TAAATGCTAC TCAAGTTCCA 
TGA

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

RefSeq	XP_011514995.1
CDS	105..5087
Translation	MDKQPANFIVLLNNVATSSPSVVYNASTKVVTITDLQGLVLGQEFSIRWNLPVSDLEKFNCYPDDPTASEESCRQRGCLWEDTSTPGVPTCYYDTIPNYVASDIQYLNTSITADLSLPMAPESAAAAASDSLSAKISFLHLKVIYHTATMLQVKIYDPTNKRYEVPVPLNTPPQPVGDPENRLYDVRIQNNPFGIQIQRKNSSTVIWDSQLPGFIFNDMFLSISTRLPSQYIYGFGETEHTTFRRNMNWNTWGMFAHDEPPAYKKNSYGVHPYYMALEEDGSAHGVLLLNSNAMDVTLQPTPALTYRTTGGILDFYIVLGPTPELVTQQYTELIGRPAMIPYWALGFHLSRYGYQNDAEISSLYDAMVAAQIPYDVQHVDIDYMNRKLDFTLSANFQNLSLLIEQMKKNGMRFILILDPAISGNETQYLPFIRGQENNVFIKWPDTNDIVWGKVWPDLPNVIVDGSLDHETQVKLYRAYVAFPDFFRNSTAAWWKKEIEELYANPREPEKSLKFDGLWIDMNEPSNFVDGSVRGCSNEMLNNPPYMPYLESRDKGLSSKTLCMESQQILPDSSPVEHYNVHNLYGWSQTRPTYEAVQEVTGQRGVIITRSTFPSSGRWGGHRLGNNTAAWDQLGKSIIGMMEFSLFGIPYTGADICGFFGDAEYEMCVRWMQLGAFYPFSRNHNNIGTRRQDPVAWNSTFEMLSRKVLETRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFTDDRTTWDIDRQFMLGPAILISPVLETSTFEISAYFPRARWYDYSTGTSSTSTGQRKILKAPLDHINLHVRGGYILPWQEPAMNTHSSRQNFMGLIVALDDNGTAEGQVFWDDGQSIDTYENGNYFLANFIAAQNILQIQTIHNKYLSDSNPLKVGYIRIWGVNTYVTQVSFTYDNRQFMETNFKSEPYNQILTIQLTDKTINLEKLTEVTWIDGGPVLPTPTKTSTIPMSSHPSPSTTNATSSETITSSASANTTTGTTDTVPITTTSFPSTTSVTTNTTVPDTTSPFPTSTTNASTNATVPITTTPFPTSTIGVTTNATVPNTTAPFPTNASTASTNATVPITTTCFATSTIGVTTNATVPDTTAPFPTNTTTASTNATIPITTTPFATSTISVTTSTTVPDTTAPFPTSTTSASTNATPVPITTTLFATSTIGVTTGTTVPDTTAPFPTSTTSTSTSATVPITTTPSPTNTADANTSNTVPNTTMPSPTSSTTVSTIATVPISVTPSLTSTADATISTTVLIATTSSLTGTTDVSTSTTINNISTPVQTNTTNASTSTNVANITATSHTSTDDTVPNNTVPVTAIPSLANTGVDTTSNSFSIMTTSFSESTNAMNTTVIMATTSPTSTDVASTNNDASMTNFLLATMSAGNITSNSISITTTSFGNSVPFVTTPSPSTDATTTSNNTNPGMTTYYQTSPTIPTHTLTSIPSSITSILSMFPTSNTFTTDKITNFTTPTNANTIIFNTLDTKSTMVIDATVTTTSTKDNTMSPDTTVTSIDKFTTHITQFATPHSATTTTLALSHTSLAPTNLSNLGTMDITDADNSSSVTGNTTHISVSNLTTASVTITATGLDSQTPHMVINSVATYLPITATSATTDTTNITKYALNTTTPDSTVHTSATAPTYIANAINATQVP

Target ORF information:

RefSeq Version	XM_011516693.2
Organism	Homo sapiens(human)
Definition	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X3, mRNA.

Target ORF information:

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

XM_011516693.2

ORF Insert Sequence:

