H-InvDB_9.0 released on May 27, 2015. Search by Keyword H-Inv ID (HIT) H-Inv cluster ID (HIX) H-Inv protein ID (HIP) H-Inv gene family/group (HIF) Accession number Chromosome number Chromosome band Definition* Data source ID --- CCDS ID dbSNP ID (rs number) EC number Ensembl ID EntrezGene ID FR ID FR Accession number GO ID GO name* HGNC gene symbol HGNC gene name* InterPro ID InterPro name* OMIM ID OMIM title* Pathway ID Pathway name* RefSeq (gene) ID RefSeq (protein) ID SCOP ID UniProt for Advanced Search

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H-Invitational ID: HIT000046831 Accession number: AK126958 Created date: 26-Mar-2013 Last modified: 27-May-2015 Definition: Conserved hypothetical protein.

		Select format Flat file XML file Nucleotide sequence fasta Protein sequence fasta

Transcript original information Accession number AK126958.1 CAGE tag ID NA EST ID NA Clone Number BRAWH3013049 Experimental resources   NBRC ; HGPD ; Sequence data provider Project:FLJ; Provider:FLJ/HRI;  Annotation project H-Invitational FLcDNA Length of cDNA 3771[bp] (No. of exon:4)[A:1037 T:1188 G:747 C:799] Devision HUM Molecular type mRNA Library origin Cell type NA Tissue type brain Develpmental stage NA

Sequence quality information CDS feature Complete CDS Kozak sequence NA PolyA NA Vector/adapter sequence NA Frame shift NA Remaining intron NA Splice site acceptor (NAGNAG) NA Transcript quality feature NMD predicted;  Notes NA

