SI cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene
Clones
gRNAs

Summary

Gene Symbol	SI
Entrez Gene ID	100189934
Full Name	sucrase-isomaltase
Synonyms	MG,MGAM
Gene Type	protein-coding
Organism	Taeniopygia guttata(zebra finch)

mRNA and Protein(s)

mRNA	Protein	Name
XM_002194436.2	XP_002194472.2	sucrase-isomaltase, intestinal
XM_002194436.3	XP_002194472.3	sucrase-isomaltase, intestinal

Pathways from BioSystems
Gene Ontology

The following SI gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SI 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
OTd12497	XM_002194436.2 Latest version!	Taeniopygia guttata sucrase-isomaltase (alpha-glucosidase) (SI), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00
OTd52086	XM_002194436.3 Latest version!	Taeniopygia guttata sucrase-isomaltase (SI), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	24-26	$951.30 $1359.00

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Next-day Shipping ORF Clones ( in default vector with tag)
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2-4 Clone	40% OFF
5 or more Clone	50% OFF
All Other ORF Clones
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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)

SI ( XM_002194436.2 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002194472.2 Taeniopygia guttata sucrase-isomaltase (alpha-glucosidase) (SI), mRNA.

Price & Availability↑

CloneID	OTd12497
Clone ID Related Accession (Same CDS sequence)	XM_002194436.2
Accession Version	XM_002194436.2 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5424bp) 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	1432483200000
Organism	Taeniopygia guttata(zebra finch)
Product	sucrase-isomaltase, intestinal
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_002199038.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Feb 12, 2013 this sequence version replaced XM_002194436.1. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Taeniopygia guttata Annotation Release 103 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.3 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 4% of CDS bases ##RefSeq-Attributes-END##

