Amphiura filiformis: 140160908 Help Entry 140160908         CDS       T10871                                  Name (RefSeq) protocadherin-1-like   KO K16498   protocadherin delta 1 Organism afil  Amphiura filiformis Pathway afil03273   Virion - Lassa virus and SFTS virus Brite KEGG Orthology (KO) [BR:afil00001]  09120 Genetic Information Processing   09125 Information processing in viruses    03273 Virion - Lassa virus and SFTS virus     140160908  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:afil01009]     140160908   09183 Protein families: signaling and cellular processes    04515 Cell adhesion molecules [BR:afil04515]     140160908 Protein phosphatases and associated proteins [BR:afil01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      140160908 Cell adhesion molecules [BR:afil04515]  Cadherins   Protocadherins    140160908 BRITE hierarchy SSDB OrthologParalogGene clusterGFIT Motif Pfam:  Cadherin Cadherin_CELSR2_9th Cadherin_C_2 Motif Other DBs NCBI-GeneID:  140160908 NCBI-ProteinID:  XP_072040343 LinkDB All DBs Position 9:complement(34159059..34273112) Genome browser AA seq 1126 aa AA seqDB search MYDLLLLAIDGGVTPLTGSARLNVTVLDSDDHRPQFVRKEYTVSIAENLDVGTEILKVEA HDPDLGTNGQIIYDFSRSVALFDIESDTGAIRTKGRVDYETDTSFQLIVKCSNNVPNPVS DFASVTINIIDVNDNRPTLEVNAIEGSGNYIHIPETSPPSTPLAFVKVSDPDSGSSGEVR LLLSGHYDHFELQMVSATRYFLATKTELDREDVAVYNITIIAEDKGDPIQWRQRKFAIFL DDVNDNAPFFSKPIYYTQIVENNAPDTRIETIIATDLDEGENATVVYSLPGNQHGFAIDS ESGELIATSVLDREVASTIAVTVSACDQGRPQPMCNNVSVMLTVLDENDNPPEFVLGTYE FGVYENQLEGTLVGQVQAIDKDMGDNSRVTYAIKTEGAREYFRIDGSSGEIFTKISSLDR EVQASYAMVVTATDGGGVRAERTTGVTVLITVLDRNDNAPRIVYPNPQDDAVFIPLHAQP GFVVCQMEAEDYDDGVNARLSYGILDGNIYDIFGMRKGGQLVTSRSLRPQWAGVHFLNLR VKDSGASSIETTAQLTVVIADMSFNESIREDMFFQLYNMTVNTFLKMEADTGQAQGAASK WPVIAVIALGSVAFILLMIFLIVATKCRDKNKNRENQYAAPPANTTDDMNTGSKPPSERK TSGTNSTNISLATSQSSIPSKNIQKWKNAEKNGSIDSRLGNKQMTTFGSNSDVHSDSMQS LHSNSNRRTPDPDAEVQKLLNKLRHQEGGDAADDFSHSSCDSGHGDSDRDTRESNGTNSM SPDINELQNGRAQSYPRLAPLAQISGRSLMNAGGERGSYAASSLCTPECRTLGHSDLCWS QNTINGRPKADSFSGASSSQSRTLPSAGRSAARHQDHAGDPRLRSSGVGRESPSRQSSNS RESPNQLSVPSARMGAHTAVASPNHNQNSGQRSGQSTDRNASSPSKTDAGAGRGGGANTP GAGPLTPISEHPEDNPFDHRGRTHRGDKSSRGRGGKPRAQTDHGRINNNYQPDDRQQRTP TNVTFKDDRTSTNPNGSYSTNRSSHRHAPSPLSNNIRNNVQHGMIVEASGYGSHSSVSSE SSSEVNSHGGYSLDDLDGVLERCDIPGMDATITMDKSDQVPFTDWV NT seq 3381 nt NT seq  +upstreamnt  +downstreamnt atgtacgacttgcttcttctcgctattgacggcggtgtcacgcctctcacaggatctgcc agattaaatgtgaccgttcttgattctgatgatcaccgtccacagttcgtacgaaaagaa tacactgttagcatagcagagaatttggatgtcggaacggagatcttaaaagtggaagca cacgatcctgatttggggaccaacggacaaattatttacgactttagtagatctgtggcg ttatttgatattgaatcggatactggtgctatacgcactaaaggcagggtggactatgaa actgatacgtctttccaacttattgttaaatgctccaacaacgtccctaacccagtatct gattttgcttcagtgactattaacattattgacgtcaatgataaccgaccaacgctagag gtgaatgccattgaaggcagtggtaactatatccatataccagagacatcgcctccttct actcccctagcttttgtaaaggtctctgatcctgacagtggaagcagcggtgaagttcgc