FNIP1 cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit)

Gene
Clones
gRNAs

Summary

Gene Symbol	FNIP1
Entrez Gene ID	102114424
Full Name	folliculin interacting protein 1
Gene Type	protein-coding
Organism	Pseudopodoces humilis(Tibetan ground-tit)

mRNA and Protein(s)

mRNA	Protein	Name
XM_014253156.1	XP_014108631.1	folliculin-interacting protein 1 isoform X2
XM_014253155.1	XP_014108630.1	folliculin-interacting protein 1 isoform X1

Pathways from BioSystems
Gene Ontology

The following FNIP1 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the FNIP1 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
OPs14646	XM_014253155.1 Latest version!	Pseudopodoces humilis folliculin interacting protein 1 (FNIP1), transcript variant X1, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$713.30 $1019.00
OPs14647	XM_014253156.1 Latest version!	Pseudopodoces humilis folliculin interacting protein 1 (FNIP1), transcript variant X2, mRNA.	pcDNA3.1-C-(k)DYK or customized vector	19-21	$629.30 $899.00

ORF Online Only Promotion

Next-day Shipping ORF Clones ( in default vector with tag)
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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)

FNIP1 ( XM_014253155.1 ) cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit) -> XP_014108630.1 Pseudopodoces humilis folliculin interacting protein 1 (FNIP1), transcript variant X1, mRNA.