ATGGGCAGGA AGTTCAGTGG GCTGGAGCTC ACTCTGATTG CCCTCTTCAC CGTGGTGACG 
GTCATCGCCT GTGTCCTCAT TGGGCTGCTG GCCACGGGGC ACTCCGGGGT CAAATCTCAA 
GACTCGGACT TTCACCCACA ATGTCCGAAT ACACCAGTAG CAGAGAGAAT TGACTGCATC 
CCGGATCAAT TAGCAACACA GAGCACCTGC TCCCTCCGTG GCTGCTGCTG GAGCCCCCAG 
AACGACGCCA GCGTGCCCTG GTGCTTCTTC TCCCCCAGCC ATGGCTACCA AGTGCAGGGC 
TCCCAGAGGT CCACCCAGGC AGGGTTTGAG GCCACTCTGG AGAGGCTGCC GGCCCCTTCC 
CTGTTTGGGG ACGACATCCA GACCGTGCTG CTCACAGCGG AGTATCAGAC AAAGAACCGC 
TTCCGATTCA AGATCACTGA CCCGAACGCT CAAAGGTTCG AGGTCCCTCA CGAGCACGTG 
AAGCCGTTCA AGGGATCCGC GGCCTCCAGC CCCAGCTACA AGGTGGAGCT GAAGCAGAAC 
CCCTTCGGCC TCGTGGTGAC CAGAGCCAGC AATGGCAGAG TGCTGTTTGA CACAACCATT 
GGGCCCCTGC AGTATGCTGA CCAGTTCCTG CAGCTCTCCA TCAAACTTCC CAGCAGCAAC 
ATCTACGGCG TGGGGGAGCA CGTGCACAAG CAGTACAGGC ACGATGTCAA CTGGAAAACC 
TGGCCTATTT TTGGCAGGGA CACTGCCCCC TCTGCAGCAA TGGATAACTT ATATGGAGCC 
CACACTTTCT TCTTGTGTCT GGAAGACAAC ACTGGAGCCT CCTTTGGTGT CTTCCTGATG 
AACAGCAATG CCATGGAGTT TGTGGTGCAG CCTGCTCCAG CAGTGACCTA CAGAACCATT 
GGAGGCATCC TGGATTTCTA CATCTTCCTG GGGAACACTC CAGAGCAAGT AGTCCAGGAG 
TACCTGCAGC TTGTGGGACT GCCAGCACTG CCTGCCTACT GGAACCTGGG ATTCCAGCTC 
TGCCGCTACG GATACACCTC CCTGGAGGAG GTGAAGACAG TCGTGGAGAG GAACAGAGCT 
GTTGGGCTGC CCCACGATAT CCAAGTCATT GATATTGATT ATATGGAGAA CAGGAAAGAT 
TTTACTTATG ACAAAGTGAA ATTCAATGGC CTCCCTCAAT TTGCAGATTA TTTGCATAAG 
CATGGACAAA AATATATCAT CATATTGGAT CCTGCTATTA GTACCCAAAA GAGGGCTGAT 
CAAAGTCCCT ATGGAAGCTA CGTCAGGGGG ACAGAGAAAA ATGTCTGGGT TAATGAGTCA 
GATGGAACAG CGCTGGTTGG AGAGGTGTGG CCAGGGGAAA CTGTGTTCCC AGACTACACC 
AGCCTCGAGG CCACGAACTG GTGGGTGAAC GAGTGCGAAA TGTTCTATAA GGAAGTGCCC 
TATGATGGAA TATGGATTGA TATGAATGAA GTGTGCAACT TTGTTCAAGG CTCAAAAAAA 
GGTTGTGCAG AGAATAAGTT AAACTACCCT CCTTACACTC CCAGGATTCT CGACAAAGTC 
ATGTACTCCA AGACACTTTG TCTGGATGCA GTGCAGAGCT GGGGCAAGCA ATATGATGTC 
CACAACCTTT ATGGATATTC CATGACCCTA TCCACTAGGA AAGCCATTGA GACGGTGTTT 
CCAGGAAAGA GAAGCTTCCT GATCTCGAGG TCCACCTTTG CAGGATCAGG AAAGCACGGG 
GGACACTGGC TGGGGGACAA TGCAGCCACG TGGGACCAGC TGAGATGGGC AATCCCTGGA 
ATGCTGGAGT TCAACCTCTT TGGAATTCCT TATGTTGGAG CAGATATTTG TGGTTTCACT 
GAGAACACCA CAGAAGAACT TTGCAGACGA TGGATGCAAG TGGGAGCATT TTACCCCTTT 
TCCAGGAACC ACAATGCTGA ATTTGTCATA CATCAAGATC CAGCTGTGTT TGGACCCAAC 
TCCTTGCTGG TGAACAGCTC CAAGCATTAC CTGAACATTC GCTACACTTT GCTGCCCTAC 
CTGTACACGC TGCACTACAA AGCTCACACC CGAGGAGACA CGGTCGTGAG GCCACTGCTC 
CATGAGTTCT ACTCTGATGA AATAACATGG GACATCGACA GGCAGTTCCT GTGGGGCCCT 
GGGCTGCTGA TTTCCCCAGC TCTTGAGCCG GGTGTGGAGT CCACTAGTGT GTACTTTCCT 
GATGCAGAGT GGTACGAGTA TGACACGGGT GAACCAATGC AACTGAAGAA AGTGTGGCAC 
AATATACCAA CCCCTGGAGA CAAAATGGGG CTGCACCTGA GAGGTGGATA CATTTTCCCT 
ACTCAGAAAC CAAACACCAC CACAGTGGCA AGCCGCAAGA ATCCAATGGG ACTCATAATT 
GCCCTGGATA TCAACAATGA AGCTTCTGGG GATTTGTTCT GGGATGATGG AGAATCTACA 
GGTACAATTG ACAAGAAAAC CTACATTTAC TATGAATTTA AAGTTTCCAA TAATGCTCTA 
CAAATGACTG CTACACACAG CAATTACGCT GATCCAAACA AACTGAAATT TGAGGAAATC 
AAGATATTGG GATTGTCCAA GGAAATAGGA TCAGTTTCTG TGTTTCAGAA CAATGTTCTG 
CAAAATTATG TCTCTGATAC CACCTATGAT CCTTTAACAA AGGTTGCTGT TATAAAAGGA 
CTTCAGCTTG ACCTGGGAAA ATCTTACACA ATCAAATGGA CTCAAAATAC AAATATCAAT 
GAAAGATTTA ATTGTCATCC TGGCCCTAAT GCAACAAAAG AAAAATGTGA ACAACTTGGC 
TGTTCTTGGG AAGAGACAGC AAATCCAGAT GTTCCTTCCT GCTACTACAG CTCCAGCAAT 
CCTTACCTCA TAAAGAACTT CAATTATTCC TCCACTGGAA TCGTGGCCAA CCTCAGCTTG 
GACGACTTCA GGGTCAGAGC TAATGATGCT TACACTGCCC CAATCGGCAC CCTGCGCCTG 
GAGGTGAAAT ATCATCTCAA CAACATGCTG CAGTTTAAGA TCTATGATTA TCAAAACCCA 
CGATACGAGG TGCCCGTGCC CCTGAACCTC CCCAGCTCCC CCACGAGCTC AGACATGGAG 
CGGCTCTACG ACGTCTCGCT CCAGATCAAA CCCTTCGGCA TCCAAGTCCG CCGCAAAAGC 
ACGGGGACGG TCATCTGGAA TTCAGGCCTG CCCACCTTCA CCTTCAGTGA CATGTTCATT 
CAGATTTCCA CCCGCTTGGC GTCCCAGTAC ATCTACGGGT TCGGAGAATC GGAGCACCCC 
ACGTTCCGAC ACAACATGAG CTGGCACACC TGGGGAATGT TCACCAGGGA CCAGCCTCCC 
ACTTACAAGT TGAATTCCTA TGGTGTTCAC CCATTTTATA TGGCTCTTGA AGAAGATGGC 
AATGCCCACG GAGTTCTCTT GCTTAACAGC AATGCAATGG ATGTGACCTT CCAGCCCACC 
CCTGCCCTGA CCTACCGCAC CATCGGAGGA GTCCTCGACT TCTACATGTT TTTGGGCCCG 
ACTCCCGAAC TCGTGGTTCA GGAATACACC CAACTGATTG GGCGCCCATT CATGCCCCCC 
TACTGGTCCT TGGGATTCCA GCTGTGCCGC TACGGCTACG GCAACGACTC GGATGTCGCC 
AAGGTCGTGG AGGATATGAA GGCGGCTCAG ATTCCCCACG ATGTCCAATA TGTAGATATT 
GACTACATGG ATAGGAACCT GGACTTCACC CTTTCCCCAC GTTTTGCTGG ATTACCAGCT 
CTGATCAACA AAATCAAATC AGAAGGAATG AGGTTTATCA TTATCCTGGA TCCAGCAATT 
TCTGGGAATG AAACTGATTA TCCTGCCTTC ACCAGAGGTG TGGCCAATAA CATCTTCGTG 
CAGTGGCCTG ATACCAAAGA AATTTTATAT TCCAAGGTCT GGTCGTTTCT TCCCAATGTC 
CAAATCGACG AGTCACTGCC TCATGAAGAA CTAGTAGAGA AGTATGTATC ACATTGTGCT 
TTCCCAGACT TCTTCCGCAA TTCCACAGTG GAGTGGTATA AGAGGGAAAT CCTGGAGGTC 
TACAACAATG CCAATGCCTC AATAAGCCTC AAGTTTGATG GCCTGTGGAC TGACATGAAT 
GAACCGGCAG CTTTTATGAA TGGCGCCATG GGTGGCTGTA GGAACAACCT CCTAAATTAT 
CCCCCCTACA TGCCTCATTT GGGATATAGG TCAACAGGAT TAATCCACAA AACTCCGTGC 
ATGGAAGGTC TGCACTACCT CCCAGACGGG ACCCCAGCCA GACACTACGA TGTCCACAGC 
CTTTACGGAT GGTCCCAAGG CAGACCCAGC CTGGAGGCTT TGCAAGGTGC CACCAAGGAG 
CGCGGGGTCG TCATCAGCCG CTCCACCTAC CCCAGCAGCG GGAGATGGGT GGGACACTGG 
CTGGGGGACA ACACGGCAGC CTGGGACCAG CTGCACAAAT CCATTATTGG CATGATGGAG 
TTCAGTCTCT TTGGAATATC TTATACAGGA GCTGATATCT GTGGCTTCTT CAAAGACGCG 
CAGTATGAGA TGTGCATCCG CTGGATGCAG CTGGGTGCAT TTTACCCATA TTCGAGGAAT 
CACAATGAGA AAGGAACACG GAGGCAAGAT CCGGCTTCCT GGGATGAGGA ATTTAAAAAT 
ATGTCCAGGA AGGTGCTGAA CACAAGATAC ACCCTGTTAC CTTATCTCTA CACCTTGCTG 
TACAACGCCC ATGCCCACGG CAGCACCGTG GTCCGCCCAA TTCTCCACGA GTTTGTGGGC 
GACAGGACCA CGTGGGACAT CGACAAACAG TTCCTCTGGG GTCCTGCCCT GCTCATCAGC 
CCTGTGATGA AAGAGAATGA TCGGAGCGTG GTCGCTTATT TCCCCGATGC CCGCTGGTAT 
GATTACCACA CAAACTCAGA TACTGGATTT AGGAAAAAAT TCCAAAATTT ATCAGCTCCT 
TTGGATCACA TCAACCTGCA CATCCGAGGT GGACACATCC TGCCTTGGCA AAGACCTGCT 
ACTAGAACAG CTTACAGCCG GAAGAACCCG ATGGGACTGA CGGTGGCCCT GGATGATGAT 
CTGCTTGCAG AAGGACAACT TTATTGGGAT GATGGGGTTC GCATCAATGC ATATGAAGAT 
GGTGTTTACC TGCTGACATC ATTTACTGCT AAGCAGAATG TTCTGGAGAT CACAGTGACA 
CACCAGAACT ACACGGACCC CAACAACCTG ATGTTCACTG ACATCAAAGT CCTGGGGGTG 
CCCAGCGCTG TCACTCGGGT GACAGTGGCA CAGAACGGGA CGGAAATCGC ATCAAACCAC 
ACAATCAGCT ATAAAAACAA GCTCCTGGAA ATCACCAGTC TCCAGCTGAA ACTGGGCCAG 
AGCTACACCC TGAAGTGGAG CTAG

