MGAM2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene
Clones
gRNAs

Summary

Gene Symbol	MGAM2
Entrez Gene ID	100466340
Full Name	maltase-glucoamylase 2 (putative)
Gene Type	protein-coding
Organism	Ailuropoda melanoleuca(giant panda)

mRNA and Protein(s)

mRNA	Protein	Name
XM_011228033.2	XP_011226335.1	putative maltase-glucoamylase-like protein FLJ16351

Pathways from BioSystems
Gene Ontology

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)	Select
OAc20062	XM_011228033.2 Latest version!	Ailuropoda melanoleuca maltase-glucoamylase 2 (putative) (MGAM2), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	29-31	$1301.30 $1859.00

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

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

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

Reference Sequences (Refseq)

MGAM2 ( XM_011228033.2 ) cDNA ORF clone, Ailuropoda melanoleuca(giant panda) -> XP_011226335.1 Ailuropoda melanoleuca maltase-glucoamylase 2 (putative) (MGAM2), mRNA.

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CloneID	OAc20062
Clone ID Related Accession (Same CDS sequence)	XM_011228033.2
Accession Version	XM_011228033.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 7119bp) 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	1482768000000
Organism	Ailuropoda melanoleuca(giant panda)
Product	putative maltase-glucoamylase-like protein FLJ16351
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_003217797.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process On Dec 28, 2016 this sequence version replaced XM_011228033.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Ailuropoda melanoleuca Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGCAAGGA AACTCAGTAT ATTGGAAGTC CTTCTGATCA TCTTCTTCCT AACTGTACTG 
GCCTTAGATA TCTTCTTGAT GTTTTTTGTG TTTCAGAAAG ATGAAGAGGC TGAATTTGTT 
CCAGAGTGTC CAGAGATCCC TGAATCAGAC AGGATAGACT GTGCTCCAGG CCAGGTGGTG 
ACAGAGGATG TCTGCAGGCA GCAACATAAG TGCTGCTGGA AACCTGTGCC AGACACTAAT 
GTCCCTAGGT GCTTCTTCCC CAGGAACTGG GGCTACGAAG CCAACAGTAT CCAGAATGAC 
ACAAGTACAG GGTTTACAGC CCAGTTGAGA AAGTTGCCAT TCCCATCTCT GTTTGGATAT 
GATGTGAGGG ATGCCACCTT CACAGCTGAA TATCAGACAT CCAATCGTTT TCATTTTAAG 
ATTAGTGATA CTGACAACAA ACGCTATGAA GTCCCCCCTG AAATTATTAA CCTGTCTGAG 
AGGACTACTA ATACTTCCAA TTTGAACTAT TACATAGAGG TCATTGATAA GCCCTTCAGC 
ATCAAAATAA TGAGGACGAG CAACAGAAGA GTCCTATTGG ACACGAGCAT CGGGCCCCTG 