Price & Availability↑

CloneID	OPs14646
Clone ID Related Accession (Same CDS sequence)	XM_014253155.1
Accession Version	XM_014253155.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3510bp) 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	2015-09-20
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Product	folliculin-interacting protein 1 isoform X1
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005087571.1) 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 :: Full annotation Annotation Version :: Pseudopodoces humilis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCGCCTA CCCTCTTCCA GAAGCTCTTC AACAAGAAGC ATGGGCTGAT CTCCCCCGCC 
AGGGATGCCC GCGACGACTG TATCTTCAGC TGGCCTTTGC CGGAGTTTGA CCCAAGTCAG 
ATCCGACTAA TTGTGTATCA GGACTGTGAA AGAAGAGGAC GGAATGTCTT ATTTGATTCC 
AGTGCTAAAA GAAAAATAGA GGATGTTTCA GTGTCGAAAC TCTGCAGTGA TGCTCAAGTG 
AGAGTTTTTG GGAAATGTTG CCAACTAAAG CCTGGAGGAG ACAGTTCTTC TTCCTTGGAT 
AGTTCAATCA ATTCATCTTC CTCGTTCTCT GATCAAAAAG AGCAATGCCC AAAATACCAG 
GGTTCTCGGT GCTCCTCAGA TGCCAGCATG CTTGGAGAGA TGATGTTTGG CTCTGTGGCT 
ATGAGCTACA AGGGCTCCAC ACTGAAAATT CATCAGATCC GCTCCCCTCC CCAGCTCATG 
CTCAGCAAGG TGTTCACAGC TCGCACGGGA AGCAGCATCT ATGGCAGTCT GAACACGTTG 
CAGGACAGTC TTGAGTTCAT TAATCAAGAC AGCAATACAT TAAAGCCTGA CCACAGTACA 
ATTATGAATG GACTTCTTGG GAACATAGGT CTTTCCCAGC TTTGCAGCCC CAGGCGGGCA 
TTCTCAGAGC AAGGTCCGCT CCGCCTCATC CGGAGCGCCT CTTTCTTTGC AGTTCATAGC 
AACCCTATGG ATATGCCTGG GAGGGAGCAG AATGAGGACA GAGACAGCGG TATAGCAAGA 
TCTGCATCTC TTAGCAGTCT GCTCATCACT CCGTTTCCAT CTCCGGGCTC CTCATTTAAC 
AAGAGCTGTG CCAGCAGCTA CCAGCGGCGT TGGCGTCGCA GCCAGACGAC CAGCTTGGAG 
AATGGGGTCT TCCCTCGATG GTCCATGGAT GAAAGCTTCA GCTTGTCAGA TGACAGCTCT 
GGTCCAAACC CAGGAATTGT TAGGAAGAAA AAGATAGCAA TTGGGGTTAT TTTTTCACTC 
TCAAGAGATG AAGATGAAAA CAACAAATTT AACGAGTTCT TTTTTTCACA CTTCCCTCTT 
TTTGAAAGTC ACATGAACAA ACTGAAGAGT GCAATAGAAC AGGCCATGAA AATGAGTCGG 
AGATCAGCTG ATGCCAGCCA GCGGAGTTTG GCATATAACA GAATTGTGGA TGCCCTAAAT 
GAGTTTAGAA CAACTATTTG CAATCTCTAC ACAATGCCAC GGATTGGGGA GCCTGTCTGG 
CTCACCATGA TGTCAGGGAC ACCAGAGAAG AACCAGCTAT GCCATCGCTT CATGAAGGAG 
TTCACTTTCT TGATGGAAAA TGCTTCTAAA AATCAGTTTT TACCAGCTTT GCTGACTGCA 
GTGCTGACTA ACCACCTGGC CTGGGTCCCC ACTGTCATGC CCAATGGCCA ACCACCCATA 
AGAATCTTCC TGGAGAAGCA TTCTTCCCAG AGTGTGGACA TGCTGGCCAA AACTCATCCC 
TACAACCCAC TGTGGGCTCA GCTCGGTGAC CTCTATGGGG CCATTGGATC ACCTGTGAGA 
TTAGCAAAAA CGGTCGTGGT TGGCAAAAGA CATGACCTGG TCCAGAGATT GCTTTATTTC 
CTCACTTACT TCATCAGATG CTCTGAACTT CAAGAGACAC ATCTTCTGGA AAACGGGGAA 
GATGAGGCCA TCGTCATGCC TGGCACTGTT ATCACTACCA CACTGGAGAA AGGAGAAGTG 
GAAGAGTCTG AGTATGTGCT TGTCACAATG CACAAAAACA GGGGCAACTT GCTACCCACG 
GAGTCAGAAG AGATGAGAGT TCCCAACTGC AGCTGTAAAT ATTGCAAATG TCCTGTTTCC 
CTCGCACAGA ACATAGAAGG TGTTGCACAG CAAGAGAGAG AAGACATGCA AAGCACTCCT 
AAGGTAGAGC TAGATTCTTC TTCAGATGAG AACAGAACCA TCATTCCTGA AGGCCAGGAA 
GATGCTGTGG ATGTGACACA ACCAAGGCCC TGCCTGGATA CCAAACTAGA GACTGTGGTG 
TGTACAGGGT CAGCTTCGCC TGAGAAATGC GTGGGGACAG AATCTTGTTT GGAGCCAGCG 
GCAGGCACGT GGAGGAGTGA GGATGTGCTG GAGCCGGGCA GCCAGGCGGG AGGTGGGACA 
AGGACACCCG GGGTTGCTGT GGAGAAGAAG CCACCCGATA AGCTCTTCAT GGACACGTTT 
CCATGCAGCG CTGCCGAGGC TCAGACAAAG GTGACTTTCC TCATCGGAGA TTCCATGTCA 
CCTGACTCAG ACATTGAACT GAGAAGTCAG GCAGTAGTGG AACAAATTGC CAGGCATCAC 
AGCCCGCCAG CAGCAGAGGC AGGAGTGTCT GCTGATCAGA ACTGTGAAGC TAAACAAACT 
GTTGAGGACC AAAATAGAGA CTGTGGTACA GCTGAACCCT TTCCTCAAGT TGCTAGTGAG 
CATCAGAGCT GGAACCCAAA CCCATACAGT GCTGAGAGCA TGAGTCTGTT TGATGAATAT 
TTCACTGATG ACAGTGCAGT TGAAACCCGG ACTACTGATG ATATTCCAGG GCAAGCAGCT 
ACAAACCTTC TTGCTCACAA CAGTAGTTTA GAATTTTCTA AAAAGCTGTG TACAAAGGCT 
TGCAAACCAC CTAGTGAATT TTGTAAATTT ATGGACTGTG TTCAACAAGA CACCTACAAA 
AACTGCTTTA ATGAGCAGGA CCAAAGAGAG AAAATCTCTG TTCGCATCCC CCATGGGGAC 
AGAGAAAACA TAGAGAAAAA AGTTGCCCCA GGAATTGACT GGGACATTCC AAGAAATGAG 
AGTTCAGATA GTGCCCTGGG TGACAGTGAA AGTGAGGATA CAGGCCATGA TCTAACTAGA 
CTGGGCAGTA ACTATTACGG AGGAGAGCAA GAAGATTGGG CAGAGGAATA TGAGATTCCC 
TTCCCTGGGT CAAAATTAGT TGAAGTCAAC TCTGTCCAGC CCAGTATTGC TAATTTTGGA 
AGATCCTTAC TAGGAGGCTA CTGTTCATCT TACGTCCCTG ACTTTGTTTT GCAAGGAATA 
GGAAGTGATG AAAAGCTGAG GCACTGTTTG GTGTCAGATT TATCTCATGC TGTGCAGCAC 
CCTGTTCTGG ATGAGCCCAT TGCAGAAGCT GTCTGCATTA TTGCAGACAC GGACAAATGG 
ACGGTGCAAG TGGCCAGTAG CCAGAGGCGA ATGACTGAGA ATAAACTAGG AAAAGAAGTG 
TTAGTCTCCA GTCTCGTCTC CAACCTGCTT CATTCCACTC TTCAGCTTTA CAAGCATAAT 
TTATCTCCAA ACTTTTGTGT GATGCACCTG GAAGATCGGC TGCAGGAGCT CTACTTCAAA 
AGCAAGATGC TGTCTGAGTA TCTCAAGGGC CAGATGAGAG TCCATGTCAA GGAGCTGGGT 
GTGGTGCTGG GGATTGAATC CAGCGACCTC CCCTTGCTGG CAGCTGTAGC AAGCACTCAC 
TCTCCATATG TTGCCCAGAT TCTACTTTAA