cttctactctctggacattatgatcattttgaactgcagatggtcagtgccacacggtac ttcttagcaaccaaaacggaactagatcgtgaagatgtagcagtttataacattactatc atagcggaagataaaggtgatcctatacaatggaggcaacgtaaatttgctatttttctt gacgacgtcaatgacaatgcccctttcttttcgaaaccaatttactacacacaaatcgta gaaaataacgcaccagacacccgtattgaaaccatcatagcaacggatttagatgaaggt gagaatgccactgtggtgtactctttaccaggtaatcaacatggttttgccatagattca gagtctggtgagcttatagctacatctgtgttggatcgtgaagttgcttctacaatagct gtcacagtgtcggcttgtgatcaaggaagacctcaacctatgtgtaacaatgtctcagtt atgttgactgtcctggatgagaatgacaatcctcctgagtttgtgcttggaacctatgag tttggagtgtatgaaaaccaattggaaggtactttagttggtcaagtgcaagctatagat aaagatatgggtgataattctcgagtgacctatgccattaagaccgaaggcgctagagag tattttcgtatcgatggctcttccggggagatatttactaaaatttcttctttagatcgt gaggtacaggcatcttatgcaatggttgtgactgctacagatggcggcggtgtgagagca gaacgaaccactggtgttaccgtattgataacagtgttggacaggaatgacaatgctcca aggattgtataccctaacccacaagacgatgcggtgttcataccattacacgctcaacct gggtttgttgtgtgtcaaatggaagcagaagactacgacgatggcgtcaatgctcgatta tcttacggaattcttgatggtaatatctatgatatctttggaatgagaaaaggtggacaa cttgtaacgtcaagatcgttgaggccacaatgggctggagtccactttctaaatttgcgc gtgaaagattctggagcttcttccattgaaaccactgctcaattaactgtagtcatagca gatatgagcttcaacgaatcaattcgagaagatatgttctttcagttatataacatgact gtaaatactttcttaaaaatggaagcggatacgggacaggctcaaggagctgccagtaag tggccagttatagctgttatagctctaggttctgtagcatttattcttctaatgatattc ttaattgttgcaacaaaatgcagagacaaaaacaaaaatcgcgagaaccaatatgcggcg ccaccagctaatacaacggacgatatgaacacaggtagtaaaccaccatcagagagaaaa acctctggtacaaactctaccaatatatccctagcaacatcacaatcctctatcccatcc aaaaacatacaaaaatggaaaaatgctgaaaagaatggctccattgattccagattaggt aacaagcagatgactacctttggcagtaattcagatgtgcattcagacagcatgcagtct ttgcattccaactccaatagaagaacacctgatccagatgcagaggtgcagaagttactc aacaaactgcgacaccaggaaggtggtgacgccgctgatgacttttctcatagtagttgc gacagtggacatggcgacagcgaccgggacacgcgagagtctaatggcacaaacagtatg tcacctgatatcaacgagttgcagaatggaagagcacagtcctaccccagattagcacca ttggcacaaataagtgggagaagtttgatgaacgcaggaggagaacgtgggagctacgcg gcaagtagtctatgcaccccagaatgtcgtactctaggacattcagacctctgttggagt caaaataccatcaatggaagaccaaaggcagatagtttctcaggtgcatcatcgagtcaa tctcgtacccttccatcagcgggacgatcagcagctcgacatcaagatcacgctggtgat cctagactgcgatcgtctggtgttggtagagagtctccgtcccgtcaatcttctaattca cgagaatctcccaaccaacttagtgttcctagtgcaagaatgggagcacatacagcagta gcctctcctaatcacaatcaaaacagcggtcaaagaagcgggcaaagcaccgatcgtaat gcatctagtccgtccaaaactgacgctggagcagggcgaggaggaggtgcaaacacacct ggtgcaggacctttgacccctattagtgaacaccccgaagataacccatttgatcatcga ggtaggactcatagaggggataaatcttcgcggggtcgcggtgggaaacctcgagctcaa actgatcatgggcgtatcaataataactatcaaccagatgataggcaacaaagaactcca actaatgttacatttaaagatgacagaacatcaactaatcctaatggatcctattcaacg aatagatccagtcatagacatgctccttcaccattatcaaacaatatcagaaataatgta cagcatggtatgatagtggaagccagtggctatggttctcattctagcgtatcaagtgaa tcgagcagtgaagtgaactctcacggtgggtattcattagacgatttagatggtgtttta gaaagatgtgatattccaggtatggatgcaacaattactatggacaaatctgaccaggtg ccttttacagactgggtgtag

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