CAGTTCGCCC AGCAGTACCT GCAGCTGTCC TTCCGTCTGC CCAGCACCGC CGTGTACGGG 
CTGGGGGAGC ACGTGCACCA ACAGTACCGC CACAACATGA CCTGGAAGAC CTGGCCCATC 
TTCACCCGCG ATGCCGCCCC CACCGAGGGC ATGATTAATC TGTATGGAGC TCATACATTC 
TTCCTGTGCC TTGAAGACAC CAGCGGCTCC TCTTTTGGGG TTTTTCTATT GAACAGTAAT 
GCCATGGAGG TCACCCTGCA GCCTGCTCCT GCGATCACTT ACCGCACGAT TGGGGGCATC 
CTTGACTTCT ATGTATTCCT GGGAAATACT CCGGAACAAG TGGTTCAGGA ATACCTGGAG 
CTCATTGGAC GACCATTCCT GCCTCCCTAC TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG 
AACTATAGTG GCATCAGTGG ATTGAAGAAG GTTGTGGATC GAAATCGTGT AGCTGGGATC 
CCTTATGATG TCCAGTACTC TGACATAGAC TACATGGATG GAAATAAGGA TTTCACTGTC 
GATAAACAGG CTTTCCCTAA TCTCTCAGAT TTTACCAGCG ACTTACATAA GCAAGGACTG 
AAATATGTAA TCGTTATGAA TCCTGGCATC TTAAATAACT CTGACTACCC CCCATATATG 
AATGGAAGGA CAAAGAGAGT ATGGATCTTG GGGGACAATG GCTTTGTCGT TGGGCAGGGA 
TACCCCGGAT GGACCGTCTT TCCGGATTAC AGTAATCCGA TTTGCACTCA GTGGTGGAAG 
GAGCAGCTCA GTGAATTTCA TCAAAGTCTT GAGTTTGATG GAGTGTGGAT TGAAATGGAT 
GAAGTATCCA GCTTTCTCCA AGGTTCCGAT CGCGGGTGTG AATGGAACAC CTTCAACTTT 
CCTCCTTTCA CTCCCCGAAT TCTGGACCGC TTGCTTTTTG CAAGAACCCT CTGCATGGAT 
GCAGAATTTC AGTGGGGCCT TCACTATGAT GTCCACAGCT TGTATGGCTA CTCTATGGCA 
AAAGCGACAC ACTCGGCCAT GGAGAATATC TTCCCCAACA AAAGTAGCTT CATCTTATCC 
CGCTCTACTT TTGCTGGATC TGGCAAATAT GCTGCACACT GGTTGGGGGA CAATGCAGCC 
ACATGGAATG ATCTCCGATG GTCCATCCCT AGTATCCTTG AGTTCAACCT ATTTGGTATC 
CCCATGGTAG GTGCCAACAT CTGTGGTTAC ACAAAAAATG TCACAGAGGA GCTCTGCACA 
AGATGGATGC AGCTTGGAGC ATTTTATCCA CTATCGAGGA ATCACAATGG GCCTGGGTTC 
AGGGACCAGG ATCCGGCTGC CTTTGGCGAA CACTCTCTGC TGGTGCATTC CTCCAGATAT 
TATCTGAACA TCCGCTACGC CCTGCTGCCC TACCTCTACA CCCTCTTCTA CCGAGCTCAC 
GCCCGGGGGG ACACCGTAGC CAGGCCCCTG GTCCATGAGT TCTACCAGGA CCCAGCTACT 
TGGGATGTGC ACGAGCAGTT CTTATGGGGG CCTGGACTCC TCATCACACC TGTTTTATAT 
GAGGGTATGG ACCGAGTGAA AGCATACATA CCAGACGCCA TCTGGTACGA CTATGAGACA 
GGAGTAGCCG TCCAGTGGAG GAAACAATGG GTGGAGATGC TGCTGCCACT CGACAAGATA 
GGACTTCATC TCCGAGGGGG CTTCATATTT CCCACCCAGC AGCCCAACAC AACCACAGAG 
GCCAGTCGGA AGAATTCCCT GGGACTCATT GTTGCCTTGG ACTACAAGAG AGAGGCATGG 
GGCGAGCTGT ACTGGGATGA TGGTGTGTCT AAAGATGGTG AAAAGCAGTA TATTCTATAT 
GACTTTTCTG TCAGCTCTAA CCGTCTTCAG GCAAATATTA TAAATAATAG CTATATGGAC 
CCTAACAACC TCATGTTTAC AGATATCATA ATCTTGGGAA TGGACAAGCA ACCTACTGAT 
TTTACCGTCT TACTTAGTAA TTCTGCCACC TCCATTTCAA ATGTTGCCTA CAATGTTTCA 
TCAAAGGTGG TGGAGATCAG TGATCTCAAG GGACTGATAC TTGGTCAAGG ATTCTCCATT 
GAATGGAAAC TTCCAGTCAG TGACCTGGAG AAATTCAACT GCTACCCTGA GGATGCTGCC 
