Oryzias latipes (Japanese medaka): 101175506 Help Entry 101175506         CDS       T02443                                  Name (RefSeq) hemicentin-1   KO K06499   carcinoembryonic antigen-related cell adhesion molecule Organism ola  Oryzias latipes (Japanese medaka) Brite KEGG Orthology (KO) [BR:ola00001]  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    03037 Cilium and associated proteins [BR:ola03037]     101175506    04147 Exosome [BR:ola04147]     101175506    04090 CD molecules [BR:ola04090]     101175506    00537 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:ola00537]     101175506 Cilium and associated proteins [BR:ola03037]  Other cilia and associated proteins   Stereociliary proteins    101175506 Exosome [BR:ola04147]  Exosomal proteins   Exosomal proteins of colorectal cancer cells    101175506   Exosomal proteins of bladder cancer cells    101175506 CD molecules [BR:ola04090]  Proteins   101175506 Glycosylphosphatidylinositol (GPI)-anchored proteins [BR:ola00537]  Antigens   101175506 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Ig_3 I-set Ig_2 ig Ig_5 V-set Ig_4 C2-set_2 V-set_CD47 Ig_6 PKD C1-set Motif Other DBs NCBI-GeneID:  101175506 NCBI-ProteinID:  XP_023819896 LinkDB All DBs Position 16:21418972..21434116 Genome browser AA seq 1524 aa AA seqDB search MDNKSEATLGLFLLIMLQRFVVSGGVEVRPSINPAIAGNAVTLSLFPSENIKSGSWSVGQ SPVVTWQGTHQAVFPSHTGRAFVNISTGALTLTSLTVADSGFYEVVGTDPQLRANTSITV EESISNVTLKVTQTGLVEFRSSALMTCSVSSGSSLSFLWTNGSSVVTVSDRVQLSNGSST LRVLNLTRFDSGPYRCSVSNPVSNGTSNTENVTISYGPDNMALSVNGQETTSFAAGSNLS MLCSAESNPAAQLQWAFKGELVNSTGTWLKLINVSENQTGSYSCLAFNNNTSKYNNITRY ITISKLVTWSREKFSAEQKMERRLSPAVTLVLILTIISVADRAFSQSTLVSEKVLPVGSN VTLSGANVSLGTWIYNSSLIAVIFSNQISVSSSWKWRTSINPTNNDLTIRGLNVNDSGEY KLEDLEHTAVLLKLSVQVPISDASLQASQINLIEFNDTVVFKCFVSAGSFVSYQLLNGKS TYAPMVNGSLTMPNVTRDNQGPFSCVASNGLGNMSSSSVLLNISYGPDKPMLKVMPEKSV YMSGSEITLSCSADSSPSATVQWMFNGTNLNKNSQQLKLENVSSNNSGVYECIVHNSVTL RHNSGSVGVNIMDPITSVVVKNTGGPAILHKSLTLLCQVTGPVQNIQWWKDDQLISPNST AASADNRTLTFNAVQRSDDGKYVCKAFNAVSNMSSSLFQVTVHYGPERVNISGPNLKKTG DNVTLSCQAESTPPSLFMWYFKDAVVSNMSTFNSPPLTKELSGQYTCVAFNNITNWKSNV SINLSVIDPIVNVTITTNKIPVIENELHELTCEVTGDVDEIHWMAKWAELKEDNTTVFHM NNKTVTFIPVDIDDAGTYHCTAVNVFGNMTSRAYNLVVNYGPRMTTVHGPTAAKAGASVN LSCTADSNPESSFRWYFNDAVVSNMSQFTTPPLSKELSGQYTCMVFNSVTNKTSNASLML SVIEPIANVQVQPMNSAVEGRSYNLTCGATGPVDGVYWMKDSKPLQAGSRIIFLMNNKTL SFMPADRSDMGNYQCVASNAVENMTSNPYILTVNYGPDMVNVTGPSVAKTGQSVSLYCSA ASAPMSHFTWHVGGSVVANTSEYVTPPLTPSMSGTYVCTAFNNVTNQNRTGYLNLSVVDP IKKVQVEPEMNSCMEGYSYTLTCNVTGSVDNIYWMKDWMPLQADNRKVFMMDNKTVKFVS