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

RefSeq	XP_002194472.2
CDS	1..5424
Translation	MGRKFSGLELTLIALFTVVTVIACVLIGLLATGHSGVKSQDSDFHPQCPNTPVAERIDCIPDQLATQSTCSLRGCCWSPQNDASVPWCFFSPSHGYQVQGSQRSTQAGFEATLERLPAPSLFGDDIQTVLLTAEYQTKNRFRFKITDPNAQRFEVPHEHVKPFKGSAASSPSYKVELKQNPFGLVVTRASNGRVLFDTTIGPLQYADQFLQLSIKLPSSNIYGVGEHVHKQYRHDVNWKTWPIFGRDTAPSAAMDNLYGAHTFFLCLEDNTGASFGVFLMNSNAMEFVVQPAPAVTYRTIGGILDFYIFLGNTPEQVVQEYLQLVGLPALPAYWNLGFQLCRYGYTSLEEVKTVVERNRAVGLPHDIQVIDIDYMENRKDFTYDKVKFNGLPQFADYLHKHGQKYIIILDPAISTQKRADQSPYGSYVRGTEKNVWVNESDGTALVGEVWPGETVFPDYTSLEATNWWVNECEMFYKEVPYDGIWIDMNEVCNFVQGSKKGCAENKLNYPPYTPRILDKVMYSKTLCLDAVQSWGKQYDVHNLYGYSMTLSTRKAIETVFPGKRSFLISRSTFAGSGKHGGHWLGDNAATWDQLRWAIPGMLEFNLFGIPYVGADICGFTENTTEELCRRWMQVGAFYPFSRNHNAEFVIHQDPAVFGPNSLLVNSSKHYLNIRYTLLPYLYTLHYKAHTRGDTVVRPLLHEFYSDEITWDIDRQFLWGPGLLISPALEPGVESTSVYFPDAEWYEYDTGEPMQLKKVWHNIPTPGDKMGLHLRGGYIFPTQKPNTTTVASRKNPMGLIIALDINNEASGDLFWDDGESTGTIDKKTYIYYEFKVSNNALQMTATHSNYADPNKLKFEEIKILGLSKEIGSVSVFQNNVLQNYVSDTTYDPLTKVAVIKGLQLDLGKSYTIKWTQNTNINERFNCHPGPNATKEKCEQLGCSWEETANPDVPSCYYSSSNPYLIKNFNYSSTGIVANLSLDDFRVRANDAYTAPIGTLRLEVKYHLNNMLQFKIYDYQNPRYEVPVPLNLPSSPTSSDMERLYDVSLQIKPFGIQVRRKSTGTVIWNSGLPTFTFSDMFIQISTRLASQYIYGFGESEHPTFRHNMSWHTWGMFTRDQPPTYKLNSYGVHPFYMALEEDGNAHGVLLLNSNAMDVTFQPTPALTYRTIGGVLDFYMFLGPTPELVVQEYTQLIGRPFMPPYWSLGFQLCRYGYGNDSDVAKVVEDMKAAQIPHDVQYVDIDYMDRNLDFTLSPRFAGLPALINKIKSEGMRFIIILDPAISGNETDYPAFTRGVANNIFVQWPDTKEILYSKVWSFLPNVQIDESLPHEELVEKYVSHCAFPDFFRNSTVEWYKREILEVYNNANASISLKFDGLWTDMNEPAAFMNGAMGGCRNNLLNYPPYMPHLGYRSTGLIHKTPCMEGLHYLPDGTPARHYDVHSLYGWSQGRPSLEALQGATKERGVVISRSTYPSSGRWVGHWLGDNTAAWDQLHKSIIGMMEFSLFGISYTGADICGFFKDAQYEMCIRWMQLGAFYPYSRNHNEKGTRRQDPASWDEEFKNMSRKVLNTRYTLLPYLYTLLYNAHAHGSTVVRPILHEFVGDRTTWDIDKQFLWGPALLISPVMKENDRSVVAYFPDARWYDYHTNSDTGFRKKFQNLSAPLDHINLHIRGGHILPWQRPATRTAYSRKNPMGLTVALDDDLLAEGQLYWDDGVRINAYEDGVYLLTSFTAKQNVLEITVTHQNYTDPNNLMFTDIKVLGVPSAVTRVTVAQNGTEIASNHTISYKNKLLEITSLQLKLGQSYTLKWS

Target ORF information:

RefSeq Version	XM_002194436.2
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata sucrase-isomaltase (alpha-glucosidase) (SI), mRNA.

Target ORF information:

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

XM_002194436.2

ORF Insert Sequence:

ATGGGCAGGA AGTTCAGTGG GCTGGAGCTC ACTCTGATTG CCCTCTTCAC CGTGGTGACG 
GTCATCGCCT GTGTCCTCAT TGGGCTGCTG GCCACGGGGC ACTCCGGGGT CAAATCTCAA 
GACTCGGACT TTCACCCACA ATGTCCGAAT ACACCAGTAG CAGAGAGAAT TGACTGCATC 
CCGGATCAAT TAGCAACACA GAGCACCTGC TCCCTCCGTG GCTGCTGCTG GAGCCCCCAG 
AACGACGCCA GCGTGCCCTG GTGCTTCTTC TCCCCCAGCC ATGGCTACCA AGTGCAGGGC 
TCCCAGAGGT CCACCCAGGC AGGGTTTGAG GCCACTCTGG AGAGGCTGCC GGCCCCTTCC 
CTGTTTGGGG ACGACATCCA GACCGTGCTG CTCACAGCGG AGTATCAGAC AAAGAACCGC 
TTCCGATTCA AGATCACTGA CCCGAACGCT CAAAGGTTCG AGGTCCCTCA CGAGCACGTG 
AAGCCGTTCA AGGGATCCGC GGCCTCCAGC CCCAGCTACA AGGTGGAGCT GAAGCAGAAC 
CCCTTCGGCC TCGTGGTGAC CAGAGCCAGC AATGGCAGAG TGCTGTTTGA CACAACCATT 
GGGCCCCTGC AGTATGCTGA CCAGTTCCTG CAGCTCTCCA TCAAACTTCC CAGCAGCAAC 
ATCTACGGCG TGGGGGAGCA CGTGCACAAG CAGTACAGGC ACGATGTCAA CTGGAAAACC 
TGGCCTATTT TTGGCAGGGA CACTGCCCCC TCTGCAGCAA TGGATAACTT ATATGGAGCC 
CACACTTTCT TCTTGTGTCT GGAAGACAAC ACTGGAGCCT CCTTTGGTGT CTTCCTGATG 
AACAGCAATG CCATGGAGTT TGTGGTGCAG CCTGCTCCAG CAGTGACCTA CAGAACCATT 
GGAGGCATCC TGGATTTCTA CATCTTCCTG GGGAACACTC CAGAGCAAGT AGTCCAGGAG 
TACCTGCAGC TTGTGGGACT GCCAGCACTG CCTGCCTACT GGAACCTGGG ATTCCAGCTC 
TGCCGCTACG GATACACCTC CCTGGAGGAG GTGAAGACAG TCGTGGAGAG GAACAGAGCT 
GTTGGGCTGC CCCACGATAT CCAAGTCATT GATATTGATT ATATGGAGAA CAGGAAAGAT 
TTTACTTATG ACAAAGTGAA ATTCAATGGC CTCCCTCAAT TTGCAGATTA TTTGCATAAG 
CATGGACAAA AATATATCAT CATATTGGAT CCTGCTATTA GTACCCAAAA GAGGGCTGAT 
CAAAGTCCCT ATGGAAGCTA CGTCAGGGGG ACAGAGAAAA ATGTCTGGGT TAATGAGTCA 
GATGGAACAG CGCTGGTTGG AGAGGTGTGG CCAGGGGAAA CTGTGTTCCC AGACTACACC 
AGCCTCGAGG CCACGAACTG GTGGGTGAAC GAGTGCGAAA TGTTCTATAA GGAAGTGCCC 
TATGATGGAA TATGGATTGA TATGAATGAA GTGTGCAACT TTGTTCAAGG CTCAAAAAAA 
GGTTGTGCAG AGAATAAGTT AAACTACCCT CCTTACACTC CCAGGATTCT CGACAAAGTC 
ATGTACTCCA AGACACTTTG TCTGGATGCA GTGCAGAGCT GGGGCAAGCA ATATGATGTC 
CACAACCTTT ATGGATATTC CATGACCCTA TCCACTAGGA AAGCCATTGA GACGGTGTTT 
CCAGGAAAGA GAAGCTTCCT GATCTCGAGG TCCACCTTTG CAGGATCAGG AAAGCACGGG 
GGACACTGGC TGGGGGACAA TGCAGCCACG TGGGACCAGC TGAGATGGGC AATCCCTGGA 
ATGCTGGAGT TCAACCTCTT TGGAATTCCT TATGTTGGAG CAGATATTTG TGGTTTCACT 
GAGAACACCA CAGAAGAACT TTGCAGACGA TGGATGCAAG TGGGAGCATT TTACCCCTTT 
TCCAGGAACC ACAATGCTGA ATTTGTCATA CATCAAGATC CAGCTGTGTT TGGACCCAAC 
TCCTTGCTGG TGAACAGCTC CAAGCATTAC CTGAACATTC GCTACACTTT GCTGCCCTAC 
CTGTACACGC TGCACTACAA AGCTCACACC CGAGGAGACA CGGTCGTGAG GCCACTGCTC 
CATGAGTTCT ACTCTGATGA AATAACATGG GACATCGACA GGCAGTTCCT GTGGGGCCCT 
GGGCTGCTGA TTTCCCCAGC TCTTGAGCCG GGTGTGGAGT CCACTAGTGT GTACTTTCCT 
GATGCAGAGT GGTACGAGTA TGACACGGGT GAACCAATGC AACTGAAGAA AGTGTGGCAC 
AATATACCAA CCCCTGGAGA CAAAATGGGG CTGCACCTGA GAGGTGGATA CATTTTCCCT 
ACTCAGAAAC CAAACACCAC CACAGTGGCA AGCCGCAAGA ATCCAATGGG ACTCATAATT 
GCCCTGGATA TCAACAATGA AGCTTCTGGG GATTTGTTCT GGGATGATGG AGAATCTACA 
GGTACAATTG ACAAGAAAAC CTACATTTAC TATGAATTTA AAGTTTCCAA TAATGCTCTA 
CAAATGACTG CTACACACAG CAATTACGCT GATCCAAACA AACTGAAATT TGAGGAAATC 
AAGATATTGG GATTGTCCAA GGAAATAGGA TCAGTTTCTG TGTTTCAGAA CAATGTTCTG 
CAAAATTATG TCTCTGATAC CACCTATGAT CCTTTAACAA AGGTTGCTGT TATAAAAGGA 
CTTCAGCTTG ACCTGGGAAA ATCTTACACA ATCAAATGGA CTCAAAATAC AAATATCAAT 
GAAAGATTTA ATTGTCATCC TGGCCCTAAT GCAACAAAAG AAAAATGTGA ACAACTTGGC 
TGTTCTTGGG AAGAGACAGC AAATCCAGAT GTTCCTTCCT GCTACTACAG CTCCAGCAAT 
CCTTACCTCA TAAAGAACTT CAATTATTCC TCCACTGGAA TCGTGGCCAA CCTCAGCTTG 
GACGACTTCA GGGTCAGAGC TAATGATGCT TACACTGCCC CAATCGGCAC CCTGCGCCTG 
GAGGTGAAAT ATCATCTCAA CAACATGCTG CAGTTTAAGA TCTATGATTA TCAAAACCCA 
CGATACGAGG TGCCCGTGCC CCTGAACCTC CCCAGCTCCC CCACGAGCTC AGACATGGAG 
CGGCTCTACG ACGTCTCGCT CCAGATCAAA CCCTTCGGCA TCCAAGTCCG CCGCAAAAGC 
ACGGGGACGG TCATCTGGAA TTCAGGCCTG CCCACCTTCA CCTTCAGTGA CATGTTCATT 
CAGATTTCCA CCCGCTTGGC GTCCCAGTAC ATCTACGGGT TCGGAGAATC GGAGCACCCC 
ACGTTCCGAC ACAACATGAG CTGGCACACC TGGGGAATGT TCACCAGGGA CCAGCCTCCC 
ACTTACAAGT TGAATTCCTA TGGTGTTCAC CCATTTTATA TGGCTCTTGA AGAAGATGGC 
AATGCCCACG GAGTTCTCTT GCTTAACAGC AATGCAATGG ATGTGACCTT CCAGCCCACC 
CCTGCCCTGA CCTACCGCAC CATCGGAGGA GTCCTCGACT TCTACATGTT TTTGGGCCCG 
ACTCCCGAAC TCGTGGTTCA GGAATACACC CAACTGATTG GGCGCCCATT CATGCCCCCC 
TACTGGTCCT TGGGATTCCA GCTGTGCCGC TACGGCTACG GCAACGACTC GGATGTCGCC 
AAGGTCGTGG AGGATATGAA GGCGGCTCAG ATTCCCCACG ATGTCCAATA TGTAGATATT 
GACTACATGG ATAGGAACCT GGACTTCACC CTTTCCCCAC GTTTTGCTGG ATTACCAGCT 
CTGATCAACA AAATCAAATC AGAAGGAATG AGGTTTATCA TTATCCTGGA TCCAGCAATT 
TCTGGGAATG AAACTGATTA TCCTGCCTTC ACCAGAGGTG TGGCCAATAA CATCTTCGTG 
CAGTGGCCTG ATACCAAAGA AATTTTATAT TCCAAGGTCT GGTCGTTTCT TCCCAATGTC 
CAAATCGACG AGTCACTGCC TCATGAAGAA CTAGTAGAGA AGTATGTATC ACATTGTGCT 
TTCCCAGACT TCTTCCGCAA TTCCACAGTG GAGTGGTATA AGAGGGAAAT CCTGGAGGTC 
TACAACAATG CCAATGCCTC AATAAGCCTC AAGTTTGATG GCCTGTGGAC TGACATGAAT 
GAACCGGCAG CTTTTATGAA TGGCGCCATG GGTGGCTGTA GGAACAACCT CCTAAATTAT 
CCCCCCTACA TGCCTCATTT GGGATATAGG TCAACAGGAT TAATCCACAA AACTCCGTGC 
ATGGAAGGTC TGCACTACCT CCCAGACGGG ACCCCAGCCA GACACTACGA TGTCCACAGC 
CTTTACGGAT GGTCCCAAGG CAGACCCAGC CTGGAGGCTT TGCAAGGTGC CACCAAGGAG 
CGCGGGGTCG TCATCAGCCG CTCCACCTAC CCCAGCAGCG GGAGATGGGT GGGACACTGG 
CTGGGGGACA ACACGGCAGC CTGGGACCAG CTGCACAAAT CCATTATTGG CATGATGGAG 
TTCAGTCTCT TTGGAATATC TTATACAGGA GCTGATATCT GTGGCTTCTT CAAAGACGCG 
CAGTATGAGA TGTGCATCCG CTGGATGCAG CTGGGTGCAT TTTACCCATA TTCGAGGAAT 
CACAATGAGA AAGGAACACG GAGGCAAGAT CCGGCTTCCT GGGATGAGGA ATTTAAAAAT 
ATGTCCAGGA AGGTGCTGAA CACAAGATAC ACCCTGTTAC CTTATCTCTA CACCTTGCTG 
TACAACGCCC ATGCCCACGG CAGCACCGTG GTCCGCCCAA TTCTCCACGA GTTTGTGGGC 
GACAGGACCA CGTGGGACAT CGACAAACAG TTCCTCTGGG GTCCTGCCCT GCTCATCAGC 
CCTGTGATGA AAGAGAATGA TCGGAGCGTG GTCGCTTATT TCCCCGATGC CCGCTGGTAT 
GATTACCACA CAAACTCAGA TACTGGATTT AGGAAAAAAT TCCAAAATTT ATCAGCTCCT 
TTGGATCACA TCAACCTGCA CATCCGAGGT GGACACATCC TGCCTTGGCA AAGACCTGCT 
ACTAGAACAG CTTACAGCCG GAAGAACCCG ATGGGACTGA CGGTGGCCCT GGATGATGAT 
CTGCTTGCAG AAGGACAACT TTATTGGGAT GATGGGGTTC GCATCAATGC ATATGAAGAT 
GGTGTTTACC TGCTGACATC ATTTACTGCT AAGCAGAATG TTCTGGAGAT CACAGTGACA 
CACCAGAACT ACACGGACCC CAACAACCTG ATGTTCACTG ACATCAAAGT CCTGGGGGTG 
CCCAGCGCTG TCACTCGGGT GACAGTGGCA CAGAACGGGA CGGAAATCGC ATCAAACCAC 
ACAATCAGCT ATAAAAACAA GCTCCTGGAA ATCACCAGTC TCCAGCTGAA ACTGGGCCAG 
AGCTACACCC TGAAGTGGAG CTAG

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

SI ( XM_002194436.3 ) cDNA ORF clone, Taeniopygia guttata(zebra finch) -> XP_002194472.3 Taeniopygia guttata sucrase-isomaltase (SI), mRNA.