GTCTCTGAAG AGAGTTGCAA GCAGCGGGGG TGCCTTTGGG AGTCCACAGC TGTTCCTGAT 
GTGCCCACCT GTTACTACGA CACCATCCCT AGTTATGCCG CCAGTAACAT TCAGTACCTG 
CCTACGGGCA TCACCACAGA CCTTGCCCAC CTCGGGGCCC CTGAATCAGC CCGTGCTGCC 
TCTCGCTCGC TCTCTGCGGC AGTCAGCTTC CTCCGGCTGA GCGTGGTCTA CCACACAGAA 
AACATGCTGC AGTTCAAGAT CTTTGATTCC ATGAACAAAA GGTATGAGGT CCCAGTGCCT 
CTAAACACCC CTCCCTCTCC AGTTGGCTCC CCTGAAGACC GTCTGTATGA CGTCAGGATT 
CAGAACAATC CTTTTGGGAT CCAGATTCGA CGAAAAAGCT CCAGCACTGT GATTTGGGAT 
TCTCAGCTGC CTGGCTTCAC GTTCAACGAC ATGTTCCTCT CCATTTCTAC TCGCCTCCCC 
TCTCAGTACA TCTATGGCTT TGGGGAGACG GAGCACACAG CTTTCAGAAG AAATATGAAC 
TGGACCATGT GGGGAATGTT TGCTCGTGAT GAGCCCCCAG CGTACAAGAA GAATTCCTAT 
GGCGTCCACC CCTACTACAT GGCACTAGAG GAAGATGGCA GTGCCCATGG GGTGTTCCTG 
CTAAACAGCA ATGCCATGGA TGTGTCATTC CAGCCCACTC CTGCCCTGAC ATACCGCACC 
ACAGGAGGGA TTTTGAACTT TTATATGGTT TTGGGGCCAA CCCCTGAGCT TGTAACTCAA 
CAATACACTG AGCTGATTGG TCGGCCGGCA ATGACTCCAT ATTGGGCCTT GGGATTCCAG 
CTAAGTCGCT ATGGATACCA GAATGATACT GAGATCTCCC ACTTGTATGA GGCAATGATG 
GCAGCCCAGA TTCCCTATGA TGTCCAGCAT GTAGACATCG ATTACATGGA CAGGAAGCTG 
GACTTCACTC TCAGCCCCAG CTTCCAAAAC CTCAGCGTCC TGATTGAGCA AATGAAGAAT 
AATGGCATGA GATTCATTCT CATTCTGGAC CCAGCCATTT CTGGCAACGA GACCCAGTAT 
CGCCCATTCA CCAGAGGGCA GGATAACAAT GTATTCATCA AATGGCCCAA CAGCAATGAC 
ATTGTCTGGG GAAAGGTTTG GCCAGAACTG CCCAACGTGA ATGTGAATAC CTCCCTTGAC 
CATGAAACTC AGGTTAAGCT GTACAGAGCC AACGTTGCTT TTCCCGACTT CTTTCGTAAT 
AGCACAGCTG CATGGTGGAA GCTGGAAATA AAAGAGCTCT ATGCAAATTC TCAAGAGTCA 
GGGAAGAGCT TGAAGTTTGA CGGATTGTGG ATTGATATGA ATGAGCCATC AAACTTTGTG 
GATGGATCTG TCAGGAACTG CAGTGATGAC ATTCTTAATA ACCCACCCTA CGTGCCATAT 
TTGGAGTCCA GGGACAAGGG CCTGAGCAGC AAGACCCTGT GCATGGAGAG TGAGCAGGTC 
CTGCCAGACG GCTCGCAGGT GCGGCACTAC GACGTTCACA GCCTGTACGG ATGGGCCCAG 
ACCAGACCCA CCTACGAAGC TGTGCAGGAG GTGACGGGAC AGCGAGGGGT CGTCATCACC 
CGCTCCACAT TCCCCTCTTC TGGCCGCTGG GGAGGCCACT GGCTGGGTGA CAACACAGCC 
TCGTGGGACC AGCTGAGGAA ATCGATCATT GGCATGATGG AGTTCAGTCT CTTCGGAATA 
TCGTATACAG GAGCAGATAT TTGTGGCTTC TTTGGAAATG CTGAGTATGA GATGTGTGTT 
CGCTGGATGC AACTGGGGGC CTTTTATCCC TTTTCCAGAA ACCACAACAC CATCGGGACA 
AGGAGACAAG ATCCTGTGGC CTGGAATTCA ACCTTCGAGG TGTTCTCCAG AAAAGTCCTT 
CAGACCAGAT ACACCCTGTT GCCCTACCTC TACACTTTGA TGCATAAAGC TCACGTTGAG 
GGCAGCACTG TCGTCCGACC CCTTCTCCAT GAGTTTACGA ATGACAACAA AACATGGGAT 
ATAGACCGTC AGTTCATGTT GGGTCCTGCT CTCTTAATCA GCCCCGTGCT GGAAAGTAAC 
ACTTCTGAGA TCTCTGCTTA CTTTCCCAGA GCCCGTTGGT ATGACTACAG CACGGAATCT 