ATTGTGAGAAGTTTTTATGCTGCTCTGGGTCATGGCTTGGAGACTGCCTC CTCAGAGCTTAAATGGGCAGATTTCATATTCTTCCCATCCTTGGGAATAC TTCATAAAACAGAATTACAAGAGTCCATGTTTTTTTCGGAGCACCGTGCA GTGGGAGAGCCTGTCTTGCCTTTTTTTTTTTTTTTTTTTTTTGCTGTCGT TTTATACAGGTATTTTTTTTTCTTTCTATTTCTTTTTTCTTTTACTTTTT ATTTCCTCTTTAAAGAAAATGATTGGCAGCACTCAACCTCAAGGAACTGA TCTATCAAAACCAAGCTGGGATAAGTATTTCTTTGAGAAATAATATATAT TTACCAACAGGCTCTATTCTGCCCCCTTGTTTCACAGCACCTTGAATATC ACTTCCTTTTCCTGCCCAAAGCAGGAGGTAACCCTGTATTAAAAGCATAG TAGGTGTGTGTGTGTACAATACACACATACAGCACACATGTCTCTATTTA GAGATTCCATGATATGTGTTCTATATACACTTTACAGTCCCTTTTCTTAA TGTCAAAAATATAATTTCCAGCGTCTAAAGAGTGTTTTCAAAGACTTTTG CCCTATTTTTTAAAATAGTGTCTAAATATGATTAAGTGTCTTCCCAGAGA AAAGTCAAAGAGGCTCCTAGTGTTAATTTCCATATTGCTTAAGACTTAAG CTTTTAATTTATTTTATCAAGGTTGAGGGAGTATAGTAATTGTTGGAACA ACGCCCTTCCAAAAGAAATCGCCTGCACTTGTTTTTAAGTTCAATTTGTT TTCTCACACAGATTTTTGATACACTCTTAAATAAACTAGAAATCACAATT ATTTTAATGTGGCAGAGTTGTAACCAGGAAATTGCATATATTTTCATAAA CTAGGCTGTTATAGATTTATTAATATTTATTAATAACATTATTTTAAGAA ATTTTTTTAACGTCTTTCAACCCTGAAAGGGCCTGCTTGAAACATACACG GCAGCAAAATCACTGGAGTCCAGGGTTTTTGTCACACACACACACAGCAC AGATTTTTTTGATTATGTAGATTTCTTTTCCTACTGCAGTTTCATATGCA AAGCATGCATCAGCCACATCCATGCTATCTCCTAAAGCAGTCATTCTGAA ACCCAATCTGGGGACAGTGCAGACTAAATAAAATTTCATTTTGATTTGGC CTCCCGCTGCGAATGGGACTGCTTTGTCTCAGCCGACAGAACCAGCAAGC CAGAAAGGGAATGAAGACATTTGGAGAAGAAGCGTTTACTGAAAGGAGAT TCCTGGGCTGGAGGAAAACCATGATCTACAGTTCATGTTGACAGATATTG TATTTTTGGTCCTAGATCTGACTTTTGAAATGACTTATCACAAATTCAAA TTTAGCAATCATGAGTGAAGTACCCACGATGTGCTAAGCATCTACCTCTG CAGATAGAAGAACACTTACTGTTCCTGAGCATGGGAGGGAATAGAAGTTC CTGGGTCCTGGCCTCACCTCATCAGGCACTGCCAAATTTGACACCTCCTT CCTGTTCACGGCAGTCCTTTGCGATAGGGTATTAGATGCCACCAAGTAGC TGCATAACTCACCCATTTGGTCAGAGCCTGGGTCTAAGCCAGGTCTGACA GACTCCAAAGCAAGCCCTGTTTACAGCATGACTGGGATCCAGTGGGTAAG ACCAACCTGTCAATGCCCAAGTGCAGATGCAATAATAGTGCTTCAACTGA TTGTTGCAAACCCCTCATGAGGGATGCCAAATCCCAGTGCAGATGGTAAC ACAGGCTATTTTTCACCTCCAACCTCTAATATCCTTTCTTTCTTTCTTTC CTTTTTTTTTTTTTTTTTTTGAGATAGAGTCTCCTCTGTCACCCAGGCTG GAGTGCAACAGCACGATCCCAGCTCACTGCAACCTCCACCTCCTGAGTTC AAGCGATTCTCTCGCCTCAGCCTCCCGAGTAGCTGGGATTACAGGCACCC GCCATCATGTCCAGCTAATTTTTGTATATTTGTAGAGACGGGGTTTCACC ATGTTGGCCAGACTGGTCTTGAACTCCTGACCTCAGGTGATCTGCCCGCC TCAGCCTCCCAAAGTGCTAGGATTACAAGTGTGAGCCACCACGCCCGGCC CCAATATTCTTTCTTACTAGACACTGTGTAAGCTAATTATTCAGCAAGTA TTTTGCACTGAACTCTAAATAGGTAAGTATTTTGTGTCCATTTTACAGAC AAGAGAAATAAAATAGGTAAAGTATTTCCCCAAAGCTATGATAAATGAAT CCCATAGCTAGAAATGGCAGAAAACCCATGGAAACTTCTATGGGGAGTGG ATGTCTGCCTTACCTTGGCACAATGCTTGGTTCTCAGATATCATTTCAGT GACATTGCCAAATGGGAGAAACCATGTCTGGTACACGGGACTCAAGCTGC CTCAAAATATCCTGAATGCATTTTTTCAGGGGAGAAAATCCATTTGAATA AGAATAGCTAGTTATAGCTTATTATGTGCCAGACACTATTCAAAGTGTTT AATGTGTATTAACTTCTCAAAACCACTCTATAAGTTAGGTACTATGATTT CCATCTCCATTTTACAGACGAGGGAACTGAGCTGTCAAAACTAAGTGACT TGATTGAGGCCATGCAGCTGGCGAGGGGAGGACCAGGATCTGAACCCAAC TGGGTCTCCCAAGCCTGGGCCACTGAACCATTTCACCTCTTGGAAAAACT TAATGGTCTGAGTGGCCCACCCAGTCCATGGACAGCATGGAGTGGTATGG TGGAAGAGGAGGGAAGAAAACCTGTGTATTGTAAGTCATATTCTTCTATG GTGTGAAGGTTAACGTAAGTTTTAAGAAAGTTTTTTTTTTAATTTTATTA TATGATCTTGCTCTAAAGGGATGTAAATTCAGATGCTGAATTGCACACAT CCTTTCTCTTTCATATTTTCAATATTGAACGTAATTTCAATATTTAACAT AAAACAATGAGTACATTGTCTCCACCTCATTGTTTTTGGGTGGTGTTTGT GAGGAGCCTGCGTTCTTTGGAAGGAAGACCTTTCAGATGACCTGACCAGT CCTCCTCTTCAGAACCCGGATGCTGGCGAAGCAGTTTGAATTTTATGCTT GTGAAAGGGCTCCGTTGATGATTTTGATGTCTGCAGCTTTCCACCCGTAT GACCAGACACATTCTCACCAGCTCCATATATCAAGATAAGGAGGGGAAAC CTGGTAGCTTTTCCTTCTGTTAACTGCTGGCATCAGCTGAGTGATGCAGA CATTTCTCTATTAAGAACTGAGCTGAGACTGAAGCTTCATTTTGTATGAG ACTGTGCAGAGGTCGTCTAAAGTCTCTCCCAGGTGTGGTTATTAAGATCC TGGATTTGAAACTGTGACCTACTGGTTTGCCAGATGCCAAGAACAAATGC TCTGAAATTGATTTGCCAAAAGACATGATGAGCTGCTCTAACTTGCCTGG GAAGAGTGGAATATTTAACCTGTGGGTGAGACTCCCTCTTGCTACCTATC AGCTTTGCCACTGCTCTGATAGAGAAACATCTTGGGAGCAGAGTTGGTAA GAGTGAATCAGACGTATCTGCCGGAATAGGACTCGTGGCACCTGCTTGTT CGATCCCTCATTTCCACCCCCTCTATCCTTTGCCTATTGTCAGTCATTGT GGTTGGTCCATTCAGAAGAATCGTGAATATTCATAGCCACCCTAATTTAC CAATATATATTCAATAATGTC