Price & Availability↑

CloneID	OTd52086
Clone ID Related Accession (Same CDS sequence)	XM_002194436.3
Accession Version	XM_002194436.3 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 5424bp) 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	1565193600000
Organism	Taeniopygia guttata(zebra finch)
Product	sucrase-isomaltase, intestinal
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NC_044221.1) annotated using gene prediction method: Gnomon, supported by mRNA evidence. Also see: Documentation of NCBI's Annotation Process On Aug 9, 2019 this sequence version replaced XM_002194436.2. ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Name :: Taeniopygia guttata Annotation Release 104 Annotation Version :: 104 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 8.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGGGCAGGA AGTTCAGTGG GCTGGAGCTC ACTCTGATTG CCCTCTTCAC CGTGGTGACG 
GTCATCGCCT GTGTCCTCAT TGGGCTGCTG GCCACGGGGC ACTCCGGGGT CAAATCTCAA 
GACTCGGACT TTCACCCACA ATGTCCGAAT ACACCAGTAG CAGAGAGAAT TGACTGCATC 
CCGGATCAAT TAGCAACACA GAGCACCTGC TCCCTCCGTG GCTGCTGCTG GAGCCCCCAG 
AACGACGCCA GCGTGCCCTG GTGCTTCTTC TCCCCCAGCC ACGGCTACCA AGTGCAGGGC 
TCCCAGAGGT CCACCCAGGC AGGGTTTGAG GCCACTCTGG AGAGGCTGCC AGCCCCTTCC 
CTCTTTGGGG ACGACATCCA GACCGTTCTG CTCACGGCGG AGTACCAGAC AAAGAACCGC 
TTCCGATTCA AGATCACTGA CCCGAACGCT CAAAGGTTCG AGGTCCCTCA CGAGCACGTG 
AAGCCGTTCA AGGGATCCGC GGCCTCCAGC CCCAGCTACA AGGTGGAGCT GAAGCAGAAC 
CCCTTCGGCC TCGTGGTGAC CAGAGCCAGC AATGGCAGAG TGCTGTTTGA CACAACCATT 
GGGCCCCTGC AGTATGCTGA CCAGTTCCTG CAGCTCTCCA TCAAACTTCC CAGCAGCAAC 
ATCTACGGCG TGGGGGAGCA CGTGCACAAG CAGTACAGGC ACGATGTCAA CTGGAAAACC 
TGGCCTATTT TTGGCAGGGA CACTGCCCCC TCTGCAGCAA TGGATAACTT ATATGGAGCC 
CACACTTTCT TCTTGTGTCT GGAAGACAAC ACTGGAGCCT CCTTTGGTGT CTTCCTGATG 
AACAGCAATG CCATGGAGTT TGTGGTGCAG CCTGCTCCAG CAGTGACCTA CAGAACCATT 
GGAGGCATCC TGGATTTCTA CATCTTCCTG GGGAACACTC CAGAGCAAGT AGTCCAGGAG 
TACCTGCAGC TTGTGGGACT GCCAGCACTG CCTGCCTACT GGAACCTGGG ATTCCAGCTC 
TGCCGCTACG GATACACCTC CCTGGAGGAG GTGAAGACAG TCGTGGAGAG GAACAGAGCT 
GTTGGGCTGC CCCACGATAT CCAAGTCATT GATATTGATT ATATGGAGAA CAGGAAAGAT 
TTTACTTATG ACAAAGTGAA ATTCAATGGC CTCCCTCAAT TTGCAGATTA TTTGCATAAG 
CATGGACAAA AATATATCAT CATATTGGAT CCTGCTATTA GTACCCAAAA GAGGGCTGAT 
CAAAGTCCCT ATGGAAGCTA CGTCAGGGGG ACAGAGAAAA ATGTCTGGGT TAATGAGTCA 
GATGGAACAG CGCTGGTTGG AGAGGTGTGG CCAGGGGAAA CTGTGTTCCC AGACTACACC 
AGCCTCGAGG CCACGAACTG GTGGGTGAAC GAGTGCGAAA TGTTCTATAA GGAAGTGCCC 
TATGATGGAA TATGGATTGA TATGAATGAA GTGTGCAACT TTGTTCAAGG CTCAAAAAAA 
GGTTGTGCAG AGAATAAGTT AAACTACCCT CCTTACACTC CCAGGATTCT CGACAAAGTC 
ATGTACTCCA AGACACTTTG TCTGGATGCA GTGCAGAGCT GGGGCAAGCA ATATGATGTC 
CACAACCTTT ATGGATATTC CATGACCCTA TCCACTAGGA AAGCCATTGA GACGGTGTTT 
CCAGGAAAGA GAAGCTTCCT GATCTCGAGG TCCACCTTTG CAGGATCAGG AAAGCACGGG 
GGACACTGGC TGGGGGACAA TGCAGCCACG TGGGACCAGC TGAGATGGGC AATCCCTGGA 
ATGCTGGAGT TCAACCTCTT TGGAATTCCT TATGTTGGAG CAGATATTTG TGGTTTCACT 
GAGAACACCA CAGAAGAACT TTGCAGACGA TGGATGCAAG TGGGAGCATT TTACCCCTTT 
TCCAGGAACC ACAATGCTGA ATTTGTCATA CATCAAGATC CAGCTGTGTT TGGACCCAAC 
TCCTTGCTGG TGAACAGCTC CAAGCATTAC CTGAACATTC GCTACACTTT GCTGCCCTAC 
CTGTACACGC TGCACTACAA AGCTCACACC CGAGGAGACA CGGTCGTGAG GCCACTGCTC 
CACGAGTTCT ACTCTGATGA AATAACATGG GACATCGACA GGCAGTTCCT GTGGGGCCCT 
GGGCTGCTGA TTTCCCCAGC TCTTGAGCCG GGTGTGGAGT CCACTCGTGT GTACTTTCCT 
GATGCAGAGT GGTACGAGTA TGACACGGGT GAACCAATGC AACTGAAGAA AGTGTGGCAC 
AATATACCAA CCCCTGGAGA CAAAATGGGG CTGCACCTGA GAGGTGGATA CATTTTCCCT 