ATGGACAAAC AGCCAGCTAA TTTTATCGTC CTACTGAATA ATGTTGCCAC CTCCAGTCCA 
AGCGTTGTCT ACAATGCTTC CACAAAGGTG GTAACCATCA CTGATCTCCA AGGACTGGTA 
CTGGGACAAG AATTCTCTAT TAGGTGGAAT CTTCCTGTCA GTGACCTGGA GAAGTTCAAC 
TGCTACCCTG ATGATCCAAC AGCCTCTGAG GAGAGTTGTA GGCAGCGGGG GTGTCTTTGG 
GAGGACACAT CTACTCCTGG AGTGCCCACC TGTTACTATG ACACCATCCC TAATTATGTT 
GCTAGTGATA TTCAGTACCT GAACACCAGC ATCACTGCAG ACCTTTCCCT CCCGATGGCC 
CCTGAGTCAG CTGCTGCTGC CGCCTCTGAT TCTCTCTCTG CAAAGATCAG CTTCCTCCAC 
CTGAAAGTGA TCTATCACAC AGCAACCATG CTGCAGGTCA AGATCTATGA CCCCACTAAT 
AAAAGGTATG AGGTTCCAGT ACCACTGAAC ACCCCTCCCC AACCAGTTGG TGACCCTGAA 
AACCGTCTGT ATGATGTCAG GATTCAGAAC AATCCTTTTG GAATCCAGAT TCAACGCAAA 
AACTCCAGCA CTGTGATTTG GGATTCTCAA CTCCCTGGCT TCATCTTCAA TGACATGTTT 
CTCTCCATTT CTACGCGTCT GCCGTCCCAG TACATCTATG GCTTTGGGGA AACTGAGCAC 
ACGACTTTCA GAAGAAACAT GAACTGGAAC ACATGGGGAA TGTTTGCTCA TGATGAGCCA 
CCTGCGTACA AGAAGAATTC CTATGGTGTC CACCCTTACT ACATGGCACT GGAGGAGGAT 
GGTAGTGCCC ATGGAGTGCT CCTGCTAAAT AGCAATGCCA TGGATGTGAC ATTACAGCCC 
ACTCCTGCTC TGACATACCG CACCACAGGA GGGATTTTGG ACTTCTACAT TGTTTTGGGG 
CCAACCCCTG AACTTGTAAC TCAGCAATAC ACAGAGTTGA TTGGTCGGCC AGCAATGATT 
CCATACTGGG CCTTGGGATT CCATCTGAGT CGCTATGGAT ACCAGAATGA TGCTGAAATC 
TCCAGTTTGT ATGATGCAAT GGTGGCAGCC CAGATTCCCT ATGACGTCCA GCATGTAGAC 
ATCGATTACA TGAACCGGAA GCTGGATTTC ACCCTCAGTG CCAACTTTCA AAACCTCAGT 
CTTCTGATTG AGCAAATGAA GAAAAATGGC ATGAGATTTA TTCTCATTTT GGACCCAGCC 
ATTTCTGGCA ATGAGACACA GTATCTCCCA TTCATTAGAG GACAGGAAAA TAACGTGTTC 
ATCAAATGGC CTGACACCAA TGACATTGTC TGGGGAAAGG TTTGGCCAGA TCTGCCTAAT 
GTAATTGTAG ATGGATCCCT TGACCATGAA ACTCAGGTTA AGCTTTACAG GGCCTACGTT 
GCCTTTCCTG ACTTCTTTCG TAATAGCACA GCTGCGTGGT GGAAGAAAGA GATAGAAGAG 
CTCTATGCAA ACCCTCGAGA GCCAGAGAAG AGCTTGAAGT TTGATGGATT GTGGATTGAT 
ATGAATGAGC CATCAAATTT TGTGGATGGA TCTGTCAGGG GCTGCAGCAA TGAAATGCTA 
AATAACCCAC CCTATATGCC ATATTTGGAA TCTAGGGACA AGGGCCTGAG CAGCAAGACT 
CTGTGCATGG AGAGTCAGCA GATCCTGCCG GACAGCTCCC CCGTGGAGCA CTACAACGTG 
CACAACCTGT ACGGGTGGTC CCAGACCAGA CCCACATACG AAGCTGTGCA GGAGGTGACA 
GGACAGCGAG GGGTCATCAT CACCCGCTCC ACATTTCCCT CTTCTGGACG CTGGGGAGGA 
CACCGGTTGG GAAACAACAC AGCTGCATGG GACCAGCTGG GGAAATCTAT CATTGGCATG 
ATGGAGTTCA GTCTCTTTGG AATACCTTAT ACAGGAGCAG ATATCTGTGG GTTCTTTGGA 
GATGCTGAAT ATGAGATGTG TGTTCGCTGG ATGCAACTGG GGGCATTTTA TCCATTTTCC 
AGAAACCACA ACAACATCGG GACAAGGAGA CAAGATCCTG TGGCCTGGAA TTCAACCTTT 
GAGATGTTGT CCAGAAAAGT CCTAGAGACC AGATATACCC TGCTTCCTTA TCTCTATACT 
CTGATGCATA AAGCTCACGT TGAGGGCAGC ACAGTTGTCC GGCCCCTTCT CCATGAGTTT 
ACGGATGACA GGACAACATG GGATATAGAC CGTCAGTTCA TGTTGGGCCC TGCTATCTTA 
ATCAGCCCTG TGTTGGAAAC TAGCACATTT GAGATCTCTG CTTATTTTCC GAGAGCCCGT 
TGGTATGACT ATAGCACGGG AACTAGCAGC ACATCAACAG GTCAGAGGAA AATCCTGAAG 
GCTCCCCTTG ACCACATCAA CCTTCATGTC AGAGGAGGCT ACATCCTGCC CTGGCAAGAG 
CCTGCTATGA ACACTCACTC CAGTCGACAA AATTTTATGG GATTGATTGT TGCTTTGGAT 
