SNX29 cDNA ORF clone, Alligator mississippiensis(American alligator)

Gene
Clones
gRNAs

Summary

Gene Symbol	SNX29
Entrez Gene ID	102570903
Full Name	sorting nexin 29
Gene Type	protein-coding
Organism	Alligator mississippiensis(American alligator)

mRNA and Protein(s)

mRNA	Protein	Name
XM_019494611.1	XP_019350156.1	sorting nexin-29

Pathways from BioSystems
Gene Ontology

The following SNX29 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the SNX29 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
OAl65211	XM_019494611.1 Latest version!	Alligator mississippiensis sorting nexin 29 (SNX29), mRNA.	pcDNA3.1-C-(k)DYK or customized vector	14-16	$510.30 $729.00

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

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

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

Reference Sequences (Refseq)

SNX29 ( XM_019494611.1 ) cDNA ORF clone, Alligator mississippiensis(American alligator) -> XP_019350156.1 Alligator mississippiensis sorting nexin 29 (SNX29), mRNA.

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CloneID	OAl65211
Clone ID Related Accession (Same CDS sequence)	XM_019494611.1
Accession Version	XM_019494611.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 2532bp) Protein sequence SNP
Vector	pcDNA3.1-C-(k)DYK or customized vector	User Manual
Clone information	Clone Map	MSDS
Tag on pcDNA3.1⁺/C-(K)DYK	C terminal DYKDDDDK tags
ORF Insert Method	CloneEZ™ Seamless cloning technology
Insert Structure	linear
Update Date	2016-12-08
Organism	Alligator mississippiensis(American alligator)
Product	sorting nexin-29
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_017711568.1) annotated using gene prediction method: Gnomon. Also see: Documentation of NCBI's Annotation Process ##Genome-Annotation-Data-START## Annotation Provider :: NCBI Annotation Status :: Full annotation Annotation Version :: Alligator mississippiensis Annotation Release 102 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 7.2 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END## ##RefSeq-Attributes-START## ab initio :: 1% of CDS bases ##RefSeq-Attributes-END##