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

RefSeq	XP_014108630.1
CDS	78..3587
Translation	MPPTLFQKLFNKKHGLISPARDARDDCIFSWPLPEFDPSQIRLIVYQDCERRGRNVLFDSSAKRKIEDVSVSKLCSDAQVRVFGKCCQLKPGGDSSSSLDSSINSSSSFSDQKEQCPKYQGSRCSSDASMLGEMMFGSVAMSYKGSTLKIHQIRSPPQLMLSKVFTARTGSSIYGSLNTLQDSLEFINQDSNTLKPDHSTIMNGLLGNIGLSQLCSPRRAFSEQGPLRLIRSASFFAVHSNPMDMPGREQNEDRDSGIARSASLSSLLITPFPSPGSSFNKSCASSYQRRWRRSQTTSLENGVFPRWSMDESFSLSDDSSGPNPGIVRKKKIAIGVIFSLSRDEDENNKFNEFFFSHFPLFESHMNKLKSAIEQAMKMSRRSADASQRSLAYNRIVDALNEFRTTICNLYTMPRIGEPVWLTMMSGTPEKNQLCHRFMKEFTFLMENASKNQFLPALLTAVLTNHLAWVPTVMPNGQPPIRIFLEKHSSQSVDMLAKTHPYNPLWAQLGDLYGAIGSPVRLAKTVVVGKRHDLVQRLLYFLTYFIRCSELQETHLLENGEDEAIVMPGTVITTTLEKGEVEESEYVLVTMHKNRGNLLPTESEEMRVPNCSCKYCKCPVSLAQNIEGVAQQEREDMQSTPKVELDSSSDENRTIIPEGQEDAVDVTQPRPCLDTKLETVVCTGSASPEKCVGTESCLEPAAGTWRSEDVLEPGSQAGGGTRTPGVAVEKKPPDKLFMDTFPCSAAEAQTKVTFLIGDSMSPDSDIELRSQAVVEQIARHHSPPAAEAGVSADQNCEAKQTVEDQNRDCGTAEPFPQVASEHQSWNPNPYSAESMSLFDEYFTDDSAVETRTTDDIPGQAATNLLAHNSSLEFSKKLCTKACKPPSEFCKFMDCVQQDTYKNCFNEQDQREKISVRIPHGDRENIEKKVAPGIDWDIPRNESSDSALGDSESEDTGHDLTRLGSNYYGGEQEDWAEEYEIPFPGSKLVEVNSVQPSIANFGRSLLGGYCSSYVPDFVLQGIGSDEKLRHCLVSDLSHAVQHPVLDEPIAEAVCIIADTDKWTVQVASSQRRMTENKLGKEVLVSSLVSNLLHSTLQLYKHNLSPNFCVMHLEDRLQELYFKSKMLSEYLKGQMRVHVKELGVVLGIESSDLPLLAAVASTHSPYVAQILL

Target ORF information:

RefSeq Version	XM_014253155.1
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Definition	Pseudopodoces humilis folliculin interacting protein 1 (FNIP1), transcript variant X1, mRNA.

Target ORF information:

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

XM_014253155.1

ORF Insert Sequence:

ATGCCGCCTA CCCTCTTCCA GAAGCTCTTC AACAAGAAGC ATGGGCTGAT CTCCCCCGCC 
AGGGATGCCC GCGACGACTG TATCTTCAGC TGGCCTTTGC CGGAGTTTGA CCCAAGTCAG 
ATCCGACTAA TTGTGTATCA GGACTGTGAA AGAAGAGGAC GGAATGTCTT ATTTGATTCC 
AGTGCTAAAA GAAAAATAGA GGATGTTTCA GTGTCGAAAC TCTGCAGTGA TGCTCAAGTG 
AGAGTTTTTG GGAAATGTTG CCAACTAAAG CCTGGAGGAG ACAGTTCTTC TTCCTTGGAT 
AGTTCAATCA ATTCATCTTC CTCGTTCTCT GATCAAAAAG AGCAATGCCC AAAATACCAG 
GGTTCTCGGT GCTCCTCAGA TGCCAGCATG CTTGGAGAGA TGATGTTTGG CTCTGTGGCT 
ATGAGCTACA AGGGCTCCAC ACTGAAAATT CATCAGATCC GCTCCCCTCC CCAGCTCATG 
CTCAGCAAGG TGTTCACAGC TCGCACGGGA AGCAGCATCT ATGGCAGTCT GAACACGTTG 
CAGGACAGTC TTGAGTTCAT TAATCAAGAC AGCAATACAT TAAAGCCTGA CCACAGTACA 
ATTATGAATG GACTTCTTGG GAACATAGGT CTTTCCCAGC TTTGCAGCCC CAGGCGGGCA 
TTCTCAGAGC AAGGTCCGCT CCGCCTCATC CGGAGCGCCT CTTTCTTTGC AGTTCATAGC 
AACCCTATGG ATATGCCTGG GAGGGAGCAG AATGAGGACA GAGACAGCGG TATAGCAAGA 
TCTGCATCTC TTAGCAGTCT GCTCATCACT CCGTTTCCAT CTCCGGGCTC CTCATTTAAC 
AAGAGCTGTG CCAGCAGCTA CCAGCGGCGT TGGCGTCGCA GCCAGACGAC CAGCTTGGAG 
AATGGGGTCT TCCCTCGATG GTCCATGGAT GAAAGCTTCA GCTTGTCAGA TGACAGCTCT 
GGTCCAAACC CAGGAATTGT TAGGAAGAAA AAGATAGCAA TTGGGGTTAT TTTTTCACTC 
TCAAGAGATG AAGATGAAAA CAACAAATTT AACGAGTTCT TTTTTTCACA CTTCCCTCTT 
TTTGAAAGTC ACATGAACAA ACTGAAGAGT GCAATAGAAC AGGCCATGAA AATGAGTCGG 
AGATCAGCTG ATGCCAGCCA GCGGAGTTTG GCATATAACA GAATTGTGGA TGCCCTAAAT 
GAGTTTAGAA CAACTATTTG CAATCTCTAC ACAATGCCAC GGATTGGGGA GCCTGTCTGG 
CTCACCATGA TGTCAGGGAC ACCAGAGAAG AACCAGCTAT GCCATCGCTT CATGAAGGAG 
TTCACTTTCT TGATGGAAAA TGCTTCTAAA AATCAGTTTT TACCAGCTTT GCTGACTGCA 
GTGCTGACTA ACCACCTGGC CTGGGTCCCC ACTGTCATGC CCAATGGCCA ACCACCCATA 
AGAATCTTCC TGGAGAAGCA TTCTTCCCAG AGTGTGGACA TGCTGGCCAA AACTCATCCC 
TACAACCCAC TGTGGGCTCA GCTCGGTGAC CTCTATGGGG CCATTGGATC ACCTGTGAGA 
TTAGCAAAAA CGGTCGTGGT TGGCAAAAGA CATGACCTGG TCCAGAGATT GCTTTATTTC 
CTCACTTACT TCATCAGATG CTCTGAACTT CAAGAGACAC ATCTTCTGGA AAACGGGGAA 
GATGAGGCCA TCGTCATGCC TGGCACTGTT ATCACTACCA CACTGGAGAA AGGAGAAGTG 
GAAGAGTCTG AGTATGTGCT TGTCACAATG CACAAAAACA GGGGCAACTT GCTACCCACG 
GAGTCAGAAG AGATGAGAGT TCCCAACTGC AGCTGTAAAT ATTGCAAATG TCCTGTTTCC 
CTCGCACAGA ACATAGAAGG TGTTGCACAG CAAGAGAGAG AAGACATGCA AAGCACTCCT 
AAGGTAGAGC TAGATTCTTC TTCAGATGAG AACAGAACCA TCATTCCTGA AGGCCAGGAA 
GATGCTGTGG ATGTGACACA ACCAAGGCCC TGCCTGGATA CCAAACTAGA GACTGTGGTG 
TGTACAGGGT CAGCTTCGCC TGAGAAATGC GTGGGGACAG AATCTTGTTT GGAGCCAGCG 
GCAGGCACGT GGAGGAGTGA GGATGTGCTG GAGCCGGGCA GCCAGGCGGG AGGTGGGACA 
AGGACACCCG GGGTTGCTGT GGAGAAGAAG CCACCCGATA AGCTCTTCAT GGACACGTTT 
CCATGCAGCG CTGCCGAGGC TCAGACAAAG GTGACTTTCC TCATCGGAGA TTCCATGTCA 
CCTGACTCAG ACATTGAACT GAGAAGTCAG GCAGTAGTGG AACAAATTGC CAGGCATCAC 
AGCCCGCCAG CAGCAGAGGC AGGAGTGTCT GCTGATCAGA ACTGTGAAGC TAAACAAACT 
GTTGAGGACC AAAATAGAGA CTGTGGTACA GCTGAACCCT TTCCTCAAGT TGCTAGTGAG 
CATCAGAGCT GGAACCCAAA CCCATACAGT GCTGAGAGCA TGAGTCTGTT TGATGAATAT 
TTCACTGATG ACAGTGCAGT TGAAACCCGG ACTACTGATG ATATTCCAGG GCAAGCAGCT 
ACAAACCTTC TTGCTCACAA CAGTAGTTTA GAATTTTCTA AAAAGCTGTG TACAAAGGCT 
TGCAAACCAC CTAGTGAATT TTGTAAATTT ATGGACTGTG TTCAACAAGA CACCTACAAA 
AACTGCTTTA ATGAGCAGGA CCAAAGAGAG AAAATCTCTG TTCGCATCCC CCATGGGGAC 
AGAGAAAACA TAGAGAAAAA AGTTGCCCCA GGAATTGACT GGGACATTCC AAGAAATGAG 
AGTTCAGATA GTGCCCTGGG TGACAGTGAA AGTGAGGATA CAGGCCATGA TCTAACTAGA 
CTGGGCAGTA ACTATTACGG AGGAGAGCAA GAAGATTGGG CAGAGGAATA TGAGATTCCC 
TTCCCTGGGT CAAAATTAGT TGAAGTCAAC TCTGTCCAGC CCAGTATTGC TAATTTTGGA 
AGATCCTTAC TAGGAGGCTA CTGTTCATCT TACGTCCCTG ACTTTGTTTT GCAAGGAATA 
GGAAGTGATG AAAAGCTGAG GCACTGTTTG GTGTCAGATT TATCTCATGC TGTGCAGCAC 
CCTGTTCTGG ATGAGCCCAT TGCAGAAGCT GTCTGCATTA TTGCAGACAC GGACAAATGG 
ACGGTGCAAG TGGCCAGTAG CCAGAGGCGA ATGACTGAGA ATAAACTAGG AAAAGAAGTG 
TTAGTCTCCA GTCTCGTCTC CAACCTGCTT CATTCCACTC TTCAGCTTTA CAAGCATAAT 
TTATCTCCAA ACTTTTGTGT GATGCACCTG GAAGATCGGC TGCAGGAGCT CTACTTCAAA 
AGCAAGATGC TGTCTGAGTA TCTCAAGGGC CAGATGAGAG TCCATGTCAA GGAGCTGGGT 
GTGGTGCTGG GGATTGAATC CAGCGACCTC CCCTTGCTGG CAGCTGTAGC AAGCACTCAC 
TCTCCATATG TTGCCCAGAT TCTACTTTAA

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

FNIP1 ( XM_014253156.1 ) cDNA ORF clone, Pseudopodoces humilis(Tibetan ground-tit) -> XP_014108631.1 Pseudopodoces humilis folliculin interacting protein 1 (FNIP1), transcript variant X2, mRNA.