GACAATGGGA CAGCTGAAGG CCAGGTGTTC TGGGATGATG GACAAAGCAT TGATACCTAT 
GAAAATGGAA ATTATTTTTT GGCAAACTTT ATAGCAGCTC AGAACATCCT GCAAATCCAG 
ACCATACACA ATAAGTATTT GAGTGACTCG AATCCACTAA AAGTTGGGTA TATTAGAATC 
TGGGGTGTGA ATACCTATGT GACACAAGTC AGTTTCACCT ATGACAACCG GCAATTTATG 
GAGACAAATT TCAAGAGTGA ACCTTATAAT CAGATACTAA CTATTCAATT GACTGACAAG 
ACTATCAACC TGGAAAAGTT AACTGAGGTT ACTTGGATTG ATGGTGGTCC TGTACTTCCT 
ACTCCAACTA AGACAAGTAC CATCCCAATG AGTTCTCATC CTTCTCCATC TACTACCAAT 
GCCACCAGTT CTGAGACAAT CACCAGTTCT GCCAGTGCAA ATACTACCAC TGGCACTACT 
GATACTGTTC CTATCACAAC CACATCTTTC CCAAGTACTA CTAGTGTTAC AACTAATACT 
ACTGTTCCTG ATACAACTTC TCCTTTCCCT ACAAGTACTA CTAATGCTAG CACTAATGCT 
ACTGTTCCTA TCACAACCAC ACCTTTCCCA ACAAGTACTA TTGGTGTTAC AACTAATGCT 
ACTGTTCCCA ATACAACTGC CCCTTTCCCA ACAAATGCTA GTACTGCTAG CACTAATGCT 
ACTGTTCCTA TCACAACCAC ATGTTTTGCA ACAAGTACTA TTGGTGTTAC AACTAATGCT 
ACTGTTCCCG ATACAACTGC CCCTTTCCCA ACAAATACTA CTACTGCTAG CACTAATGCT 
ACTATTCCTA TCACAACCAC ACCTTTTGCA ACAAGTACTA TTAGTGTTAC AACTAGTACT 
ACTGTTCCTG ATACAACTGC TCCTTTCCCT ACAAGTACTA CTAGTGCTAG CACTAATGCT 
ACCCCTGTTC CTATCACAAC CACACTTTTT GCAACAAGTA CTATTGGTGT TACAACTGGT 
ACTACTGTTC CTGATACAAC TGCTCCTTTC CCTACAAGTA CTACTAGTAC TAGCACTAGT 
GCTACTGTTC CTATTACAAC CACACCTTCC CCTACAAATA CTGCTGATGC TAACACTAGT 
AATACTGTTC CTAATACCAC TATGCCTTCT CCTACAAGTA GTACTACTGT GAGTACTATT 
GCTACCGTTC CCATTTCAGT GACTCCTTCT CTGACAAGTA CTGCTGATGC CACCATTAGT 
ACTACTGTAC TTATTGCCAC TACTTCTTCT CTAACAGGTA CTACTGATGT TAGCACTAGT 
ACTACTATTA ATAATATAAG TACTCCTGTT CAAACAAATA CTACTAATGC TAGCACTAGT 
ACTAATGTTG CTAATATAAC TGCTACCTCT CATACAAGTA CTGATGATAC TGTTCCTAAT 
AATACTGTTC CAGTTACAGC TATTCCTTCT CTTGCAAATA CTGGTGTTGA CACTACTAGC 
AACAGTTTTT CCATTATGAC CACTTCTTTC TCTGAAAGTA CTAATGCTAT GAACACTACT 
GTTATTATGG CAACTACTTC TCCTACAAGT ACTGATGTTG CTAGCACAAA TAATGATGCT 
TCTATGACAA ATTTTCTTTT AGCTACAATG TCTGCTGGTA ATATAACTAG TAATAGTATT 
TCCATAACAA CTACTTCTTT TGGTAATAGT GTTCCTTTTG TGACTACTCC TTCTCCAAGT 
ACTGATGCTA CTACTACAAG TAATAATACT AATCCTGGCA TGACTACTTA TTACCAGACT 
TCTCCTACCA TTCCTACCCA TACTCTTACT TCTATTCCTA GCTCTATTAC TTCTATTTTG 
AGCATGTTTC CAACAAGTAA TACATTCACT ACTGATAAAA TTACTAATTT TACTACCCCT 
ACAAATGCAA ACACCATTAT TTTCAACACT CTTGATACAA AAAGTACCAT GGTAATAGAT 
GCTACGGTCA CTACTACCAG CACCAAAGAT AATACCATGA GTCCAGATAC AACAGTTACT 
TCCATAGACA AATTCACCAC ACACATCACA CAGTTCGCTA CTCCCCATTC TGCTACTACT 
ACAACACTGG CCTTAAGCCA CACCTCATTA GCTCCTACAA ATCTTTCTAA TCTAGGCACC 
ATGGATATTA CTGATGCAGA TAACTCCAGC AGTGTTACAG GTAACACGAC ACACATTTCT 
GTTTCAAATC TCACAACAGC CTCAGTCACA ATAACAGCCA CTGGTCTAGA TTCACAAACT 
CCCCATATGG TAATAAATTC TGTGGCTACT TATTTACCTA TTACTGCAAC TAGTGCTACC 
ACAGATACTA CAAATATTAC AAAATATGCT TTAAATACTA CCACTCCTGA TAGTACAGTA 
CATACCTCTG CTACTGCACC TACTTATATT GCAAATGCCA TAAATGCTAC TCAAGTTCCA 
TGA