ATGGTGTTCG TGTGCCGTGC CTTGCTTATT AACAAACTTT GCTTGATTGG TGTTAATGAT 
CGAGAAGAAT GTGTTCATGG ATCACAGAAC AATGATGCCA AAAGACAGTT TCTTCTAGAG 
CGGTTACTGG ATGCAGTTAA ACAGTGTCAA ATCCGGTTTG GAGGAAGAAA AGAAATTGCT 
TCAGATTCTG ATAGCAGAGT GACTTGCCTG TGTGCTCAGT TTGAAGCTGT GTTTCAGCAT 
GGTTTGAAGA GGAGTCGTGG ATTAGCATTA ACAGCAGCAG CGATCAAACA GGCAGCAGGC 
TTCTCCAGTA AAACTGAAAC GGAGCCAGTG TTTTGGTACT ACGTGAAAGA AGTTTTGAAT 
AAACATGAAC TACAACGTTT TTACTCTTTA AAAACAATTA CTACAGATAT TGGCAGAGGC 
CGTGCCTGGT TGCGCTGTGC ATTAAATGAG CATTCTCTGG AAAGATATGT TCATATGCTG 
CTTGCAGATA AAAATCGACT TAGCGTCTTC TATGAAGATT GGTCTTTTAT GATGGATGAA 
GAGCGTTCTA GTATGATCCC AACCATGGCA GCTGGTCTAA ACTCCATTCT TTTTGCAATC 
AACATTGACA ACAAAGATTT AAATGGGCAG AGCAAATGCA CTCCTACAGT TTCTGACCTT 
TTAAAGGAAT CCACACAAAA TGTAACCTCA CTGCTGAAAG AATCCACCCA AGGTGTTAGC 
AGCCTTCTGA GAGAGATAAC TGCATCTTCT GCTGTTTCCA TTCTCATCAA ATCTGATCAG 
GACACTGACC CACTTCCAGT CCTATCAAAG ACTGCCAATG CTGATTTAAA ATGTAAAAAA 
GAGCGAAAGA AGAAGAAGAG GGTGACACAC ATTATCTCAT TTGATGAAGA GGAGGATGAG 
CAAAACTTTG GAGAAATCCT AAAGACATCA GTTACAGGAG AAAGCTCAGA GGAAAACTCT 
GATAGATCTT CACTTTTTGC ACTACCTTCC TCTGAAGGCT CTCTTGGACA AAATCTGAAT 
GGGAATCAGA ATAGCCATTT GTGGAAAAGC AGTTCTCCAT GCTTGAATGG AGAGTATGGT 
TACCAGAAGC TGGATGTGAA GAGTATTGAT GATGAAGATA TAGATGAAAA TGAAGATGAA 
ATTTATGGAA AGGTATTAGG AAATAAAGAC ATGGAAGATT ACATAGAAAT TTCTGAAAAG 
CCACAGGAAG GGGGCACATG CAATTCACAA ATAGGCAGTT GGACTCCCCT GCAGGTCCTG 
AATGATGATT CACATATTCT GTTCCCTGTC AGTGCTCTTG ACTCTTATTC CCAAACTGAT 
GCCTTGGAGA ATGGAGATGG ACATGATAGT GCTGTTCTTG CAGTAGAACT GGCTCAGAGG 
GGATCTGAAC TCCCTTTCAG AGTGGAAGTT AATCCTGCTG TTCAAGTGAA CGCTTTAAGC 
AATATGTTGC CTTCAGTCAC TGTTCCAGAA TCAATGACAA TTAATGAACT TCGGCAAGCT 
ATTGTGGCCA TGATGAACAG AAAGGATGAA CTGGAAGAAC AGAACAGATC TCTGCGAAAC 
CTGCTTGATG GAGAGATGGA GCATTCAGCA GCACTCAGGC AAGAAATAGA CAACTTGAGA 
AAGAAAGTAG CAGAGCAAGA AGAGCGACAT GCAGCAAAGA TCCAGGCATT GACAAGAGAG 
AATGAGGTGC TAAAAGTACA ACTAAAGAAG TATGTAGGAG CTGTCCAGAT GCTGAAAAGA 
GAAGGTCAAA TGGTAGAAGT TCTGCCCAAC CTTTGGAACA TTGAAGGTGA ATTTACCATT 
CCTGAGCAAA AGCAAGTGGA AAACAATGAA GAACTAGCTA GTTCTTATGA AAGAAAATTG 
ATTGAGGTGG CAGAAATGCA TGGGGAGCTT ATAGAATTCA ATGAGAGACT TCACCGTGCT 
CTGATGGCTA AAGAAGCTCT TGTGTCCCAA ATGAGACAGG AACTCATTGA GTTGAGAGGG 
CCGGTCCCTG GAGATTTGAG TCAAACATCT GAAGACCAGA GTTTGTCAGA TTTCGAAATA 
TCTAATCGCG CTCTTATAAA TGTTTGGATT CCCTCAGTCT TTCTCCGTGG AAAAGCTGCT 
AATGCATTCC ATGTTTATCA GGTATATATC AGGATAAAAG ATGATGAATG GAATGTGTAT 
CGAAGATATG CAGAATTCAG AAGCTTACAT CACAAATTAC AGAATAAATA CCACCAAGTG 
AGGACTTTTA ACTTCCCACC AAAAAAGGCA ATTGGAAACA AGGATGCAAA GTTTGTAGAG 
GAGCGGCGCA AACAACTACA GAATTATTTA AGAAATGTTA TGAACAAAGT TATTCAAACT 
GTGCCAGAAT TCACAGCCAG CCCCAAAAAA GAGACTCTTA TTCAACTGAT GCCCTTTTTT 
GTTGATATTC AACCTGGTGG AGAACCAGTA AATAAAGGCA GTCGCTCGAG GGTGACTACC 
CGCTTTCCAA AGCTATCACG GAGCCATCAA AGAGAGCCAC GGAACCTGGA GCCTCAAAGT 
GGTGACCTCT GA