GGCAGTGTGT CAACAGGTGA GTGGAAAGCA CTGGGTGCTC CCCTTGACCA CATCAACCTT 
CATATCAGAG GGGGCTGCAT CCTGCCTTGG CAAGAGCCTG CGATGAACAC TCACTCCAGT 
CGACAAAAAT TTATGGGATT GACTGTTGCA TTGGACGACA ATGGGAAGGC TGAAGGCCAG 
ATATTCTGGG ATGATGGAGA AAGCATTGAT ACCTATGAAA ATGGAAACTA TTTCTTGGCA 
AAATTTACAG CAGCTCAGAA TCTATTGAAA ATCCAGACCA TACACAATAA GTATTTGAGT 
GACTCGAATC CACTGAAAGT TGGATATATT AAAATCTGGG GGACAAACTC TACTTCTGTG 
ACACAAGTCA CTTTCACCTA TGACAACCAG CAATTCACAG AGATGAATTT CAAGAGTGAC 
CCTTACAATC AGACTCTGAC TATTCAACTG ACTGACAAGA TTATCAGCCT AGAAAAACTA 
ACTGAGGTTA CTTGGATATA CGGTGGCCCT ATAGTTTCTA CTACACCTAT GACAAATACC 
TTCACAACAG GTTCTCTATA TCCTTCTACA GTTACTACTA AGGCTACCAC TTTTGAGACT 
ATTCTCACTA GTTTTGCTAC TACTAGTACT ACTCTTAGTA TCTCAACCAC TGCTTTCCCA 
ACAAGTACTA CTGAAGTTAC AGCTAGTACT ACTGGCCCTA GTACCACTAC ACCTTTCCTA 
ACAAGTACTA TTGAAGTTAT AACTAGTTCT AATGTTCCTA ATACCACTAC GCCTTCCCCC 
CCAAATACTA CCGCTACTAC TACTGACTTT ACAGCTGTTC CTAATACCAC TACGCCTTCC 
CCCCCAAATA CTACCGCTAG CAGTACTACT CTTCCTATCA CAGGCACTCC TTTCCCGACA 
GGCACTACTG GCTTTACAGC TAGTACTCCG GTTCCTAATA CCACTACGCC TTCCCCCCCA 
AATACTACCG CTAGCAGTAG TACTCTTCCT ATCACAGGCA CTCCTTTCCC GACAGGCACT 
ACTGGCTTTA CAGCTAGTAC TCCTGTTCCT AATACCACTA TGCCTTCCCC CCCAAATATT 
ACCACTAGCA GTAGTACTCT TCCTATCACA GGCACTCCTT TCCCGACAGG CACTACTGGC 
TTTACAGCTA GTACTCCTGT TCCTAATACC ACTATGCCTT CCCCCCCAAA TACTACCGCT 
AGCAGCAGTA CCCTTCCAAT CACCGGCACT CCTTTCCCAA CAGGTACTAC TGACTTTACA 
GCTTATACTC CTGTTCCTAA TACCACTATG CCTTCCCCAA CAAGTACCAC TACTGCTAGC 
ACTAGTACTA CCCTTCCTAT CACAAGCTCT CCTGTCCCAG AAAGCACTAT TGATGTTACA 
ACTAGTACTG CTGTTACTAA TACCACTCTG CCTTCCCCTA TAAGTACCAC TGCTAGCATT 
AGTACTACTC TTCCTATCAT AACCACTGCT TTCCCAACGA GTAATACTGA AGCTATCACC 
AATACCACTG TTCTAATTAC CACTACTCTT TCTCCAACAA GTACTGATAC TACTAGCACC 
AATAATACTG TTCCAATTAC AACTACTCCT TCTACGAATG GTAGTGCTAA TAGTACTATC 
AATGGTTTTC CTATTATGAC TACTTTTTCT GTAACTACTC ATGCTATGAA CACTACTGTT 
GCTATGGTAA CCACTTCTCC TATAAGTACT GATGTTGCTC GCACTGGCAA CCATACTCCC 
ATTACCAGTT CTCCTTCCCC TACAATATCT GGTGGTAATA GTACTAGTTA TACTATTCCT 
ACAATGTCTA CTCTTTCTAC AGATATTTAC ACTACTAGCA CTAATACCAT AGCTACCCCT 
ACCACCAAAA CTATACATAG TACAGGGCAT GAAGTAAATA TTACTGACAC AGATAACTCT 
AGCAGTGTTC CAGATAACAC TACACGTGTT TCTATTCCAA ATACCACAAT AGCCTTAGAC 
ACATTAATGA CTGCTCTTCT AGACACAGAA GCTCACCATC AGGTAACAAC AAACTCTACA 
GTCAGTTATT TACCTATTAT TGTAACTAAT GCTACCACCA GTATTATAAA TACTACCGCA 
TATGCTCTAA ATACTACCAT TCTTGATAGA CCAATGAATG CTTCTGCTAC CATACCAACT 
TATATTGCAA ATGCCGTAAA TGCTACTCTA GTTCCATGA