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

MGAM2 ( XM_011516694.2 ) cDNA ORF clone, Homo sapiens(human) -> XP_011514996.1 Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X4, mRNA.

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CloneID	OHu74587
Clone ID Related Accession (Same CDS sequence)	XM_011516694.2
Accession Version	XM_011516694.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3834bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2019-12-05
Organism	Homo sapiens(human)
Product	putative maltase-glucoamylase-like protein FLJ16351 isoform X3
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_000007.14) annotated using gene prediction method: Gnomon, supported by EST evidence. Also see: Documentation of NCBI's Annotation Process On Jun 6, 2016 this sequence version replaced XM_011516694.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Updated annotation Annotation Name :: Homo sapiens Updated Annotation Release 109.20191205 Annotation Version :: 109.20191205 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.3 Annotation Method :: Best-placed RefSeq; propagated RefSeq model Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGAACCGGA AGCTGGATTT CACCCTCAGT GCCAACTTTC AAAACCTCAG TCTTCTGATT 
GAGCAAATGA AGAAAAATGG CATGAGATTT ATTCTCATTT TGGACCCAGC CATTTCTGGC 
AATGAGACAC AGTATCTCCC ATTCATTAGA GGACAGGAAA ATAACGTGTT CATCAAATGG 
CCTGACACCA ATGACATTGT CTGGGGAAAG GTTTGGCCAG ATCTGCCTAA TGTAATTGTA 
GATGGATCCC TTGACCATGA AACTCAGGTT AAGCTTTACA GGGCCTACGT TGCCTTTCCT 
GACTTCTTTC GTAATAGCAC AGCTGCGTGG TGGAAGAAAG AGATAGAAGA GCTCTATGCA 
AACCCTCGAG AGCCAGAGAA GAGCTTGAAG TTTGATGGAT TGTGGATTGA TATGAATGAG 
CCATCAAATT TTGTGGATGG ATCTGTCAGG GGCTGCAGCA ATGAAATGCT AAATAACCCA 
CCCTATATGC CATATTTGGA ATCTAGGGAC AAGGGCCTGA GCAGCAAGAC TCTGTGCATG 
GAGAGTCAGC AGATCCTGCC GGACAGCTCC CCCGTGGAGC ACTACAACGT GCACAACCTG 
TACGGGTGGT CCCAGACCAG ACCCACATAC GAAGCTGTGC AGGAGGTGAC AGGACAGCGA 
GGGGTCATCA TCACCCGCTC CACATTTCCC TCTTCTGGAC GCTGGGGAGG ACACCGGTTG 
GGAAACAACA CAGCTGCATG GGACCAGCTG GGGAAATCTA TCATTGGCAT GATGGAGTTC 
AGTCTCTTTG GAATACCTTA TACAGGAGCA GATATCTGTG GGTTCTTTGG AGATGCTGAA 
TATGAGATGT GTGTTCGCTG GATGCAACTG GGGGCATTTT ATCCATTTTC CAGAAACCAC 
AACAACATCG GGACAAGGAG ACAAGATCCT GTGGCCTGGA ATTCAACCTT TGAGATGTTG 
TCCAGAAAAG TCCTAGAGAC CAGATATACC CTGCTTCCTT ATCTCTATAC TCTGATGCAT 
AAAGCTCACG TTGAGGGCAG CACAGTTGTC CGGCCCCTTC TCCATGAGTT TACGGATGAC 
AGGACAACAT GGGATATAGA CCGTCAGTTC ATGTTGGGCC CTGCTATCTT AATCAGCCCT 
GTGTTGGAAA CTAGCACATT TGAGATCTCT GCTTATTTTC CGAGAGCCCG TTGGTATGAC 
TATAGCACGG GAACTAGCAG CACATCAACA GGTCAGAGGA AAATCCTGAA GGCTCCCCTT 
GACCACATCA ACCTTCATGT CAGAGGAGGC TACATCCTGC CCTGGCAAGA GCCTGCTATG 
AACACTCACT CCAGTCGACA AAATTTTATG GGATTGATTG TTGCTTTGGA TGACAATGGG 