ACTCAGAAAC CAAACACCAC CACAGTGGCA AGCCGCAAGA ATCCAATGGG ACTCATAATT 
GCCCTGGATA TCAACAATGA AGCTTCTGGG GATTTGTTCT GGGATGATGG AGAATCTACA 
GGTACAATTG ACAAGAAAAC CTACATTTAC TATGAATTTA AAGTTTCCAA CAATGCTCTA 
CAAATGACTG CTACACACAG CAATTACGCT GATCCAAACA AACTGAAATT TGAGGAAATC 
AAGATATTGG GATTGTCCAA GGAAATAGGA TCAGTTTCTG TGTTTCAGAA CAATGTTCTG 
CAAAATTATA TCTCTGATAC CACCTATGAT TCTTTAACAA AGGTTGCTGT TATAAAAGGA 
CTTCAGCTTG ACCTGGGAAA ATCTTACACA ATCAAATGGA CTCAAAATAC AAATATCAAT 
GAAAGATTTA ATTGTCATCC TGGCCCTAAT GCAACAAAAG AAAAATGTGA ACAACTTGGC 
TGTTCTTGGG AAGAGACAGC AAATCCAGAT GTTCCTTCCT GCTACTACAG CTCCAGCAAT 
CCTTACCTCA TAAAGAACTT CAATTATACC TCCACTGGAA TCGTGGCCAC CCTCAGCTTG 
GACGACTTCA GGGTCAGAGC CAACGATGCT TACACTGCCC CAATCGGCAC CCTGCGCCTG 
GAGGTGAAAT ATCATCTCAA CAACATGCTG CAGTTTAAGA TCTATGATTA TCAAAACCCA 
CGATACGAGG TCCCCGTGCC CCTGAACCTC CCCAGCTCCC CCACGAGCTC AGACCAGGAG 
CGGCTCTACG ACGTCTCGCT CCAGATCAAA CCCTTCGGCA TCCAAGTCCG CCGCAAAAGC 
ACGGGGACGG TCATCTGGAA TTCAGGCCTG CCCACCTTCA CCTTCAGTGA CATGTTCATT 
CAGATTTCCA CCCGCTTGGC ATCCCAGTAC ATCTACGGGT TTGGAGAATC GGAGCACCCC 
ACATTCCGAC ACAACATGAG CTGGCACACC TGGGGAATGT TCACCAGGGA CCAGCCCCCC 
ACTTACAAGT TGAATTCCTA TGGTGTTCAC CCATTTTATA TGGCTCTTGA AGAAGATGGC 
AATGCCCACG GAGTTCTCTT GCTTAACAGC AATGCAATGG ATGTGACCTT CCAGCCCACC 
CCTGCCCTGA CCTACCGCAC CATTGGAGGA GTCCTCGACT TCTACATGTT TTTGGGCCCG 
ACTCCCGAAC TCGTGGTTCA GGAATACACC CAACTGATTG GGCGCCCATT CATGCCCCCC 
TACTGGTCCT TGGGATTCCA GCTCTGCCGC TACGGCTACG GCAACGACTC GGATGTCGCC 
AAGGTCGTGG AGGATATGAA GGCGGCTCAG ATTCCCCACG ATGTCCAATA TGTAGATATT 
GACTACATGG ATAGGAACCT GGACTTCACC CTTTCCCCAC GTTTTGCTGG ATTACCAGCT 
CTGATCAACA AAATCAAATC AGAAGGAATG AGGTTTATCA TTATCCTGGA TCCAGCAATT 
TCTGGGAATG AAACTGATTA TCCTGCCTTC ACCAGAGGTG TGGCCAATAA CATCTTCGTG 
CAGTGGCCTG ATACCAAAGA AATTTTATAT TCCAAGGTCT GGTCGTTTCT TCCCAATGTC 
CAAATCGACG AGTCACTGCC TCATGAAGAA CTAGTAGAGA AGTATGTATC ACATTGTGCT 
TTCCCAGACT TCTTCCGCAA TTCCACAGTG GAGTGGTATA AGAGGGAAAT CCTGGAGGTC 
TACAACAATG CCAATGCCTC AATAAGCCTC AAGTTTGATG GCCTGTGGAC TGACATGAAT 
GAACCGGCAG CTTTTATGAA TGGCGCCATG GGTGGCTGTA GGAACAACCT CCTAAATTAT 
CCCCCCTACA TGCCTCATTT GGGATATAGG TCAACAGGAT TAATCCACAA AACTCCGTGC 
ATGGAAGGTC TGCACTACCT CCCAGACGGG ACCCCAGCCA GACACTACGA TGTCCACAGC 
CTTTACGGAT GGTCCCAAGG CAGACCCAGC CTGGAGGCTT TGCAAGGTGC CACCAAGGAG 
CGCGGGGTCG TCATCAGCCG CTCCACCTAC CCCAGCAGCG GGAGATGGGT GGGACACTGG 
CTGGGGGACA ACACGGCAGC CTGGGACCAG CTGCACAAAT CCATTATTGG CATGATGGAG 
TTCAGTCTCT TTGGAATATC TTATACAGGA GCTGATATCT GTGGCTTCTT CAAAGACGCG 
CAGTATGAGA TGTGCATCCG CTGGATGCAG CTGGGTGCAT TTTACCCATA TTCGAGGAAT 
CACAATGAGA AAGGAACACG GAGGCAAGAT CCGGCTTCCT GGGATGAGGA ATTTAAAAAT 
ATGTCCAGGA AGGTGCTGAA CACAAGATAC ACCCTGTTAC CTTATCTCTA CACCTTGCTG 
TACAACGCCC ATGCCCACGG CAGCACCGTG GTCCGCCCAA TTCTCCACGA GTTTGTGGGC 
GACAGGACCA CGTGGGACAT CGACAAACAG TTCCTCTGGG GTCCTGCCCT GCTCATCAGC 
CCTGTGATGA AAGAGAATGA TCGGAGCGTG GTCGCTTATT TCCCCGATGC CCGCTGGTAT 
GATTACCACA CAAACTCAGA TACTGGATTT AGGAAAAAAT TCCAAAATTT ATCAGCTCCT 
TTGGATCACA TCAACCTGCA CATCCGAGGT GGACACATCC TGCCTTGGCA AAGACCTGCT 
ACTAGAACAG CTTACAGCCG GAAGAACCCG ATGGGACTGA CGGTGGCCCT GGATGATGAT 
CTGCTTGCAG AAGGACAACT TTATTGGGAT GATGGGGTTC GCATCAATGC ATATGAAGAT 
GGTGTTTACC TGCTGACATC ATTTACTGCT AAGCAGAATG TTCTGGAGAT CACAGTGACA 
CACCAGAACT ACACGGACCC CAACAACCTG ATGTTCACTG ACATCAAAGT CCTGGGGGTG 
CCCAGCGCTG TCACTCGGGT GACAGTGGCA CAGAACGGGA CGGAAATCGC ATCAAACCAC 
ACAATCAGCT ATAAAAACAA GCTCCTGGAA ATCACCAGTC TCCAGCTGAA ACTGGGCCAG 
AACTACACCC TGAAGTGGAG CTAG