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

RefSeq	XP_011226335.1
CDS	1..7119
Translation	MARKLSILEVLLIIFFLTVLALDIFLMFFVFQKDEEAEFVPECPEIPESDRIDCAPGQVVTEDVCRQQHKCCWKPVPDTNVPRCFFPRNWGYEANSIQNDTSTGFTAQLRKLPFPSLFGYDVRDATFTAEYQTSNRFHFKISDTDNKRYEVPPEIINLSERTTNTSNLNYYIEVIDKPFSIKIMRTSNRRVLLDTSIGPLQFAQQYLQLSFRLPSTAVYGLGEHVHQQYRHNMTWKTWPIFTRDAAPTEGMINLYGAHTFFLCLEDTSGSSFGVFLLNSNAMEVTLQPAPAITYRTIGGILDFYVFLGNTPEQVVQEYLELIGRPFLPPYWSLGFQLSRRNYSGISGLKKVVDRNRVAGIPYDVQYSDIDYMDGNKDFTVDKQAFPNLSDFTSDLHKQGLKYVIVMNPGILNNSDYPPYMNGRTKRVWILGDNGFVVGQGYPGWTVFPDYSNPICTQWWKEQLSEFHQSLEFDGVWIEMDEVSSFLQGSDRGCEWNTFNFPPFTPRILDRLLFARTLCMDAEFQWGLHYDVHSLYGYSMAKATHSAMENIFPNKSSFILSRSTFAGSGKYAAHWLGDNAATWNDLRWSIPSILEFNLFGIPMVGANICGYTKNVTEELCTRWMQLGAFYPLSRNHNGPGFRDQDPAAFGEHSLLVHSSRYYLNIRYALLPYLYTLFYRAHARGDTVARPLVHEFYQDPATWDVHEQFLWGPGLLITPVLYEGMDRVKAYIPDAIWYDYETGVAVQWRKQWVEMLLPLDKIGLHLRGGFIFPTQQPNTTTEASRKNSLGLIVALDYKREAWGELYWDDGVSKDGEKQYILYDFSVSSNRLQANIINNSYMDPNNLMFTDIIILGMDKQPTDFTVLLSNSATSISNVAYNVSSKVVEISDLKGLILGQGFSIEWKLPVSDLEKFNCYPEDAAVSEESCKQRGCLWESTAVPDVPTCYYDTIPSYAASNIQYLPTGITTDLAHLGAPESARAASRSLSAAVSFLRLSVVYHTENMLQFKIFDSMNKRYEVPVPLNTPPSPVGSPEDRLYDVRIQNNPFGIQIRRKSSSTVIWDSQLPGFTFNDMFLSISTRLPSQYIYGFGETEHTAFRRNMNWTMWGMFARDEPPAYKKNSYGVHPYYMALEEDGSAHGVFLLNSNAMDVSFQPTPALTYRTTGGILNFYMVLGPTPELVTQQYTELIGRPAMTPYWALGFQLSRYGYQNDTEISHLYEAMMAAQIPYDVQHVDIDYMDRKLDFTLSPSFQNLSVLIEQMKNNGMRFILILDPAISGNETQYRPFTRGQDNNVFIKWPNSNDIVWGKVWPELPNVNVNTSLDHETQVKLYRANVAFPDFFRNSTAAWWKLEIKELYANSQESGKSLKFDGLWIDMNEPSNFVDGSVRNCSDDILNNPPYVPYLESRDKGLSSKTLCMESEQVLPDGSQVRHYDVHSLYGWAQTRPTYEAVQEVTGQRGVVITRSTFPSSGRWGGHWLGDNTASWDQLRKSIIGMMEFSLFGISYTGADICGFFGNAEYEMCVRWMQLGAFYPFSRNHNTIGTRRQDPVAWNSTFEVFSRKVLQTRYTLLPYLYTLMHKAHVEGSTVVRPLLHEFTNDNKTWDIDRQFMLGPALLISPVLESNTSEISAYFPRARWYDYSTESGSVSTGEWKALGAPLDHINLHIRGGCILPWQEPAMNTHSSRQKFMGLTVALDDNGKAEGQIFWDDGESIDTYENGNYFLAKFTAAQNLLKIQTIHNKYLSDSNPLKVGYIKIWGTNSTSVTQVTFTYDNQQFTEMNFKSDPYNQTLTIQLTDKIISLEKLTEVTWIYGGPIVSTTPMTNTFTTGSLYPSTVTTKATTFETILTSFATTSTTLSISTTAFPTSTTEVTASTTGPSTTTPFLTSTIEVITSSNVPNTTTPSPPNTTATTTDFTAVPNTTTPSPPNTTASSTTLPITGTPFPTGTTGFTASTPVPNTTTPSPPNTTASSSTLPITGTPFPTGTTGFTASTPVPNTTMPSPPNITTSSSTLPITGTPFPTGTTGFTASTPVPNTTMPSPPNTTASSSTLPITGTPFPTGTTDFTAYTPVPNTTMPSPTSTTTASTSTTLPITSSPVPESTIDVTTSTAVTNTTLPSPISTTASISTTLPIITTAFPTSNTEAITNTTVLITTTLSPTSTDTTSTNNTVPITTTPSTNGSANSTINGFPIMTTFSVTTHAMNTTVAMVTTSPISTDVARTGNHTPITSSPSPTISGGNSTSYTIPTMSTLSTDIYTTSTNTIATPTTKTIHSTGHEVNITDTDNSSSVPDNTTRVSIPNTTIALDTLMTALLDTEAHHQVTTNSTVSYLPIIVTNATTSIINTTAYALNTTILDRPMNASATIPTYIANAVNATLVP

Target ORF information:

RefSeq Version	XM_011228033.2
Organism	Ailuropoda melanoleuca(giant panda)
Definition	Ailuropoda melanoleuca 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

XM_011228033.2

ORF Insert Sequence:

ATGGCAAGGA AACTCAGTAT ATTGGAAGTC CTTCTGATCA TCTTCTTCCT AACTGTACTG 
GCCTTAGATA TCTTCTTGAT GTTTTTTGTG TTTCAGAAAG ATGAAGAGGC TGAATTTGTT 
CCAGAGTGTC CAGAGATCCC TGAATCAGAC AGGATAGACT GTGCTCCAGG CCAGGTGGTG 
ACAGAGGATG TCTGCAGGCA GCAACATAAG TGCTGCTGGA AACCTGTGCC AGACACTAAT 
GTCCCTAGGT GCTTCTTCCC CAGGAACTGG GGCTACGAAG CCAACAGTAT CCAGAATGAC 
ACAAGTACAG GGTTTACAGC CCAGTTGAGA AAGTTGCCAT TCCCATCTCT GTTTGGATAT 
GATGTGAGGG ATGCCACCTT CACAGCTGAA TATCAGACAT CCAATCGTTT TCATTTTAAG 
ATTAGTGATA CTGACAACAA ACGCTATGAA GTCCCCCCTG AAATTATTAA CCTGTCTGAG 
AGGACTACTA ATACTTCCAA TTTGAACTAT TACATAGAGG TCATTGATAA GCCCTTCAGC 
ATCAAAATAA TGAGGACGAG CAACAGAAGA GTCCTATTGG ACACGAGCAT CGGGCCCCTG 
CAGTTCGCCC AGCAGTACCT GCAGCTGTCC TTCCGTCTGC CCAGCACCGC CGTGTACGGG 
CTGGGGGAGC ACGTGCACCA ACAGTACCGC CACAACATGA CCTGGAAGAC CTGGCCCATC 
TTCACCCGCG ATGCCGCCCC CACCGAGGGC ATGATTAATC TGTATGGAGC TCATACATTC 
TTCCTGTGCC TTGAAGACAC CAGCGGCTCC TCTTTTGGGG TTTTTCTATT GAACAGTAAT 
GCCATGGAGG TCACCCTGCA GCCTGCTCCT GCGATCACTT ACCGCACGAT TGGGGGCATC 
CTTGACTTCT ATGTATTCCT GGGAAATACT CCGGAACAAG TGGTTCAGGA ATACCTGGAG 
CTCATTGGAC GACCATTCCT GCCTCCCTAC TGGAGTCTTG GGTTCCAGCT TAGTCGCAGG 
AACTATAGTG GCATCAGTGG ATTGAAGAAG GTTGTGGATC GAAATCGTGT AGCTGGGATC 
CCTTATGATG TCCAGTACTC TGACATAGAC TACATGGATG GAAATAAGGA TTTCACTGTC 
GATAAACAGG CTTTCCCTAA TCTCTCAGAT TTTACCAGCG ACTTACATAA GCAAGGACTG 
AAATATGTAA TCGTTATGAA TCCTGGCATC TTAAATAACT CTGACTACCC CCCATATATG 
AATGGAAGGA CAAAGAGAGT ATGGATCTTG GGGGACAATG GCTTTGTCGT TGGGCAGGGA 
TACCCCGGAT GGACCGTCTT TCCGGATTAC AGTAATCCGA TTTGCACTCA GTGGTGGAAG 
GAGCAGCTCA GTGAATTTCA TCAAAGTCTT GAGTTTGATG GAGTGTGGAT TGAAATGGAT 
GAAGTATCCA GCTTTCTCCA AGGTTCCGAT CGCGGGTGTG AATGGAACAC CTTCAACTTT 
CCTCCTTTCA CTCCCCGAAT TCTGGACCGC TTGCTTTTTG CAAGAACCCT CTGCATGGAT 
GCAGAATTTC AGTGGGGCCT TCACTATGAT GTCCACAGCT TGTATGGCTA CTCTATGGCA 
AAAGCGACAC ACTCGGCCAT GGAGAATATC TTCCCCAACA AAAGTAGCTT CATCTTATCC 
CGCTCTACTT TTGCTGGATC TGGCAAATAT GCTGCACACT GGTTGGGGGA CAATGCAGCC 
ACATGGAATG ATCTCCGATG GTCCATCCCT AGTATCCTTG AGTTCAACCT ATTTGGTATC 
CCCATGGTAG GTGCCAACAT CTGTGGTTAC ACAAAAAATG TCACAGAGGA GCTCTGCACA 
AGATGGATGC AGCTTGGAGC ATTTTATCCA CTATCGAGGA ATCACAATGG GCCTGGGTTC 
AGGGACCAGG ATCCGGCTGC CTTTGGCGAA CACTCTCTGC TGGTGCATTC CTCCAGATAT 
TATCTGAACA TCCGCTACGC CCTGCTGCCC TACCTCTACA CCCTCTTCTA CCGAGCTCAC 
GCCCGGGGGG ACACCGTAGC CAGGCCCCTG GTCCATGAGT TCTACCAGGA CCCAGCTACT 
TGGGATGTGC ACGAGCAGTT CTTATGGGGG CCTGGACTCC TCATCACACC TGTTTTATAT 
GAGGGTATGG ACCGAGTGAA AGCATACATA CCAGACGCCA TCTGGTACGA CTATGAGACA 
GGAGTAGCCG TCCAGTGGAG GAAACAATGG GTGGAGATGC TGCTGCCACT CGACAAGATA 
GGACTTCATC TCCGAGGGGG CTTCATATTT CCCACCCAGC AGCCCAACAC AACCACAGAG 
GCCAGTCGGA AGAATTCCCT GGGACTCATT GTTGCCTTGG ACTACAAGAG AGAGGCATGG 
GGCGAGCTGT ACTGGGATGA TGGTGTGTCT AAAGATGGTG AAAAGCAGTA TATTCTATAT 