VERSDAGNYSCMAVNSFGNMTSSLYKLVVNYGPDTPVIQGSEFGEVGSNAVFNCSASSTP PSQFSWWFNDSQVAVTSMFTAGPLTFNMSGNYTCMAHNTATGKNNTNSIMLTVIEAITSI MIRNYTTPINEKNFSLTCEVVGPYDAIYWMKNGEYLNVSDSCVSQQAMHCTEKNMLHFTP ITLKDDGKYQCVASNRGAVHMSPEYTPLINYGPMSVTISGPDAGSEGTSVSLRCSADSQP QCDFQWYFSNQITFVKTGPEITFNVTQMTKGIYMCKATNPVTSISMFQTKAFALGGQASV MHFAAHGSLMSMSLLVFTAHMLFH NT seq 4575 nt NT seq  +upstreamnt  +downstreamnt atggacaacaagagtgaagcaacgctgggactttttctgctgatcatgcttcagcgtttt gtggtgtctggtggcgtggaggtcaggccttccatcaaccccgccatagccgggaacgcc gtgacgctgtcgctgtttccgtctgagaacataaaaagtggaagctggtcggtgggacag tcccccgtggtcacctggcaggggactcaccaggcggtcttccccagccacaccggcagg gcgtttgtgaacatcagcaccggagctctcactctgacctctctcaccgtggctgactcg ggcttctatgaggtggtgggaacggacccccagctgagggccaacacttccatcacggta gaggaatccatctcgaacgtgactctgaaagtgactcagacgggcctggtggagtttcgg agttcagccctcatgacgtgctcagtctcctctggttcctccctgtcctttctctggacg aacggcagctctgtggtcacagtcagcgacagagttcagctctcaaatggaagctccact ctcagagttttaaacttgacccgctttgactctggaccttacaggtgttcagtgtccaat cctgtcagtaacggcacaagcaatacagaaaacgttaccatcagctatggtccggacaac atggctctctctgtgaatggtcaggaaacgacttcctttgccgctggatctaatttgagc atgctctgctctgcagagtccaatcctgcagcccagcttcagtgggctttcaaaggagag cttgtgaacagcacaggaacatggctgaagctgatcaacgtcagtgagaaccagactggt tcatattcttgcctggcttttaacaataacaccagcaaatacaacaacatcaccagatac ataacaatatcaaaattagtcacttggtcaagagagaagttctcagctgaacagaagatg gagagaagattgagccctgcagtgacgctggtcctaatcctgaccataatatccgtagca gatcgcgcgttcagccaaagcactcttgtctcagaaaaagttttaccagtgggcagcaat gtaacactcagtggggccaatgtgtcactaggaacatggatctataacagcagtttgatt gccgtgattttttcaaatcaaattagtgtaagcagctcttggaagtggagaacatcaata aatccaactaacaatgatttgaccattagaggcctgaatgtgaacgattctggagaatac aaattagaagacctggaacatacagctgttcttttaaaactctcagtccaagttcctatt tctgatgcaagcctgcaagcaagccaaatcaatctgatagaattcaacgacacagtggtc tttaagtgctttgtgtctgctggctcctttgtgtcctaccaactgttgaatggaaaatct acatatgcacccatggtaaatggcagcctcaccatgccaaacgtgacccgtgacaatcaa ggcccgttcagctgcgttgcatcaaatggacttgggaacatgagtagctcatcagtgcta ctgaacatcagctatggtccagacaagccaatgttaaaagtgatgcccgagaagagcgtg tacatgtcgggatctgaaatcacactgtcatgctcagcagactccagtccttcagcaaca gtgcagtggatgtttaatgggacgaatctcaacaaaaacagccaacagcttaaattagag aatgtttcatcgaacaactctggagtttatgaatgcatcgtccacaactcagtcacttta aggcacaacagtggaagtgtgggggttaacatcatggatcccattacttctgttgtggtg aaaaacactgggggccctgcaattcttcataaatcccttacacttctatgtcaagtgact gggccggttcaaaacattcagtggtggaaagatgaccagcttatttctcctaacagcacg gcagcatctgctgataaccggacactgacttttaatgcagtccagcgttcagatgatgga aaatatgtgtgcaaggcttttaacgctgtgagcaacatgtccagcagcctcttccaggtc