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

RefSeq	XP_002194472.3
CDS	13..5436
Translation	MGRKFSGLELTLIALFTVVTVIACVLIGLLATGHSGVKSQDSDFHPQCPNTPVAERIDCIPDQLATQSTCSLRGCCWSPQNDASVPWCFFSPSHGYQVQGSQRSTQAGFEATLERLPAPSLFGDDIQTVLLTAEYQTKNRFRFKITDPNAQRFEVPHEHVKPFKGSAASSPSYKVELKQNPFGLVVTRASNGRVLFDTTIGPLQYADQFLQLSIKLPSSNIYGVGEHVHKQYRHDVNWKTWPIFGRDTAPSAAMDNLYGAHTFFLCLEDNTGASFGVFLMNSNAMEFVVQPAPAVTYRTIGGILDFYIFLGNTPEQVVQEYLQLVGLPALPAYWNLGFQLCRYGYTSLEEVKTVVERNRAVGLPHDIQVIDIDYMENRKDFTYDKVKFNGLPQFADYLHKHGQKYIIILDPAISTQKRADQSPYGSYVRGTEKNVWVNESDGTALVGEVWPGETVFPDYTSLEATNWWVNECEMFYKEVPYDGIWIDMNEVCNFVQGSKKGCAENKLNYPPYTPRILDKVMYSKTLCLDAVQSWGKQYDVHNLYGYSMTLSTRKAIETVFPGKRSFLISRSTFAGSGKHGGHWLGDNAATWDQLRWAIPGMLEFNLFGIPYVGADICGFTENTTEELCRRWMQVGAFYPFSRNHNAEFVIHQDPAVFGPNSLLVNSSKHYLNIRYTLLPYLYTLHYKAHTRGDTVVRPLLHEFYSDEITWDIDRQFLWGPGLLISPALEPGVESTRVYFPDAEWYEYDTGEPMQLKKVWHNIPTPGDKMGLHLRGGYIFPTQKPNTTTVASRKNPMGLIIALDINNEASGDLFWDDGESTGTIDKKTYIYYEFKVSNNALQMTATHSNYADPNKLKFEEIKILGLSKEIGSVSVFQNNVLQNYISDTTYDSLTKVAVIKGLQLDLGKSYTIKWTQNTNINERFNCHPGPNATKEKCEQLGCSWEETANPDVPSCYYSSSNPYLIKNFNYTSTGIVATLSLDDFRVRANDAYTAPIGTLRLEVKYHLNNMLQFKIYDYQNPRYEVPVPLNLPSSPTSSDQERLYDVSLQIKPFGIQVRRKSTGTVIWNSGLPTFTFSDMFIQISTRLASQYIYGFGESEHPTFRHNMSWHTWGMFTRDQPPTYKLNSYGVHPFYMALEEDGNAHGVLLLNSNAMDVTFQPTPALTYRTIGGVLDFYMFLGPTPELVVQEYTQLIGRPFMPPYWSLGFQLCRYGYGNDSDVAKVVEDMKAAQIPHDVQYVDIDYMDRNLDFTLSPRFAGLPALINKIKSEGMRFIIILDPAISGNETDYPAFTRGVANNIFVQWPDTKEILYSKVWSFLPNVQIDESLPHEELVEKYVSHCAFPDFFRNSTVEWYKREILEVYNNANASISLKFDGLWTDMNEPAAFMNGAMGGCRNNLLNYPPYMPHLGYRSTGLIHKTPCMEGLHYLPDGTPARHYDVHSLYGWSQGRPSLEALQGATKERGVVISRSTYPSSGRWVGHWLGDNTAAWDQLHKSIIGMMEFSLFGISYTGADICGFFKDAQYEMCIRWMQLGAFYPYSRNHNEKGTRRQDPASWDEEFKNMSRKVLNTRYTLLPYLYTLLYNAHAHGSTVVRPILHEFVGDRTTWDIDKQFLWGPALLISPVMKENDRSVVAYFPDARWYDYHTNSDTGFRKKFQNLSAPLDHINLHIRGGHILPWQRPATRTAYSRKNPMGLTVALDDDLLAEGQLYWDDGVRINAYEDGVYLLTSFTAKQNVLEITVTHQNYTDPNNLMFTDIKVLGVPSAVTRVTVAQNGTEIASNHTISYKNKLLEITSLQLKLGQNYTLKWS

Target ORF information:

RefSeq Version	XM_002194436.3
Organism	Taeniopygia guttata(zebra finch)
Definition	Taeniopygia guttata sucrase-isomaltase (SI), mRNA.

Target ORF information:

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

XM_002194436.3

ORF Insert Sequence:

ATGGGCAGGA AGTTCAGTGG GCTGGAGCTC ACTCTGATTG CCCTCTTCAC CGTGGTGACG 
GTCATCGCCT GTGTCCTCAT TGGGCTGCTG GCCACGGGGC ACTCCGGGGT CAAATCTCAA 
GACTCGGACT TTCACCCACA ATGTCCGAAT ACACCAGTAG CAGAGAGAAT TGACTGCATC 
CCGGATCAAT TAGCAACACA GAGCACCTGC TCCCTCCGTG GCTGCTGCTG GAGCCCCCAG 
AACGACGCCA GCGTGCCCTG GTGCTTCTTC TCCCCCAGCC ACGGCTACCA AGTGCAGGGC 
TCCCAGAGGT CCACCCAGGC AGGGTTTGAG GCCACTCTGG AGAGGCTGCC AGCCCCTTCC 
CTCTTTGGGG ACGACATCCA GACCGTTCTG CTCACGGCGG AGTACCAGAC AAAGAACCGC 
TTCCGATTCA AGATCACTGA CCCGAACGCT CAAAGGTTCG AGGTCCCTCA CGAGCACGTG 
AAGCCGTTCA AGGGATCCGC GGCCTCCAGC CCCAGCTACA AGGTGGAGCT GAAGCAGAAC 
CCCTTCGGCC TCGTGGTGAC CAGAGCCAGC AATGGCAGAG TGCTGTTTGA CACAACCATT 
GGGCCCCTGC AGTATGCTGA CCAGTTCCTG CAGCTCTCCA TCAAACTTCC CAGCAGCAAC 
ATCTACGGCG TGGGGGAGCA CGTGCACAAG CAGTACAGGC ACGATGTCAA CTGGAAAACC 
TGGCCTATTT TTGGCAGGGA CACTGCCCCC TCTGCAGCAA TGGATAACTT ATATGGAGCC 
CACACTTTCT TCTTGTGTCT GGAAGACAAC ACTGGAGCCT CCTTTGGTGT CTTCCTGATG 
AACAGCAATG CCATGGAGTT TGTGGTGCAG CCTGCTCCAG CAGTGACCTA CAGAACCATT 
GGAGGCATCC TGGATTTCTA CATCTTCCTG GGGAACACTC CAGAGCAAGT AGTCCAGGAG 
TACCTGCAGC TTGTGGGACT GCCAGCACTG CCTGCCTACT GGAACCTGGG ATTCCAGCTC 
TGCCGCTACG GATACACCTC CCTGGAGGAG GTGAAGACAG TCGTGGAGAG GAACAGAGCT 
GTTGGGCTGC CCCACGATAT CCAAGTCATT GATATTGATT ATATGGAGAA CAGGAAAGAT 
TTTACTTATG ACAAAGTGAA ATTCAATGGC CTCCCTCAAT TTGCAGATTA TTTGCATAAG 
CATGGACAAA AATATATCAT CATATTGGAT CCTGCTATTA GTACCCAAAA GAGGGCTGAT 
CAAAGTCCCT ATGGAAGCTA CGTCAGGGGG ACAGAGAAAA ATGTCTGGGT TAATGAGTCA 
GATGGAACAG CGCTGGTTGG AGAGGTGTGG CCAGGGGAAA CTGTGTTCCC AGACTACACC 
AGCCTCGAGG CCACGAACTG GTGGGTGAAC GAGTGCGAAA TGTTCTATAA GGAAGTGCCC 
TATGATGGAA TATGGATTGA TATGAATGAA GTGTGCAACT TTGTTCAAGG CTCAAAAAAA 
GGTTGTGCAG AGAATAAGTT AAACTACCCT CCTTACACTC CCAGGATTCT CGACAAAGTC 
ATGTACTCCA AGACACTTTG TCTGGATGCA GTGCAGAGCT GGGGCAAGCA ATATGATGTC 
CACAACCTTT ATGGATATTC CATGACCCTA TCCACTAGGA AAGCCATTGA GACGGTGTTT 
CCAGGAAAGA GAAGCTTCCT GATCTCGAGG TCCACCTTTG CAGGATCAGG AAAGCACGGG 
GGACACTGGC TGGGGGACAA TGCAGCCACG TGGGACCAGC TGAGATGGGC AATCCCTGGA 
ATGCTGGAGT TCAACCTCTT TGGAATTCCT TATGTTGGAG CAGATATTTG TGGTTTCACT 
GAGAACACCA CAGAAGAACT TTGCAGACGA TGGATGCAAG TGGGAGCATT TTACCCCTTT 
TCCAGGAACC ACAATGCTGA ATTTGTCATA CATCAAGATC CAGCTGTGTT TGGACCCAAC 
TCCTTGCTGG TGAACAGCTC CAAGCATTAC CTGAACATTC GCTACACTTT GCTGCCCTAC 
CTGTACACGC TGCACTACAA AGCTCACACC CGAGGAGACA CGGTCGTGAG GCCACTGCTC 
CACGAGTTCT ACTCTGATGA AATAACATGG GACATCGACA GGCAGTTCCT GTGGGGCCCT 
GGGCTGCTGA TTTCCCCAGC TCTTGAGCCG GGTGTGGAGT CCACTCGTGT GTACTTTCCT 
GATGCAGAGT GGTACGAGTA TGACACGGGT GAACCAATGC AACTGAAGAA AGTGTGGCAC 
AATATACCAA CCCCTGGAGA CAAAATGGGG CTGCACCTGA GAGGTGGATA CATTTTCCCT 
ACTCAGAAAC CAAACACCAC CACAGTGGCA AGCCGCAAGA ATCCAATGGG ACTCATAATT 
GCCCTGGATA TCAACAATGA AGCTTCTGGG GATTTGTTCT GGGATGATGG AGAATCTACA 
GGTACAATTG ACAAGAAAAC CTACATTTAC TATGAATTTA AAGTTTCCAA CAATGCTCTA 
CAAATGACTG CTACACACAG CAATTACGCT GATCCAAACA AACTGAAATT TGAGGAAATC 
AAGATATTGG GATTGTCCAA GGAAATAGGA TCAGTTTCTG TGTTTCAGAA CAATGTTCTG 
CAAAATTATA TCTCTGATAC CACCTATGAT TCTTTAACAA AGGTTGCTGT TATAAAAGGA 
CTTCAGCTTG ACCTGGGAAA ATCTTACACA ATCAAATGGA CTCAAAATAC AAATATCAAT 
GAAAGATTTA ATTGTCATCC TGGCCCTAAT GCAACAAAAG AAAAATGTGA ACAACTTGGC 
TGTTCTTGGG AAGAGACAGC AAATCCAGAT GTTCCTTCCT GCTACTACAG CTCCAGCAAT 
CCTTACCTCA TAAAGAACTT CAATTATACC TCCACTGGAA TCGTGGCCAC CCTCAGCTTG 
GACGACTTCA GGGTCAGAGC CAACGATGCT TACACTGCCC CAATCGGCAC CCTGCGCCTG 
GAGGTGAAAT ATCATCTCAA CAACATGCTG CAGTTTAAGA TCTATGATTA TCAAAACCCA 
CGATACGAGG TCCCCGTGCC CCTGAACCTC CCCAGCTCCC CCACGAGCTC AGACCAGGAG 
CGGCTCTACG ACGTCTCGCT CCAGATCAAA CCCTTCGGCA TCCAAGTCCG CCGCAAAAGC 
ACGGGGACGG TCATCTGGAA TTCAGGCCTG CCCACCTTCA CCTTCAGTGA CATGTTCATT 
CAGATTTCCA CCCGCTTGGC ATCCCAGTAC ATCTACGGGT TTGGAGAATC GGAGCACCCC 
ACATTCCGAC ACAACATGAG CTGGCACACC TGGGGAATGT TCACCAGGGA CCAGCCCCCC 
ACTTACAAGT TGAATTCCTA TGGTGTTCAC CCATTTTATA TGGCTCTTGA AGAAGATGGC 
AATGCCCACG GAGTTCTCTT GCTTAACAGC AATGCAATGG ATGTGACCTT CCAGCCCACC 
CCTGCCCTGA CCTACCGCAC CATTGGAGGA GTCCTCGACT TCTACATGTT TTTGGGCCCG 
ACTCCCGAAC TCGTGGTTCA GGAATACACC CAACTGATTG GGCGCCCATT CATGCCCCCC 
TACTGGTCCT TGGGATTCCA GCTCTGCCGC TACGGCTACG GCAACGACTC GGATGTCGCC 
AAGGTCGTGG AGGATATGAA GGCGGCTCAG ATTCCCCACG ATGTCCAATA TGTAGATATT 
GACTACATGG ATAGGAACCT GGACTTCACC CTTTCCCCAC GTTTTGCTGG ATTACCAGCT 
CTGATCAACA AAATCAAATC AGAAGGAATG AGGTTTATCA TTATCCTGGA TCCAGCAATT 
TCTGGGAATG AAACTGATTA TCCTGCCTTC ACCAGAGGTG TGGCCAATAA CATCTTCGTG 
CAGTGGCCTG ATACCAAAGA AATTTTATAT TCCAAGGTCT GGTCGTTTCT TCCCAATGTC 
CAAATCGACG AGTCACTGCC TCATGAAGAA CTAGTAGAGA AGTATGTATC ACATTGTGCT 
TTCCCAGACT TCTTCCGCAA TTCCACAGTG GAGTGGTATA AGAGGGAAAT CCTGGAGGTC 
TACAACAATG CCAATGCCTC AATAAGCCTC AAGTTTGATG GCCTGTGGAC TGACATGAAT 
GAACCGGCAG CTTTTATGAA TGGCGCCATG GGTGGCTGTA GGAACAACCT CCTAAATTAT 
CCCCCCTACA TGCCTCATTT GGGATATAGG TCAACAGGAT TAATCCACAA AACTCCGTGC 
ATGGAAGGTC TGCACTACCT CCCAGACGGG ACCCCAGCCA GACACTACGA TGTCCACAGC 
CTTTACGGAT GGTCCCAAGG CAGACCCAGC CTGGAGGCTT TGCAAGGTGC CACCAAGGAG 
CGCGGGGTCG TCATCAGCCG CTCCACCTAC CCCAGCAGCG GGAGATGGGT GGGACACTGG 
CTGGGGGACA ACACGGCAGC CTGGGACCAG CTGCACAAAT CCATTATTGG CATGATGGAG 
TTCAGTCTCT TTGGAATATC TTATACAGGA GCTGATATCT GTGGCTTCTT CAAAGACGCG 
CAGTATGAGA TGTGCATCCG CTGGATGCAG CTGGGTGCAT TTTACCCATA TTCGAGGAAT 
CACAATGAGA AAGGAACACG GAGGCAAGAT CCGGCTTCCT GGGATGAGGA ATTTAAAAAT 
ATGTCCAGGA AGGTGCTGAA CACAAGATAC ACCCTGTTAC CTTATCTCTA CACCTTGCTG 
TACAACGCCC ATGCCCACGG CAGCACCGTG GTCCGCCCAA TTCTCCACGA GTTTGTGGGC 
GACAGGACCA CGTGGGACAT CGACAAACAG TTCCTCTGGG GTCCTGCCCT GCTCATCAGC 
CCTGTGATGA AAGAGAATGA TCGGAGCGTG GTCGCTTATT TCCCCGATGC CCGCTGGTAT 
GATTACCACA CAAACTCAGA TACTGGATTT AGGAAAAAAT TCCAAAATTT ATCAGCTCCT 
TTGGATCACA TCAACCTGCA CATCCGAGGT GGACACATCC TGCCTTGGCA AAGACCTGCT 
ACTAGAACAG CTTACAGCCG GAAGAACCCG ATGGGACTGA CGGTGGCCCT GGATGATGAT 
CTGCTTGCAG AAGGACAACT TTATTGGGAT GATGGGGTTC GCATCAATGC ATATGAAGAT 
GGTGTTTACC TGCTGACATC ATTTACTGCT AAGCAGAATG TTCTGGAGAT CACAGTGACA 
CACCAGAACT ACACGGACCC CAACAACCTG ATGTTCACTG ACATCAAAGT CCTGGGGGTG 
CCCAGCGCTG TCACTCGGGT GACAGTGGCA CAGAACGGGA CGGAAATCGC ATCAAACCAC 
ACAATCAGCT ATAAAAACAA GCTCCTGGAA ATCACCAGTC TCCAGCTGAA ACTGGGCCAG 
AACTACACCC TGAAGTGGAG CTAG

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

PubMed

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1-877-436-7274

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SI cDNA ORF clone, Taeniopygia guttata(zebra finch)

Gene

Clones

gRNAs

Target ORF information:

Target ORF information:

ORF Insert Sequence:

Target ORF information:

Target ORF information:

ORF Insert Sequence:

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