Price & Availability↑

CloneID	OPs14647
Clone ID Related Accession (Same CDS sequence)	XM_014253156.1
Accession Version	XM_014253156.1 Latest version!	Documents for ORF clone product in default vector
Sequence Information	ORF Nucleotide Sequence (Length: 3426bp) 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	2015-09-20
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Product	folliculin-interacting protein 1 isoform X2
Comment	Comment: MODEL REFSEQ: This record is predicted by automated computational analysis. This record is derived from a genomic sequence (NW_005087571.1) 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 :: Full annotation Annotation Version :: Pseudopodoces humilis Annotation Release 101 Annotation Pipeline :: NCBI eukaryotic genome annotation pipeline Annotation Software Version :: 6.4 Annotation Method :: Best-placed RefSeq; Gnomon Features Annotated :: Gene; mRNA; CDS; ncRNA ##Genome-Annotation-Data-END##

ATGCCGCCTA CCCTCTTCCA GAAGCTCTTC AACAAGAAGC ATGGGCTGAT CTCCCCCGCC 
AGGGATGCCC GCGACGACTG TATCTTCAGC TGGCCTTTGC CGGAGTTTGA CCCAAGTCAG 
ATCCGACTAA TTGTGTATCA GGACTGTGAA AGAAGAGGAC GGAATGTCTT ATTTGATTCC 
AGTGCTAAAA GAAAAATAGA GGATGTTTCA GTGTCGAAAC TCTGCAGTGA TGCTCAAGTG 
AGAGTTTTTG GGAAATGTTG CCAACTAAAG CCTGGAGGAG ACAGTTCTTC TTCCTTGGAT 
AGTTCAATCA ATTCATCTTC CTCGTTCTCT GATCAAAAAG AGCAATGCCC AAAATACCAG 
GGTTCTCGGT GCTCCTCAGA TGCCAGCATG CTTGGAGAGA TGATGTTTGG CTCTGTGGCT 
ATGAGCTACA AGGGCTCCAC ACTGAAAATT CATCAGATCC GCTCCCCTCC CCAGCTCATG 
CTCAGCAAGG TGTTCACAGC TCGCACGGGA AGCAGCATCT ATGGCAGTCT GAACACGTTG 
CAGGACAGTC TTGAGTTCAT TAATCAAGAC AGCAATACAT TAAAGCCTGA CCACAGTACA 
ATTATGAATG GACTTCTTGG GAACATAGTT CATAGCAACC CTATGGATAT GCCTGGGAGG 
GAGCAGAATG AGGACAGAGA CAGCGGTATA GCAAGATCTG CATCTCTTAG CAGTCTGCTC 
ATCACTCCGT TTCCATCTCC GGGCTCCTCA TTTAACAAGA GCTGTGCCAG CAGCTACCAG 
CGGCGTTGGC GTCGCAGCCA GACGACCAGC TTGGAGAATG GGGTCTTCCC TCGATGGTCC 
ATGGATGAAA GCTTCAGCTT GTCAGATGAC AGCTCTGGTC CAAACCCAGG AATTGTTAGG 
AAGAAAAAGA TAGCAATTGG GGTTATTTTT TCACTCTCAA GAGATGAAGA TGAAAACAAC 
AAATTTAACG AGTTCTTTTT TTCACACTTC CCTCTTTTTG AAAGTCACAT GAACAAACTG 
AAGAGTGCAA TAGAACAGGC CATGAAAATG AGTCGGAGAT CAGCTGATGC CAGCCAGCGG 
AGTTTGGCAT ATAACAGAAT TGTGGATGCC CTAAATGAGT TTAGAACAAC TATTTGCAAT 
CTCTACACAA TGCCACGGAT TGGGGAGCCT GTCTGGCTCA CCATGATGTC AGGGACACCA 
GAGAAGAACC AGCTATGCCA TCGCTTCATG AAGGAGTTCA CTTTCTTGAT GGAAAATGCT 