ACAGCTGAAG GCCAGGTGTT CTGGGATGAT GGACAAAGCA TTGATACCTA TGAAAATGGA 
AATTATTTTT TGGCAAACTT TATAGCAGCT CAGAACATCC TGCAAATCCA GACCATACAC 
AATAAGTATT TGAGTGACTC GAATCCACTA AAAGTTGGGT ATATTAGAAT CTGGGGTGTG 
AATACCTATG TGACACAAGT CAGTTTCACC TATGACAACC GGCAATTTAT GGAGACAAAT 
TTCAAGAGTG AACCTTATAA TCAGATACTA ACTATTCAAT TGACTGACAA GACTATCAAC 
CTGGAAAAGT TAACTGAGGT TACTTGGATT GATGGTGGTC CTGTACTTCC TACTCCAACT 
AAGACAAGTA CCATCCCAAT GAGTTCTCAT CCTTCTCCAT CTACTACCAA TGCCACCAGT 
TCTGAGACAA TCACCAGTTC TGCCAGTGCA AATACTACCA CTGGCACTAC TGATACTGTT 
CCTATCACAA CCACATCTTT CCCAAGTACT ACTAGTGTTA CAACTAATAC TACTGTTCCT 
GATACAACTT CTCCTTTCCC TACAAGTACT ACTAATGCTA GCACTAATGC TACTGTTCCT 
ATCACAACCA CACCTTTCCC AACAAGTACT ATTGGTGTTA CAACTAATGC TACTGTTCCC 
AATACAACTG CCCCTTTCCC AACAAATGCT AGTACTGCTA GCACTAATGC TACTGTTCCT 
ATCACAACCA CATGTTTTGC AACAAGTACT ATTGGTGTTA CAACTAATGC TACTGTTCCC 
GATACAACTG CCCCTTTCCC AACAAATACT ACTACTGCTA GCACTAATGC TACTATTCCT 
ATCACAACCA CACCTTTTGC AACAAGTACT ATTAGTGTTA CAACTAGTAC TACTGTTCCT 
GATACAACTG CTCCTTTCCC TACAAGTACT ACTAGTGCTA GCACTAATGC TACCCCTGTT 
CCTATCACAA CCACACTTTT TGCAACAAGT ACTATTGGTG TTACAACTGG TACTACTGTT 
CCTGATACAA CTGCTCCTTT CCCTACAAGT ACTACTAGTA CTAGCACTAG TGCTACTGTT 
CCTATTACAA CCACACCTTC CCCTACAAAT ACTGCTGATG CTAACACTAG TAATACTGTT 
CCTAATACCA CTATGCCTTC TCCTACAAGT AGTACTACTG TGAGTACTAT TGCTACCGTT 
CCCATTTCAG TGACTCCTTC TCTGACAAGT ACTGCTGATG CCACCATTAG TACTACTGTA 
CTTATTGCCA CTACTTCTTC TCTAACAGGT ACTACTGATG TTAGCACTAG TACTACTATT 
AATAATATAA GTACTCCTGT TCAAACAAAT ACTACTAATG CTAGCACTAG TACTAATGTT 
GCTAATATAA CTGCTACCTC TCATACAAGT ACTGATGATA CTGTTCCTAA TAATACTGTT 
CCAGTTACAG CTATTCCTTC TCTTGCAAAT ACTGGTGTTG ACACTACTAG CAACAGTTTT 
TCCATTATGA CCACTTCTTT CTCTGAAAGT ACTAATGCTA TGAACACTAC TGTTATTATG 
GCAACTACTT CTCCTACAAG TACTGATGTT GCTAGCACAA ATAATGATGC TTCTATGACA 
AATTTTCTTT TAGCTACAAT GTCTGCTGGT AATATAACTA GTAATAGTAT TTCCATAACA 
ACTACTTCTT TTGGTAATAG TGTTCCTTTT GTGACTACTC CTTCTCCAAG TACTGATGCT 
ACTACTACAA GTAATAATAC TAATCCTGGC ATGACTACTT ATTACCAGAC TTCTCCTACC 
ATTCCTACCC ATACTCTTAC TTCTATTCCT AGCTCTATTA CTTCTATTTT GAGCATGTTT 
CCAACAAGTA ATACATTCAC TACTGATAAA ATTACTAATT TTACTACCCC TACAAATGCA 
AACACCATTA TTTTCAACAC TCTTGATACA AAAAGTACCA TGGTAATAGA TGCTACGGTC 
ACTACTACCA GCACCAAAGA TAATACCATG AGTCCAGATA CAACAGTTAC TTCCATAGAC 
AAATTCACCA CACACATCAC ACAGTTCGCT ACTCCCCATT CTGCTACTAC TACAACACTG 
GCCTTAAGCC ACACCTCATT AGCTCCTACA AATCTTTCTA ATCTAGGCAC CATGGATATT 
ACTGATGCAG ATAACTCCAG CAGTGTTACA GGTAACACGA CACACATTTC TGTTTCAAAT 
CTCACAACAG CCTCAGTCAC AATAACAGCC ACTGGTCTAG ATTCACAAAC TCCCCATATG 
GTAATAAATT CTGTGGCTAC TTATTTACCT ATTACTGCAA CTAGTGCTAC CACAGATACT 
ACAAATATTA CAAAATATGC TTTAAATACT ACCACTCCTG ATAGTACAGT ACATACCTCT 
GCTACTGCAC CTACTTATAT TGCAAATGCC ATAAATGCTA CTCAAGTTCC ATGA