acagttcactatggaccagaaagggtgaatatttcaggacctaacctgaagaaaacagga gacaatgtgacactcagctgccaggcggaatcaaccccccccagcctgttcatgtggtac ttcaaggatgctgttgtgtccaacatgtccacatttaattcacctccacttaccaaagaa ctgagcgggcagtacacctgcgtggccttcaacaacatcactaactggaaaagcaacgtc agcataaacctttcagttattgatccaattgtgaatgtgactataacaacaaacaaaatt cccgtcattgaaaacgaactgcatgagttaacctgtgaggtcactggagatgttgatgag attcactggatggcgaagtgggcagaactgaaagaggacaacacaacagttttccacatg aacaacaagacggtcacatttattcctgtagatattgacgatgcaggaacctaccactgc acagctgtaaatgtctttggaaacatgaccagtcgtgcctacaaccttgttgtcaactat ggaccaaggatgacaactgttcatggaccaactgcagcaaaggcaggagctagtgtcaat ctgagctgcacggcagattccaaccctgagagctccttcagatggtatttcaatgatgct gtggtctccaacatgtctcagtttaccacacctccactttccaaagaactgagtggccag tacacctgtatggtcttcaacagtgtcaccaacaaaaccagcaacgcctccttaatgctt tccgttattgagccaattgcaaatgttcaagtacagccaatgaactctgcagtggaaggt cggtcctataatttaacatgcggcgcaacaggaccagttgatggcgtttactggatgaag gattcgaaaccactgcaggcgggcagcagaatcattttcctaatgaacaacaagacactc tcgtttatgccagcggatcgttctgacatgggaaactaccagtgcgtggcgagtaacgct gttgaaaacatgactagtaatccctacatcctcactgtcaactatggaccagatatggta aatgtcactggaccaagtgtagcaaagacaggacaaagtgtcagtctctactgctctgca gcatcagcccccatgagccacttcacatggcatgttggtggttctgtggttgccaacact tctgagtatgttactcctcctctaaccccaagcatgagtgggacatatgtctgcacagca ttcaacaacgtcacaaaccaaaacaggacgggttacctgaacctttctgttgttgacccc ataaaaaaagtacaggttgagccagaaatgaattcctgcatggagggttattcgtacact ctaacatgcaatgtaactggatctgttgataacatttactggatgaaggactggatgcca ctgcaggcagacaaccgaaaagttttcatgatggacaacaagacagtcaagtttgtgtct gtggaacgttctgatgctggaaactacagctgcatggctgttaacagttttggaaacatg actagctctctttacaaacttgttgtcaactatggacccgacacacccgtcatccaaggg tcagagtttggggaagtgggaagtaacgccgtcttcaattgctctgcttcatcaactcct ccaagtcaatttagttggtggttcaatgactctcaagtagctgttacatcaatgtttact gctggtcctttgacgtttaacatgagcggtaactacacctgtatggctcacaataccgcc acaggaaaaaacaacaccaactcaattatgctcacagttatagaggcaataacgtctatc atgatacgaaactatacaactccaattaacgagaaaaacttctcactcacatgtgaggtt gttggaccctatgacgccatctactggatgaagaacggcgagtacctaaacgtgagcgac tcctgtgtgagccagcaggcaatgcactgcactgagaagaacatgcttcacttcactcca ataaccctgaaggatgatgggaaataccagtgtgttgcttccaacaggggagcagttcat atgagtccagagtacacgcccctgataaactatggtcccatgagtgtaactatttccgga ccggatgcgggttcagagggcacctctgtgtccctgaggtgctccgctgattctcagcca cagtgtgacttccagtggtacttctccaatcagataacgtttgtgaagacgggacctgaa attactttcaatgtaacacagatgaccaaggggatctacatgtgcaaggcaacaaaccct gtgacaagcatctcaatgttccaaaccaaagctttcgctcttggaggccaggccagtgtt atgcattttgccgcccatggaagcctgatgtcaatgagtctgcttgtgttcactgcacac atgcttttccactga

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