GACTTTTCTG TCAGCTCTAA CCGTCTTCAG GCAAATATTA TAAATAATAG CTATATGGAC 
CCTAACAACC TCATGTTTAC AGATATCATA ATCTTGGGAA TGGACAAGCA ACCTACTGAT 
TTTACCGTCT TACTTAGTAA TTCTGCCACC TCCATTTCAA ATGTTGCCTA CAATGTTTCA 
TCAAAGGTGG TGGAGATCAG TGATCTCAAG GGACTGATAC TTGGTCAAGG ATTCTCCATT 
GAATGGAAAC TTCCAGTCAG TGACCTGGAG AAATTCAACT GCTACCCTGA GGATGCTGCC 
GTCTCTGAAG AGAGTTGCAA GCAGCGGGGG TGCCTTTGGG AGTCCACAGC TGTTCCTGAT 
GTGCCCACCT GTTACTACGA CACCATCCCT AGTTATGCCG CCAGTAACAT TCAGTACCTG 
CCTACGGGCA TCACCACAGA CCTTGCCCAC CTCGGGGCCC CTGAATCAGC CCGTGCTGCC 
TCTCGCTCGC TCTCTGCGGC AGTCAGCTTC CTCCGGCTGA GCGTGGTCTA CCACACAGAA 
AACATGCTGC AGTTCAAGAT CTTTGATTCC ATGAACAAAA GGTATGAGGT CCCAGTGCCT 
CTAAACACCC CTCCCTCTCC AGTTGGCTCC CCTGAAGACC GTCTGTATGA CGTCAGGATT 
CAGAACAATC CTTTTGGGAT CCAGATTCGA CGAAAAAGCT CCAGCACTGT GATTTGGGAT 
TCTCAGCTGC CTGGCTTCAC GTTCAACGAC ATGTTCCTCT CCATTTCTAC TCGCCTCCCC 
TCTCAGTACA TCTATGGCTT TGGGGAGACG GAGCACACAG CTTTCAGAAG AAATATGAAC 
TGGACCATGT GGGGAATGTT TGCTCGTGAT GAGCCCCCAG CGTACAAGAA GAATTCCTAT 
GGCGTCCACC CCTACTACAT GGCACTAGAG GAAGATGGCA GTGCCCATGG GGTGTTCCTG 
CTAAACAGCA ATGCCATGGA TGTGTCATTC CAGCCCACTC CTGCCCTGAC ATACCGCACC 
ACAGGAGGGA TTTTGAACTT TTATATGGTT TTGGGGCCAA CCCCTGAGCT TGTAACTCAA 
CAATACACTG AGCTGATTGG TCGGCCGGCA ATGACTCCAT ATTGGGCCTT GGGATTCCAG 
CTAAGTCGCT ATGGATACCA GAATGATACT GAGATCTCCC ACTTGTATGA GGCAATGATG 
GCAGCCCAGA TTCCCTATGA TGTCCAGCAT GTAGACATCG ATTACATGGA CAGGAAGCTG 
GACTTCACTC TCAGCCCCAG CTTCCAAAAC CTCAGCGTCC TGATTGAGCA AATGAAGAAT 
AATGGCATGA GATTCATTCT CATTCTGGAC CCAGCCATTT CTGGCAACGA GACCCAGTAT 
CGCCCATTCA CCAGAGGGCA GGATAACAAT GTATTCATCA AATGGCCCAA CAGCAATGAC 
ATTGTCTGGG GAAAGGTTTG GCCAGAACTG CCCAACGTGA ATGTGAATAC CTCCCTTGAC 
CATGAAACTC AGGTTAAGCT GTACAGAGCC AACGTTGCTT TTCCCGACTT CTTTCGTAAT 
AGCACAGCTG CATGGTGGAA GCTGGAAATA AAAGAGCTCT ATGCAAATTC TCAAGAGTCA 
GGGAAGAGCT TGAAGTTTGA CGGATTGTGG ATTGATATGA ATGAGCCATC AAACTTTGTG 
GATGGATCTG TCAGGAACTG CAGTGATGAC ATTCTTAATA ACCCACCCTA CGTGCCATAT 
TTGGAGTCCA GGGACAAGGG CCTGAGCAGC AAGACCCTGT GCATGGAGAG TGAGCAGGTC 
CTGCCAGACG GCTCGCAGGT GCGGCACTAC GACGTTCACA GCCTGTACGG ATGGGCCCAG 
ACCAGACCCA CCTACGAAGC TGTGCAGGAG GTGACGGGAC AGCGAGGGGT CGTCATCACC 
CGCTCCACAT TCCCCTCTTC TGGCCGCTGG GGAGGCCACT GGCTGGGTGA CAACACAGCC 
TCGTGGGACC AGCTGAGGAA ATCGATCATT GGCATGATGG AGTTCAGTCT CTTCGGAATA 
TCGTATACAG GAGCAGATAT TTGTGGCTTC TTTGGAAATG CTGAGTATGA GATGTGTGTT 
CGCTGGATGC AACTGGGGGC CTTTTATCCC TTTTCCAGAA ACCACAACAC CATCGGGACA 
AGGAGACAAG ATCCTGTGGC CTGGAATTCA ACCTTCGAGG TGTTCTCCAG AAAAGTCCTT 
CAGACCAGAT ACACCCTGTT GCCCTACCTC TACACTTTGA TGCATAAAGC TCACGTTGAG 
GGCAGCACTG TCGTCCGACC CCTTCTCCAT GAGTTTACGA ATGACAACAA AACATGGGAT 
ATAGACCGTC AGTTCATGTT GGGTCCTGCT CTCTTAATCA GCCCCGTGCT GGAAAGTAAC 
ACTTCTGAGA TCTCTGCTTA CTTTCCCAGA GCCCGTTGGT ATGACTACAG CACGGAATCT 