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

RefSeq	XP_011514996.1
CDS	115..3948
Translation	MNRKLDFTLSANFQNLSLLIEQMKKNGMRFILILDPAISGNETQYLPFIRGQENNVFIKWPDTNDIVWGKVWPDLPNVIVDGSLDHETQVKLYRAYVAFPDFFRNSTAAWWKKEIEELYANPREPEKSLKFDGLWIDMNEPSNFVDGSVRGCSNEMLNNPPYMPYLESRDKGLSSKTLCMESQQILPDSSPVEHYNVHNLYGWSQTRPTYEAVQEVTGQRGVIITRSTFPSSGRWGGHRLGNNTAAWDQLGKSIIGMMEFSLFGIPYTGADICGFFGDAEYEMCVRWMQLGAFYPFSRNHNNIGTRRQDPVAWNSTFEMLSRKVLETRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFTDDRTTWDIDRQFMLGPAILISPVLETSTFEISAYFPRARWYDYSTGTSSTSTGQRKILKAPLDHINLHVRGGYILPWQEPAMNTHSSRQNFMGLIVALDDNGTAEGQVFWDDGQSIDTYENGNYFLANFIAAQNILQIQTIHNKYLSDSNPLKVGYIRIWGVNTYVTQVSFTYDNRQFMETNFKSEPYNQILTIQLTDKTINLEKLTEVTWIDGGPVLPTPTKTSTIPMSSHPSPSTTNATSSETITSSASANTTTGTTDTVPITTTSFPSTTSVTTNTTVPDTTSPFPTSTTNASTNATVPITTTPFPTSTIGVTTNATVPNTTAPFPTNASTASTNATVPITTTCFATSTIGVTTNATVPDTTAPFPTNTTTASTNATIPITTTPFATSTISVTTSTTVPDTTAPFPTSTTSASTNATPVPITTTLFATSTIGVTTGTTVPDTTAPFPTSTTSTSTSATVPITTTPSPTNTADANTSNTVPNTTMPSPTSSTTVSTIATVPISVTPSLTSTADATISTTVLIATTSSLTGTTDVSTSTTINNISTPVQTNTTNASTSTNVANITATSHTSTDDTVPNNTVPVTAIPSLANTGVDTTSNSFSIMTTSFSESTNAMNTTVIMATTSPTSTDVASTNNDASMTNFLLATMSAGNITSNSISITTTSFGNSVPFVTTPSPSTDATTTSNNTNPGMTTYYQTSPTIPTHTLTSIPSSITSILSMFPTSNTFTTDKITNFTTPTNANTIIFNTLDTKSTMVIDATVTTTSTKDNTMSPDTTVTSIDKFTTHITQFATPHSATTTTLALSHTSLAPTNLSNLGTMDITDADNSSSVTGNTTHISVSNLTTASVTITATGLDSQTPHMVINSVATYLPITATSATTDTTNITKYALNTTTPDSTVHTSATAPTYIANAINATQVP

Target ORF information:

RefSeq Version	XM_011516694.2
Organism	Homo sapiens(human)
Definition	Homo sapiens maltase-glucoamylase 2 (putative) (MGAM2), transcript variant X4, mRNA.

