Alligator sinensis (Chinese alligator): 102368369 Help Entry 102368369         CDS       T02922                                  Symbol MYO1D Name (RefSeq) unconventional myosin-Id   KO K10356   myosin I Organism asn  Alligator sinensis (Chinese alligator) Pathway asn04814   Motor proteins Brite KEGG Orthology (KO) [BR:asn00001]  09140 Cellular Processes   09142 Cell motility    04814 Motor proteins     102368369 (MYO1D)  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:asn01009]     102368369 (MYO1D)   09182 Protein families: genetic information processing    04131 Membrane trafficking [BR:asn04131]     102368369 (MYO1D)    03036 Chromosome and associated proteins [BR:asn03036]     102368369 (MYO1D)   09183 Protein families: signaling and cellular processes    04812 Cytoskeleton proteins [BR:asn04812]     102368369 (MYO1D)    04147 Exosome [BR:asn04147]     102368369 (MYO1D) Protein phosphatases and associated proteins [BR:asn01009]  Protein serine/threonine phosphatases   Phosphoprotein phosphatases (PPPs)    Protein phosphatase-1     PP1-interacting proteins (PIPs)      102368369 (MYO1D) Membrane trafficking [BR:asn04131]  Endocytosis   Phagocytosis    Others     102368369 (MYO1D)  Others   Actin-binding proteins    Myosins     102368369 (MYO1D) Chromosome and associated proteins [BR:asn03036]  Eukaryotic type   Chromatin remodeling factors    B-WICH complex     102368369 (MYO1D) Cytoskeleton proteins [BR:asn04812]  Eukaryotic cytoskeleton proteins   Actin filaments / Microfilaments    Actin-binding proteins     Myosins      102368369 (MYO1D) Exosome [BR:asn04147]  Exosomal proteins   Proteins found in most exosomes    102368369 (MYO1D) BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Myosin_head Myosin_TH1 IQ nSTAND3 Zeta_toxin Sigma54_activat AAA_22 AAA_16 NPHP3_N AAA_18 Motif Other DBs NCBI-GeneID:  102368369 NCBI-ProteinID:  XP_025063106 UniProt:  A0A3Q0GTJ8 LinkDB All DBs Position Unknown AA seq 986 aa AA seqDB search MGNLRLRFEKGRIYTFIGEVVVSVNPYKNLSIYGRDMIEQYKGRELYERPPHLFAIADAA YKAMKRRSKDTCIVISGESGAGKTEASKYIMQYIAAITNPSQRAEVERVKNMLLKSNCVL EAFGNAKTNRNDNSSRFGKYMDINFDFKGDPIGGHISNYLLEKSRVIVQQPGERSFHSFY QLLQGGSDQILRSLHLQKDLSSYNYIRAGAQLKCSINDSADFKAVSDAMKVIGFKQEEIQ TVYKILAVILHLGNLKFSVDGDTPVIENSKVVSVIADLLSTKSDMVEKALLFRTVATGRD VIDKQHTEQEASYGRDAFAKAIYERLFCWIVTHINDIIEVKNYDTTIHGKNTVIGVLDIY GFEIFDNNSFEQFCINYCNEKLQQLFIQLVLKQEQEEYQREGIPWKHIDYFNNQIIVDLV EQQHKGIIAILDDACMNVGKVTDEMFLEALNKKLGKHAHFSSRKLCATDKILEFDRDFRI KHYAGDVIYSVTGFIDKNKDTLFQDFKRLMYNSSNPVLKMMWPEGKLSITEVTKRPLTAA TLFKNSMIALVDNLASKEPYYVRCIKPNDKKSPQLFDEERCRHQVEYLGLLENVRVRRAG FAYRQTYEKFLHRYKMISEFTWPNHDLSSDKEAVKKLIECCGFQHDVAYGKTKIFIRTPR TLFTLEELHAKMLVRIVLFLQKVWRGTLARLHYKRTRAALTIIKYYRRYKVKSYIHEVTR RFHNVRSMKDYGKHVKWPTPPKVLLRFEEALQAIYHRWRANELIKSIPQKDLPQLRAKVA AVELLKGHRADIGLQRAWEGNYLASKPDNPQTTGSFITVANELKRKDKYMNVLFSCHVRK VNRFNKVEDRAIFITDRHLYKMDPIKQYKVMKTIPLYNLIGLSVSNGKDQLVVFHTKDNK DLIVCLFSQQPTNESRIGELVGVLANHFKGEKRSLQVNVTNPVQCSLHGRKCTVSVETKI NQSQPDFTKNRSGFILCVPGILHPLH NT seq 2961 nt NT seq  +upstreamnt  +downstreamnt