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

RefSeq	XP_019350156.1
CDS	1..2532
Translation	MVFVCRALLINKLCLIGVNDREECVHGSQNNDAKRQFLLERLLDAVKQCQIRFGGRKEIASDSDSRVTCLCAQFEAVFQHGLKRSRGLALTAAAIKQAAGFSSKTETEPVFWYYVKEVLNKHELQRFYSLKTITTDIGRGRAWLRCALNEHSLERYVHMLLADKNRLSVFYEDWSFMMDEERSSMIPTMAAGLNSILFAINIDNKDLNGQSKCTPTVSDLLKESTQNVTSLLKESTQGVSSLLREITASSAVSILIKSDQDTDPLPVLSKTANADLKCKKERKKKKRVTHIISFDEEEDEQNFGEILKTSVTGESSEENSDRSSLFALPSSEGSLGQNLNGNQNSHLWKSSSPCLNGEYGYQKLDVKSIDDEDIDENEDEIYGKVLGNKDMEDYIEISEKPQEGGTCNSQIGSWTPLQVLNDDSHILFPVSALDSYSQTDALENGDGHDSAVLAVELAQRGSELPFRVEVNPAVQVNALSNMLPSVTVPESMTINELRQAIVAMMNRKDELEEQNRSLRNLLDGEMEHSAALRQEIDNLRKKVAEQEERHAAKIQALTRENEVLKVQLKKYVGAVQMLKREGQMVEVLPNLWNIEGEFTIPEQKQVENNEELASSYERKLIEVAEMHGELIEFNERLHRALMAKEALVSQMRQELIELRGPVPGDLSQTSEDQSLSDFEISNRALINVWIPSVFLRGKAANAFHVYQVYIRIKDDEWNVYRRYAEFRSLHHKLQNKYHQVRTFNFPPKKAIGNKDAKFVEERRKQLQNYLRNVMNKVIQTVPEFTASPKKETLIQLMPFFVDIQPGGEPVNKGSRSRVTTRFPKLSRSHQREPRNLEPQSGDL

Target ORF information:

RefSeq Version	XM_019494611.1
Organism	Alligator mississippiensis(American alligator)
Definition	Alligator mississippiensis sorting nexin 29 (SNX29), mRNA.

Target ORF information:

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

XM_019494611.1

ORF Insert Sequence:

ATGGTGTTCG TGTGCCGTGC CTTGCTTATT AACAAACTTT GCTTGATTGG TGTTAATGAT 
CGAGAAGAAT GTGTTCATGG ATCACAGAAC AATGATGCCA AAAGACAGTT TCTTCTAGAG 
CGGTTACTGG ATGCAGTTAA ACAGTGTCAA ATCCGGTTTG GAGGAAGAAA AGAAATTGCT 
TCAGATTCTG ATAGCAGAGT GACTTGCCTG TGTGCTCAGT TTGAAGCTGT GTTTCAGCAT 
GGTTTGAAGA GGAGTCGTGG ATTAGCATTA ACAGCAGCAG CGATCAAACA GGCAGCAGGC 
TTCTCCAGTA AAACTGAAAC GGAGCCAGTG TTTTGGTACT ACGTGAAAGA AGTTTTGAAT 
AAACATGAAC TACAACGTTT TTACTCTTTA AAAACAATTA CTACAGATAT TGGCAGAGGC 
CGTGCCTGGT TGCGCTGTGC ATTAAATGAG CATTCTCTGG AAAGATATGT TCATATGCTG 
CTTGCAGATA AAAATCGACT TAGCGTCTTC TATGAAGATT GGTCTTTTAT GATGGATGAA 
GAGCGTTCTA GTATGATCCC AACCATGGCA GCTGGTCTAA ACTCCATTCT TTTTGCAATC 
AACATTGACA ACAAAGATTT AAATGGGCAG AGCAAATGCA CTCCTACAGT TTCTGACCTT 
TTAAAGGAAT CCACACAAAA TGTAACCTCA CTGCTGAAAG AATCCACCCA AGGTGTTAGC 
AGCCTTCTGA GAGAGATAAC TGCATCTTCT GCTGTTTCCA TTCTCATCAA ATCTGATCAG 
GACACTGACC CACTTCCAGT CCTATCAAAG ACTGCCAATG CTGATTTAAA ATGTAAAAAA 
GAGCGAAAGA AGAAGAAGAG GGTGACACAC ATTATCTCAT TTGATGAAGA GGAGGATGAG 
CAAAACTTTG GAGAAATCCT AAAGACATCA GTTACAGGAG AAAGCTCAGA GGAAAACTCT 
GATAGATCTT CACTTTTTGC ACTACCTTCC TCTGAAGGCT CTCTTGGACA AAATCTGAAT 
GGGAATCAGA ATAGCCATTT GTGGAAAAGC AGTTCTCCAT GCTTGAATGG AGAGTATGGT 
TACCAGAAGC TGGATGTGAA GAGTATTGAT GATGAAGATA TAGATGAAAA TGAAGATGAA 
ATTTATGGAA AGGTATTAGG AAATAAAGAC ATGGAAGATT ACATAGAAAT TTCTGAAAAG 
CCACAGGAAG GGGGCACATG CAATTCACAA ATAGGCAGTT GGACTCCCCT GCAGGTCCTG 
AATGATGATT CACATATTCT GTTCCCTGTC AGTGCTCTTG ACTCTTATTC CCAAACTGAT 
GCCTTGGAGA ATGGAGATGG ACATGATAGT GCTGTTCTTG CAGTAGAACT GGCTCAGAGG 
GGATCTGAAC TCCCTTTCAG AGTGGAAGTT AATCCTGCTG TTCAAGTGAA CGCTTTAAGC 
AATATGTTGC CTTCAGTCAC TGTTCCAGAA TCAATGACAA TTAATGAACT TCGGCAAGCT 
ATTGTGGCCA TGATGAACAG AAAGGATGAA CTGGAAGAAC AGAACAGATC TCTGCGAAAC 
CTGCTTGATG GAGAGATGGA GCATTCAGCA GCACTCAGGC AAGAAATAGA CAACTTGAGA 
AAGAAAGTAG CAGAGCAAGA AGAGCGACAT GCAGCAAAGA TCCAGGCATT GACAAGAGAG 
AATGAGGTGC TAAAAGTACA ACTAAAGAAG TATGTAGGAG CTGTCCAGAT GCTGAAAAGA 
GAAGGTCAAA TGGTAGAAGT TCTGCCCAAC CTTTGGAACA TTGAAGGTGA ATTTACCATT 
CCTGAGCAAA AGCAAGTGGA AAACAATGAA GAACTAGCTA GTTCTTATGA AAGAAAATTG 
ATTGAGGTGG CAGAAATGCA TGGGGAGCTT ATAGAATTCA ATGAGAGACT TCACCGTGCT 
CTGATGGCTA AAGAAGCTCT TGTGTCCCAA ATGAGACAGG AACTCATTGA GTTGAGAGGG 
CCGGTCCCTG GAGATTTGAG TCAAACATCT GAAGACCAGA GTTTGTCAGA TTTCGAAATA 
TCTAATCGCG CTCTTATAAA TGTTTGGATT CCCTCAGTCT TTCTCCGTGG AAAAGCTGCT 
AATGCATTCC ATGTTTATCA GGTATATATC AGGATAAAAG ATGATGAATG GAATGTGTAT 
CGAAGATATG CAGAATTCAG AAGCTTACAT CACAAATTAC AGAATAAATA CCACCAAGTG 
AGGACTTTTA ACTTCCCACC AAAAAAGGCA ATTGGAAACA AGGATGCAAA GTTTGTAGAG 
GAGCGGCGCA AACAACTACA GAATTATTTA AGAAATGTTA TGAACAAAGT TATTCAAACT 
GTGCCAGAAT TCACAGCCAG CCCCAAAAAA GAGACTCTTA TTCAACTGAT GCCCTTTTTT 
GTTGATATTC AACCTGGTGG AGAACCAGTA AATAAAGGCA GTCGCTCGAG GGTGACTACC 
CGCTTTCCAA AGCTATCACG GAGCCATCAA AGAGAGCCAC GGAACCTGGA GCCTCAAAGT 
GGTGACCTCT GA