Target ORF information:

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

XM_011516694.2

ORF Insert Sequence:

ATGAACCGGA AGCTGGATTT CACCCTCAGT GCCAACTTTC AAAACCTCAG TCTTCTGATT 
GAGCAAATGA AGAAAAATGG CATGAGATTT ATTCTCATTT TGGACCCAGC CATTTCTGGC 
AATGAGACAC AGTATCTCCC ATTCATTAGA GGACAGGAAA ATAACGTGTT CATCAAATGG 
CCTGACACCA ATGACATTGT CTGGGGAAAG GTTTGGCCAG ATCTGCCTAA TGTAATTGTA 
GATGGATCCC TTGACCATGA AACTCAGGTT AAGCTTTACA GGGCCTACGT TGCCTTTCCT 
GACTTCTTTC GTAATAGCAC AGCTGCGTGG TGGAAGAAAG AGATAGAAGA GCTCTATGCA 
AACCCTCGAG AGCCAGAGAA GAGCTTGAAG TTTGATGGAT TGTGGATTGA TATGAATGAG 
CCATCAAATT TTGTGGATGG ATCTGTCAGG GGCTGCAGCA ATGAAATGCT AAATAACCCA 
CCCTATATGC CATATTTGGA ATCTAGGGAC AAGGGCCTGA GCAGCAAGAC TCTGTGCATG 
GAGAGTCAGC AGATCCTGCC GGACAGCTCC CCCGTGGAGC ACTACAACGT GCACAACCTG 
TACGGGTGGT CCCAGACCAG ACCCACATAC GAAGCTGTGC AGGAGGTGAC AGGACAGCGA 
GGGGTCATCA TCACCCGCTC CACATTTCCC TCTTCTGGAC GCTGGGGAGG ACACCGGTTG 
GGAAACAACA CAGCTGCATG GGACCAGCTG GGGAAATCTA TCATTGGCAT GATGGAGTTC 
AGTCTCTTTG GAATACCTTA TACAGGAGCA GATATCTGTG GGTTCTTTGG AGATGCTGAA 
TATGAGATGT GTGTTCGCTG GATGCAACTG GGGGCATTTT ATCCATTTTC CAGAAACCAC 
AACAACATCG GGACAAGGAG ACAAGATCCT GTGGCCTGGA ATTCAACCTT TGAGATGTTG 
TCCAGAAAAG TCCTAGAGAC CAGATATACC CTGCTTCCTT ATCTCTATAC TCTGATGCAT 
AAAGCTCACG TTGAGGGCAG CACAGTTGTC CGGCCCCTTC TCCATGAGTT TACGGATGAC 
AGGACAACAT GGGATATAGA CCGTCAGTTC ATGTTGGGCC CTGCTATCTT AATCAGCCCT 
GTGTTGGAAA CTAGCACATT TGAGATCTCT GCTTATTTTC CGAGAGCCCG TTGGTATGAC 
TATAGCACGG GAACTAGCAG CACATCAACA GGTCAGAGGA AAATCCTGAA GGCTCCCCTT 
GACCACATCA ACCTTCATGT CAGAGGAGGC TACATCCTGC CCTGGCAAGA GCCTGCTATG 
AACACTCACT CCAGTCGACA AAATTTTATG GGATTGATTG TTGCTTTGGA TGACAATGGG 
ACAGCTGAAG GCCAGGTGTT CTGGGATGAT GGACAAAGCA TTGATACCTA TGAAAATGGA 
AATTATTTTT TGGCAAACTT TATAGCAGCT CAGAACATCC TGCAAATCCA GACCATACAC 
AATAAGTATT TGAGTGACTC GAATCCACTA AAAGTTGGGT ATATTAGAAT CTGGGGTGTG 
AATACCTATG TGACACAAGT CAGTTTCACC TATGACAACC GGCAATTTAT GGAGACAAAT 
TTCAAGAGTG AACCTTATAA TCAGATACTA ACTATTCAAT TGACTGACAA GACTATCAAC 
CTGGAAAAGT TAACTGAGGT TACTTGGATT GATGGTGGTC CTGTACTTCC TACTCCAACT 
AAGACAAGTA CCATCCCAAT GAGTTCTCAT CCTTCTCCAT CTACTACCAA TGCCACCAGT 
TCTGAGACAA TCACCAGTTC TGCCAGTGCA AATACTACCA CTGGCACTAC TGATACTGTT 
CCTATCACAA CCACATCTTT CCCAAGTACT ACTAGTGTTA CAACTAATAC TACTGTTCCT 
GATACAACTT CTCCTTTCCC TACAAGTACT ACTAATGCTA GCACTAATGC TACTGTTCCT 
ATCACAACCA CACCTTTCCC AACAAGTACT ATTGGTGTTA CAACTAATGC TACTGTTCCC 
AATACAACTG CCCCTTTCCC AACAAATGCT AGTACTGCTA GCACTAATGC TACTGTTCCT 
ATCACAACCA CATGTTTTGC AACAAGTACT ATTGGTGTTA CAACTAATGC TACTGTTCCC 
GATACAACTG CCCCTTTCCC AACAAATACT ACTACTGCTA GCACTAATGC TACTATTCCT 
ATCACAACCA CACCTTTTGC AACAAGTACT ATTAGTGTTA CAACTAGTAC TACTGTTCCT 
GATACAACTG CTCCTTTCCC TACAAGTACT ACTAGTGCTA GCACTAATGC TACCCCTGTT 
CCTATCACAA CCACACTTTT TGCAACAAGT ACTATTGGTG TTACAACTGG TACTACTGTT 
CCTGATACAA CTGCTCCTTT CCCTACAAGT ACTACTAGTA CTAGCACTAG TGCTACTGTT 
CCTATTACAA CCACACCTTC CCCTACAAAT ACTGCTGATG CTAACACTAG TAATACTGTT 
CCTAATACCA CTATGCCTTC TCCTACAAGT AGTACTACTG TGAGTACTAT TGCTACCGTT 
CCCATTTCAG TGACTCCTTC TCTGACAAGT ACTGCTGATG CCACCATTAG TACTACTGTA 
CTTATTGCCA CTACTTCTTC TCTAACAGGT ACTACTGATG TTAGCACTAG TACTACTATT 
AATAATATAA GTACTCCTGT TCAAACAAAT ACTACTAATG CTAGCACTAG TACTAATGTT 
GCTAATATAA CTGCTACCTC TCATACAAGT ACTGATGATA CTGTTCCTAA TAATACTGTT 
CCAGTTACAG CTATTCCTTC TCTTGCAAAT ACTGGTGTTG ACACTACTAG CAACAGTTTT 
TCCATTATGA CCACTTCTTT CTCTGAAAGT ACTAATGCTA TGAACACTAC TGTTATTATG 
GCAACTACTT CTCCTACAAG TACTGATGTT GCTAGCACAA ATAATGATGC TTCTATGACA 
AATTTTCTTT TAGCTACAAT GTCTGCTGGT AATATAACTA GTAATAGTAT TTCCATAACA 
ACTACTTCTT TTGGTAATAG TGTTCCTTTT GTGACTACTC CTTCTCCAAG TACTGATGCT 
ACTACTACAA GTAATAATAC TAATCCTGGC ATGACTACTT ATTACCAGAC TTCTCCTACC 
ATTCCTACCC ATACTCTTAC TTCTATTCCT AGCTCTATTA CTTCTATTTT GAGCATGTTT 
CCAACAAGTA ATACATTCAC TACTGATAAA ATTACTAATT TTACTACCCC TACAAATGCA 
AACACCATTA TTTTCAACAC TCTTGATACA AAAAGTACCA TGGTAATAGA TGCTACGGTC 
ACTACTACCA GCACCAAAGA TAATACCATG AGTCCAGATA CAACAGTTAC TTCCATAGAC 
AAATTCACCA CACACATCAC ACAGTTCGCT ACTCCCCATT CTGCTACTAC TACAACACTG 
GCCTTAAGCC ACACCTCATT AGCTCCTACA AATCTTTCTA ATCTAGGCAC CATGGATATT 
ACTGATGCAG ATAACTCCAG CAGTGTTACA GGTAACACGA CACACATTTC TGTTTCAAAT 
CTCACAACAG CCTCAGTCAC AATAACAGCC ACTGGTCTAG ATTCACAAAC TCCCCATATG 
GTAATAAATT CTGTGGCTAC TTATTTACCT ATTACTGCAA CTAGTGCTAC CACAGATACT 
ACAAATATTA CAAAATATGC TTTAAATACT ACCACTCCTG ATAGTACAGT ACATACCTCT 
GCTACTGCAC CTACTTATAT TGCAAATGCC ATAAATGCTA CTCAAGTTCC ATGA