TCTAAAAATC AGTTTTTACC AGCTTTGCTG ACTGCAGTGC TGACTAACCA CCTGGCCTGG 
GTCCCCACTG TCATGCCCAA TGGCCAACCA CCCATAAGAA TCTTCCTGGA GAAGCATTCT 
TCCCAGAGTG TGGACATGCT GGCCAAAACT CATCCCTACA ACCCACTGTG GGCTCAGCTC 
GGTGACCTCT ATGGGGCCAT TGGATCACCT GTGAGATTAG CAAAAACGGT CGTGGTTGGC 
AAAAGACATG ACCTGGTCCA GAGATTGCTT TATTTCCTCA CTTACTTCAT CAGATGCTCT 
GAACTTCAAG AGACACATCT TCTGGAAAAC GGGGAAGATG AGGCCATCGT CATGCCTGGC 
ACTGTTATCA CTACCACACT GGAGAAAGGA GAAGTGGAAG AGTCTGAGTA TGTGCTTGTC 
ACAATGCACA AAAACAGGGG CAACTTGCTA CCCACGGAGT CAGAAGAGAT GAGAGTTCCC 
AACTGCAGCT GTAAATATTG CAAATGTCCT GTTTCCCTCG CACAGAACAT AGAAGGTGTT 
GCACAGCAAG AGAGAGAAGA CATGCAAAGC ACTCCTAAGG TAGAGCTAGA TTCTTCTTCA 
GATGAGAACA GAACCATCAT TCCTGAAGGC CAGGAAGATG CTGTGGATGT GACACAACCA 
AGGCCCTGCC TGGATACCAA ACTAGAGACT GTGGTGTGTA CAGGGTCAGC TTCGCCTGAG 
AAATGCGTGG GGACAGAATC TTGTTTGGAG CCAGCGGCAG GCACGTGGAG GAGTGAGGAT 
GTGCTGGAGC CGGGCAGCCA GGCGGGAGGT GGGACAAGGA CACCCGGGGT TGCTGTGGAG 
AAGAAGCCAC CCGATAAGCT CTTCATGGAC ACGTTTCCAT GCAGCGCTGC CGAGGCTCAG 
ACAAAGGTGA CTTTCCTCAT CGGAGATTCC ATGTCACCTG ACTCAGACAT TGAACTGAGA 
AGTCAGGCAG TAGTGGAACA AATTGCCAGG CATCACAGCC CGCCAGCAGC AGAGGCAGGA 
GTGTCTGCTG ATCAGAACTG TGAAGCTAAA CAAACTGTTG AGGACCAAAA TAGAGACTGT 
GGTACAGCTG AACCCTTTCC TCAAGTTGCT AGTGAGCATC AGAGCTGGAA CCCAAACCCA 
TACAGTGCTG AGAGCATGAG TCTGTTTGAT GAATATTTCA CTGATGACAG TGCAGTTGAA 
ACCCGGACTA CTGATGATAT TCCAGGGCAA GCAGCTACAA ACCTTCTTGC TCACAACAGT 
AGTTTAGAAT TTTCTAAAAA GCTGTGTACA AAGGCTTGCA AACCACCTAG TGAATTTTGT 
AAATTTATGG ACTGTGTTCA ACAAGACACC TACAAAAACT GCTTTAATGA GCAGGACCAA 
AGAGAGAAAA TCTCTGTTCG CATCCCCCAT GGGGACAGAG AAAACATAGA GAAAAAAGTT 
GCCCCAGGAA TTGACTGGGA CATTCCAAGA AATGAGAGTT CAGATAGTGC CCTGGGTGAC 
AGTGAAAGTG AGGATACAGG CCATGATCTA ACTAGACTGG GCAGTAACTA TTACGGAGGA 
GAGCAAGAAG ATTGGGCAGA GGAATATGAG ATTCCCTTCC CTGGGTCAAA ATTAGTTGAA 
GTCAACTCTG TCCAGCCCAG TATTGCTAAT TTTGGAAGAT CCTTACTAGG AGGCTACTGT 
TCATCTTACG TCCCTGACTT TGTTTTGCAA GGAATAGGAA GTGATGAAAA GCTGAGGCAC 
TGTTTGGTGT CAGATTTATC TCATGCTGTG CAGCACCCTG TTCTGGATGA GCCCATTGCA 
GAAGCTGTCT GCATTATTGC AGACACGGAC AAATGGACGG TGCAAGTGGC CAGTAGCCAG 
AGGCGAATGA CTGAGAATAA ACTAGGAAAA GAAGTGTTAG TCTCCAGTCT CGTCTCCAAC 
CTGCTTCATT CCACTCTTCA GCTTTACAAG CATAATTTAT CTCCAAACTT TTGTGTGATG 
CACCTGGAAG ATCGGCTGCA GGAGCTCTAC TTCAAAAGCA AGATGCTGTC TGAGTATCTC 
AAGGGCCAGA TGAGAGTCCA TGTCAAGGAG CTGGGTGTGG TGCTGGGGAT TGAATCCAGC 
GACCTCCCCT TGCTGGCAGC TGTAGCAAGC ACTCACTCTC CATATGTTGC CCAGATTCTA 
CTTTAA