atgggcaacctccgcctgcggtttgaaaaaggacggatctacacattcattggagaagtg gtggtttctgtgaacccttacaaaaacttgagcatttatgggcgtgacatgattgaacag tacaaaggacgggaactgtatgagaggcctcctcacctgtttgcaattgcagatgctgct tacaaggctatgaagagacgatcaaaagacacctgcattgtaatatcaggtgagagtgga gctggaaaaacagaggctagtaaatacattatgcagtacatagcagccatcactaatccc agtcagagggctgaggtggagagagtgaagaacatgttgttgaagtccaactgtgtgttg gaagcctttggcaatgccaaaaccaaccgtaatgacaactccagcagatttggaaaatac atggatatcaactttgatttcaaaggagaccctataggtgggcatatcagtaattactta ctagaaaagtcacgggtgattgtgcagcagccaggagaacgaagctttcattctttttac cagcttctccaaggtggttctgatcagatattgcgttcgttacaccttcagaaagatctc tcttcatacaactatatccgtgctggagctcagctaaagtgttccatcaatgacagtgca gacttcaaagcagtatctgacgccatgaaagtaataggcttcaaacaagaggaaattcag actgtgtacaaaattctggctgttatccttcacttgggaaatttgaaattttcagtggat ggtgatacacctgtgattgaaaacagtaaggttgtgtcagtcattgcagacctgttgtca acaaaatctgacatggtggagaaggccctgctttttcggactgtagctacagggcgggat gtcattgacaagcagcacactgagcaagaagcttcatatggcagggatgcttttgcgaag gctatatatgagcgccttttctgttggattgtgacgcacatcaatgatataattgaagtg aagaactatgacaccacgatacatgggaaaaacacagtcattggagtcttggatatctat ggctttgagatatttgacaacaatagttttgaacagttctgcattaattactgcaatgaa aagctgcagcagctgtttattcagttggttctgaaacaggaacaggaggaataccagcga gaggggataccatggaagcatattgattactttaacaaccaaatcattgtggacctggtg gagcagcagcacaaggggatcattgccattctggatgatgcctgcatgaatgttggaaaa gttacggatgagatgttccttgaggctcttaataagaaactagggaaacatgctcatttc tccagcagaaagctttgtgcgacagacaaaatcctggagttcgatagagactttcggatt aagcactacgctggagatgttatttactcagtcactggatttattgacaaaaacaaggac actttattccaagacttcaaacgcctaatgtataacagttccaatcctgtgttgaagatg atgtggcctgaaggtaaactgagcatcacagaggtaaccaaacgacccttgactgctgct accctttttaagaactccatgattgcactagtagacaacctggcatctaaggagccatat tatgttcgttgcattaagcccaatgataagaagtcaccacagctgtttgatgaagaacgc tgcagacaccaggtggagtaccttggacttttggagaatgtgagagtccgccgggcagga tttgcttatcgccaaacatatgagaagtttcttcacaggtacaagatgatctcagaattt acttggccaaaccatgacctctcttctgacaaagaagctgtgaagaaactaatagagtgc tgtgggtttcagcatgatgtagcctatggaaaaaccaagatttttatccgcacacctcga actctattcaccctggaggaactgcatgccaagatgcttgtgaggattgttctcttccta caaaaggtttggaggggcacactagcccgccttcactataagaggacacgggctgccctc acaatcatcaagtactaccggcgctacaaagtgaagtcctacatccacgaggtgacccgg cgctttcacaacgtgagatcaatgaaggattatggcaaacatgtgaagtggccaacccct cctaaagtgctgcttcgatttgaagaggcgctgcaggcaatctaccacaggtggagagca aatgagctaatcaagagcatcccacaaaaagacttgcctcagctcagggctaaagttgct gccgttgaactgctgaagggtcacagagccgatatcgggctacaaagagcatgggagggt aactaccttgcatcgaaacctgataacccacagaccacaggctctttcatcactgttgcc aatgagctgaaaaggaaggacaagtacatgaacgtgctcttctcatgtcacgtccgtaag gtaaatcggtttaacaaggttgaggacagagcaatttttatcactgatcgacacctttat aagatggaccccataaaacagtacaaggtgatgaagaccatcccactctacaatttgata ggattgagtgtctccaatggaaaggaccagcttgtggtgttccacacaaaagacaacaaa gacctcattgtctgcctcttcagccaacagccgactaatgaaagccgtattggagagctg gttggagtcctagcaaaccacttcaagggtgagaaacgcagtctgcaagtcaatgttacc aacccggtccagtgtagcctgcacggtaggaaatgcaccgtctccgtggaaaccaagatc aaccaatcacagccagacttcaccaagaatcgttcaggtttcatcctctgtgtgccaggg attttgcatcccctccactaa

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