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

PubMed

A draft map of the human proteome.
Nature509(7502)575-81(2014 May)
Kim MS,Pinto SM,Getnet D,Nirujogi RS,Manda SS,Chaerkady R,Madugundu AK,Kelkar DS,Isserlin R,Jain S,Thomas JK,Muthusamy B,Leal-Rojas P,Kumar P,Sahasrabuddhe NA,Balakrishnan L,Advani J,George B,Renuse S,Selvan LD,Patil AH,Nanjappa V,Radhakrishnan A,Prasad S,Subbannayya T,Raju R,Kumar M,Sreenivasamurthy SK,Marimuthu A,Sathe GJ,Chavan S,Datta KK,Subbannayya Y,Sahu A,Yelamanchi SD,Jayaram S,Rajagopalan P,Sharma J,Murthy KR,Syed N,Goel R,Khan AA,Ahmad S,Dey G,Mudgal K,Chatterjee A,Huang TC,Zhong J,Wu X,Shaw PG,Freed D,Zahari MS,Mukherjee KK,Shankar S,Mahadevan A,Lam H,Mitchell CJ,Shankar SK,Satishchandra P,Schroeder JT,Sirdeshmukh R,Maitra A,Leach SD,Drake CG,Halushka MK,Prasad TS,Hruban RH,Kerr CL,Bader GD,Iacobuzio-Donahue CA,Gowda H,Pandey A

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MGAM2 cDNA ORF clone, Homo sapiens(human)

Gene

Clones

gRNAs

Related articles in PubMed

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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