GGCAGTGTGT CAACAGGTGA GTGGAAAGCA CTGGGTGCTC CCCTTGACCA CATCAACCTT 
CATATCAGAG GGGGCTGCAT CCTGCCTTGG CAAGAGCCTG CGATGAACAC TCACTCCAGT 
CGACAAAAAT TTATGGGATT GACTGTTGCA TTGGACGACA ATGGGAAGGC TGAAGGCCAG 
ATATTCTGGG ATGATGGAGA AAGCATTGAT ACCTATGAAA ATGGAAACTA TTTCTTGGCA 
AAATTTACAG CAGCTCAGAA TCTATTGAAA ATCCAGACCA TACACAATAA GTATTTGAGT 
GACTCGAATC CACTGAAAGT TGGATATATT AAAATCTGGG GGACAAACTC TACTTCTGTG 
ACACAAGTCA CTTTCACCTA TGACAACCAG CAATTCACAG AGATGAATTT CAAGAGTGAC 
CCTTACAATC AGACTCTGAC TATTCAACTG ACTGACAAGA TTATCAGCCT AGAAAAACTA 
ACTGAGGTTA CTTGGATATA CGGTGGCCCT ATAGTTTCTA CTACACCTAT GACAAATACC 
TTCACAACAG GTTCTCTATA TCCTTCTACA GTTACTACTA AGGCTACCAC TTTTGAGACT 
ATTCTCACTA GTTTTGCTAC TACTAGTACT ACTCTTAGTA TCTCAACCAC TGCTTTCCCA 
ACAAGTACTA CTGAAGTTAC AGCTAGTACT ACTGGCCCTA GTACCACTAC ACCTTTCCTA 
ACAAGTACTA TTGAAGTTAT AACTAGTTCT AATGTTCCTA ATACCACTAC GCCTTCCCCC 
CCAAATACTA CCGCTACTAC TACTGACTTT ACAGCTGTTC CTAATACCAC TACGCCTTCC 
CCCCCAAATA CTACCGCTAG CAGTACTACT CTTCCTATCA CAGGCACTCC TTTCCCGACA 
GGCACTACTG GCTTTACAGC TAGTACTCCG GTTCCTAATA CCACTACGCC TTCCCCCCCA 
AATACTACCG CTAGCAGTAG TACTCTTCCT ATCACAGGCA CTCCTTTCCC GACAGGCACT 
ACTGGCTTTA CAGCTAGTAC TCCTGTTCCT AATACCACTA TGCCTTCCCC CCCAAATATT 
ACCACTAGCA GTAGTACTCT TCCTATCACA GGCACTCCTT TCCCGACAGG CACTACTGGC 
TTTACAGCTA GTACTCCTGT TCCTAATACC ACTATGCCTT CCCCCCCAAA TACTACCGCT 
AGCAGCAGTA CCCTTCCAAT CACCGGCACT CCTTTCCCAA CAGGTACTAC TGACTTTACA 
GCTTATACTC CTGTTCCTAA TACCACTATG CCTTCCCCAA CAAGTACCAC TACTGCTAGC 
ACTAGTACTA CCCTTCCTAT CACAAGCTCT CCTGTCCCAG AAAGCACTAT TGATGTTACA 
ACTAGTACTG CTGTTACTAA TACCACTCTG CCTTCCCCTA TAAGTACCAC TGCTAGCATT 
AGTACTACTC TTCCTATCAT AACCACTGCT TTCCCAACGA GTAATACTGA AGCTATCACC 
AATACCACTG TTCTAATTAC CACTACTCTT TCTCCAACAA GTACTGATAC TACTAGCACC 
AATAATACTG TTCCAATTAC AACTACTCCT TCTACGAATG GTAGTGCTAA TAGTACTATC 
AATGGTTTTC CTATTATGAC TACTTTTTCT GTAACTACTC ATGCTATGAA CACTACTGTT 
GCTATGGTAA CCACTTCTCC TATAAGTACT GATGTTGCTC GCACTGGCAA CCATACTCCC 
ATTACCAGTT CTCCTTCCCC TACAATATCT GGTGGTAATA GTACTAGTTA TACTATTCCT 
ACAATGTCTA CTCTTTCTAC AGATATTTAC ACTACTAGCA CTAATACCAT AGCTACCCCT 
ACCACCAAAA CTATACATAG TACAGGGCAT GAAGTAAATA TTACTGACAC AGATAACTCT 
AGCAGTGTTC CAGATAACAC TACACGTGTT TCTATTCCAA ATACCACAAT AGCCTTAGAC 
ACATTAATGA CTGCTCTTCT AGACACAGAA GCTCACCATC AGGTAACAAC AAACTCTACA 
GTCAGTTATT TACCTATTAT TGTAACTAAT GCTACCACCA GTATTATAAA TACTACCGCA 
TATGCTCTAA ATACTACCAT TCTTGATAGA CCAATGAATG CTTCTGCTAC CATACCAACT 
TATATTGCAA ATGCCGTAAA TGCTACTCTA GTTCCATGA

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

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MGAM2 cDNA ORF clone, Ailuropoda melanoleuca(giant panda)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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