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

RefSeq	XP_014108631.1
CDS	78..3503
Translation	MPPTLFQKLFNKKHGLISPARDARDDCIFSWPLPEFDPSQIRLIVYQDCERRGRNVLFDSSAKRKIEDVSVSKLCSDAQVRVFGKCCQLKPGGDSSSSLDSSINSSSSFSDQKEQCPKYQGSRCSSDASMLGEMMFGSVAMSYKGSTLKIHQIRSPPQLMLSKVFTARTGSSIYGSLNTLQDSLEFINQDSNTLKPDHSTIMNGLLGNIVHSNPMDMPGREQNEDRDSGIARSASLSSLLITPFPSPGSSFNKSCASSYQRRWRRSQTTSLENGVFPRWSMDESFSLSDDSSGPNPGIVRKKKIAIGVIFSLSRDEDENNKFNEFFFSHFPLFESHMNKLKSAIEQAMKMSRRSADASQRSLAYNRIVDALNEFRTTICNLYTMPRIGEPVWLTMMSGTPEKNQLCHRFMKEFTFLMENASKNQFLPALLTAVLTNHLAWVPTVMPNGQPPIRIFLEKHSSQSVDMLAKTHPYNPLWAQLGDLYGAIGSPVRLAKTVVVGKRHDLVQRLLYFLTYFIRCSELQETHLLENGEDEAIVMPGTVITTTLEKGEVEESEYVLVTMHKNRGNLLPTESEEMRVPNCSCKYCKCPVSLAQNIEGVAQQEREDMQSTPKVELDSSSDENRTIIPEGQEDAVDVTQPRPCLDTKLETVVCTGSASPEKCVGTESCLEPAAGTWRSEDVLEPGSQAGGGTRTPGVAVEKKPPDKLFMDTFPCSAAEAQTKVTFLIGDSMSPDSDIELRSQAVVEQIARHHSPPAAEAGVSADQNCEAKQTVEDQNRDCGTAEPFPQVASEHQSWNPNPYSAESMSLFDEYFTDDSAVETRTTDDIPGQAATNLLAHNSSLEFSKKLCTKACKPPSEFCKFMDCVQQDTYKNCFNEQDQREKISVRIPHGDRENIEKKVAPGIDWDIPRNESSDSALGDSESEDTGHDLTRLGSNYYGGEQEDWAEEYEIPFPGSKLVEVNSVQPSIANFGRSLLGGYCSSYVPDFVLQGIGSDEKLRHCLVSDLSHAVQHPVLDEPIAEAVCIIADTDKWTVQVASSQRRMTENKLGKEVLVSSLVSNLLHSTLQLYKHNLSPNFCVMHLEDRLQELYFKSKMLSEYLKGQMRVHVKELGVVLGIESSDLPLLAAVASTHSPYVAQILL

Target ORF information:

RefSeq Version	XM_014253156.1
Organism	Pseudopodoces humilis(Tibetan ground-tit)
Definition	Pseudopodoces humilis folliculin interacting protein 1 (FNIP1), transcript variant X2, mRNA.

Target ORF information:

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

XM_014253156.1

ORF Insert Sequence:

ATGCCGCCTA CCCTCTTCCA GAAGCTCTTC AACAAGAAGC ATGGGCTGAT CTCCCCCGCC 
AGGGATGCCC GCGACGACTG TATCTTCAGC TGGCCTTTGC CGGAGTTTGA CCCAAGTCAG 
ATCCGACTAA TTGTGTATCA GGACTGTGAA AGAAGAGGAC GGAATGTCTT ATTTGATTCC 
AGTGCTAAAA GAAAAATAGA GGATGTTTCA GTGTCGAAAC TCTGCAGTGA TGCTCAAGTG 
AGAGTTTTTG GGAAATGTTG CCAACTAAAG CCTGGAGGAG ACAGTTCTTC TTCCTTGGAT 
AGTTCAATCA ATTCATCTTC CTCGTTCTCT GATCAAAAAG AGCAATGCCC AAAATACCAG 
GGTTCTCGGT GCTCCTCAGA TGCCAGCATG CTTGGAGAGA TGATGTTTGG CTCTGTGGCT 
ATGAGCTACA AGGGCTCCAC ACTGAAAATT CATCAGATCC GCTCCCCTCC CCAGCTCATG 
CTCAGCAAGG TGTTCACAGC TCGCACGGGA AGCAGCATCT ATGGCAGTCT GAACACGTTG 
CAGGACAGTC TTGAGTTCAT TAATCAAGAC AGCAATACAT TAAAGCCTGA CCACAGTACA 
ATTATGAATG GACTTCTTGG GAACATAGTT CATAGCAACC CTATGGATAT GCCTGGGAGG 
GAGCAGAATG AGGACAGAGA CAGCGGTATA GCAAGATCTG CATCTCTTAG CAGTCTGCTC 
ATCACTCCGT TTCCATCTCC GGGCTCCTCA TTTAACAAGA GCTGTGCCAG CAGCTACCAG 
CGGCGTTGGC GTCGCAGCCA GACGACCAGC TTGGAGAATG GGGTCTTCCC TCGATGGTCC 
ATGGATGAAA GCTTCAGCTT GTCAGATGAC AGCTCTGGTC CAAACCCAGG AATTGTTAGG 
AAGAAAAAGA TAGCAATTGG GGTTATTTTT TCACTCTCAA GAGATGAAGA TGAAAACAAC 
AAATTTAACG AGTTCTTTTT TTCACACTTC CCTCTTTTTG AAAGTCACAT GAACAAACTG 
AAGAGTGCAA TAGAACAGGC CATGAAAATG AGTCGGAGAT CAGCTGATGC CAGCCAGCGG 
AGTTTGGCAT ATAACAGAAT TGTGGATGCC CTAAATGAGT TTAGAACAAC TATTTGCAAT 
CTCTACACAA TGCCACGGAT TGGGGAGCCT GTCTGGCTCA CCATGATGTC AGGGACACCA 
GAGAAGAACC AGCTATGCCA TCGCTTCATG AAGGAGTTCA CTTTCTTGAT GGAAAATGCT 
TCTAAAAATC AGTTTTTACC AGCTTTGCTG ACTGCAGTGC TGACTAACCA CCTGGCCTGG 
GTCCCCACTG TCATGCCCAA TGGCCAACCA CCCATAAGAA TCTTCCTGGA GAAGCATTCT 
TCCCAGAGTG TGGACATGCT GGCCAAAACT CATCCCTACA ACCCACTGTG GGCTCAGCTC 
GGTGACCTCT ATGGGGCCAT TGGATCACCT GTGAGATTAG CAAAAACGGT CGTGGTTGGC 
AAAAGACATG ACCTGGTCCA GAGATTGCTT TATTTCCTCA CTTACTTCAT CAGATGCTCT 
GAACTTCAAG AGACACATCT TCTGGAAAAC GGGGAAGATG AGGCCATCGT CATGCCTGGC 
ACTGTTATCA CTACCACACT GGAGAAAGGA GAAGTGGAAG AGTCTGAGTA TGTGCTTGTC 
ACAATGCACA AAAACAGGGG CAACTTGCTA CCCACGGAGT CAGAAGAGAT GAGAGTTCCC 
AACTGCAGCT GTAAATATTG CAAATGTCCT GTTTCCCTCG CACAGAACAT AGAAGGTGTT 
GCACAGCAAG AGAGAGAAGA CATGCAAAGC ACTCCTAAGG TAGAGCTAGA TTCTTCTTCA 
GATGAGAACA GAACCATCAT TCCTGAAGGC CAGGAAGATG CTGTGGATGT GACACAACCA 
AGGCCCTGCC TGGATACCAA ACTAGAGACT GTGGTGTGTA CAGGGTCAGC TTCGCCTGAG 
AAATGCGTGG GGACAGAATC TTGTTTGGAG CCAGCGGCAG GCACGTGGAG GAGTGAGGAT 
GTGCTGGAGC CGGGCAGCCA GGCGGGAGGT GGGACAAGGA CACCCGGGGT TGCTGTGGAG 
AAGAAGCCAC CCGATAAGCT CTTCATGGAC ACGTTTCCAT GCAGCGCTGC CGAGGCTCAG 
ACAAAGGTGA CTTTCCTCAT CGGAGATTCC ATGTCACCTG ACTCAGACAT TGAACTGAGA 
AGTCAGGCAG TAGTGGAACA AATTGCCAGG CATCACAGCC CGCCAGCAGC AGAGGCAGGA 
GTGTCTGCTG ATCAGAACTG TGAAGCTAAA CAAACTGTTG AGGACCAAAA TAGAGACTGT 
GGTACAGCTG AACCCTTTCC TCAAGTTGCT AGTGAGCATC AGAGCTGGAA CCCAAACCCA 
TACAGTGCTG AGAGCATGAG TCTGTTTGAT GAATATTTCA CTGATGACAG TGCAGTTGAA 
ACCCGGACTA CTGATGATAT TCCAGGGCAA GCAGCTACAA ACCTTCTTGC TCACAACAGT 
AGTTTAGAAT TTTCTAAAAA GCTGTGTACA AAGGCTTGCA AACCACCTAG TGAATTTTGT 
AAATTTATGG ACTGTGTTCA ACAAGACACC TACAAAAACT GCTTTAATGA GCAGGACCAA 
AGAGAGAAAA TCTCTGTTCG CATCCCCCAT GGGGACAGAG AAAACATAGA GAAAAAAGTT 
GCCCCAGGAA TTGACTGGGA CATTCCAAGA AATGAGAGTT CAGATAGTGC CCTGGGTGAC 
AGTGAAAGTG AGGATACAGG CCATGATCTA ACTAGACTGG GCAGTAACTA TTACGGAGGA 
GAGCAAGAAG ATTGGGCAGA GGAATATGAG ATTCCCTTCC CTGGGTCAAA ATTAGTTGAA 
GTCAACTCTG TCCAGCCCAG TATTGCTAAT TTTGGAAGAT CCTTACTAGG AGGCTACTGT 
TCATCTTACG TCCCTGACTT TGTTTTGCAA GGAATAGGAA GTGATGAAAA GCTGAGGCAC 
TGTTTGGTGT CAGATTTATC TCATGCTGTG CAGCACCCTG TTCTGGATGA GCCCATTGCA 
GAAGCTGTCT GCATTATTGC AGACACGGAC AAATGGACGG TGCAAGTGGC CAGTAGCCAG 
AGGCGAATGA CTGAGAATAA ACTAGGAAAA GAAGTGTTAG TCTCCAGTCT CGTCTCCAAC 
CTGCTTCATT CCACTCTTCA GCTTTACAAG CATAATTTAT CTCCAAACTT TTGTGTGATG 
CACCTGGAAG ATCGGCTGCA GGAGCTCTAC TTCAAAAGCA AGATGCTGTC TGAGTATCTC 
AAGGGCCAGA TGAGAGTCCA TGTCAAGGAG CTGGGTGTGG TGCTGGGGAT TGAATCCAGC 
GACCTCCCCT TGCTGGCAGC TGTAGCAAGC ACTCACTCTC CATATGTTGC CCAGATTCTA 
CTTTAA