Apis florea (little honeybee): 100864905 Help Entry 100864905         CDS       T09140                                  Name (RefSeq) myotubularin-related protein 4   KO K18082   myotubularin-related protein 3/4 [EC:3.1.3.48 3.1.3.64 3.1.3.95] Organism aflr  Apis florea (little honeybee) Pathway aflr00562   Inositol phosphate metabolism aflr01100   Metabolic pathways aflr04070   Phosphatidylinositol signaling system aflr04140   Autophagy - animal Brite KEGG Orthology (KO) [BR:aflr00001]  09100 Metabolism   09101 Carbohydrate metabolism    00562 Inositol phosphate metabolism     100864905  09130 Environmental Information Processing   09132 Signal transduction    04070 Phosphatidylinositol signaling system     100864905  09140 Cellular Processes   09141 Transport and catabolism    04140 Autophagy - animal     100864905  09180 Brite Hierarchies   09181 Protein families: metabolism    01009 Protein phosphatases and associated proteins [BR:aflr01009]     100864905 Enzymes [BR:aflr01000]  3. Hydrolases   3.1  Acting on ester bonds    3.1.3  Phosphoric-monoester hydrolases     3.1.3.48  protein-tyrosine-phosphatase      100864905     3.1.3.64  phosphatidylinositol-3-phosphatase      100864905     3.1.3.95  phosphatidylinositol-3,5-bisphosphate 3-phosphatase      100864905 Protein phosphatases and associated proteins [BR:aflr01009]  Protein tyrosine phosphatases (PTPs)   Class I PTPs (Dual specificity phosphatases)    Myotubularins     100864905 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Myotub-related FYVE DSPc Y_phosphatase3 Y_phosphatase Motif Other DBs NCBI-GeneID:  100864905 NCBI-ProteinID:  XP_012340347 EnsemblRapid:  LOC100864905 LinkDB All DBs Position Unknown AA seq 1004 aa AA seqDB search MENSEEPTSLQSICHLHASELFPKHTHFECEDQTLTVPFTPLSGENIVALGRTSDGVLAL SNYRLYLQLSQACYNIPLGLIEQLEVKELFFLHIACKDARSLSCVFATNEHCLEWFKRLH KVTYPRKSVEDIFAFAYYAWSMEEGKENFKLGKDNTSYSATFNSEVERLKFNLHTTWRIS QINKDYRVCPSYPPLLLVPSCVPDDKLKAGAEYRSFRRIPVVVWRHVNNGAVIARSSQPE VGWLGWRNPEDEMLLQGLSDACSYDKDKSDSSSIYPDSGDDNVTTNRTKKVLIVDARSYS TAFANRARGGGYEYPGYYPSCDIQFMNLPNIHSIRKSFHAVRQLCASDADQPNWLSLLEG TRWLQHMSGLLRAAVTVASAIERDGRPVLVHCSDGWDRTPQIVALAQILLDPYYRTMEGF QILCEREWLDFGHKFADRCGQTVGCEDPNERCPVFLQWLDCVHQLILQFKCSFQMSSAYL VKLAQHTYSQLFGTFLCNTMQERLQLRIRERTFSVWRFLNTSSFVNHLYSPLKNQVLWPS CNVRDLVLWSEVYLGSMECPLGIRDDKQKVTMIDIEGAENEEPQGQMTKTRSYGDLMHTP DHTAYLHRRLSDPSASMEKKFDSLTLDTETGEKGKHNCTESCRIDDTIEKNVMEDLNKVE HYTKTMQILNDSPLNPSVDSSTDTLIPSSEFLFDTIDKETKFLNSKTQKNSPPDIVSPWI ENNSTNRIVCSCNRNYNHNHNEGSDVSDISAPQISRTPSSICPASPIYQDIIPDNPDRLD DVDGLPVIHCDVQMRVQQIIMEHKLKEEALRKELHTTRMALIKQVCNHNAETDRVDDIGS LPDSVGSTGDHGESLPSDMSWEAVEELGPAPTLWVPDHAVNRCMGCDTEFWLGRRKHHCR CCGKIFCADCSENSTPLPNEQLYNPVRVCSDCFSRLHRHTSPCQYNIRHQSKGENDTELS SNSENLTTCQRSKGLNLTKDSCCDNLLQVVHQKVQPPVTAATVN NT seq 3015 nt NT seq  +upstreamnt  +downstreamnt atggagaattctgaagagccaacaagtttgcaatccatttgccatttacatgcttcggaa ttatttccaaagcatacacattttgaatgcgaggatcaaacacttacagttccatttaca cctttgagtggagaaaatattgtagcacttggacgtacatcggatggagtattggctctt tctaattacagactctatttacaattaagtcaggcatgttacaatattccattgggttta atagagcagttagaagttaaagaactttttttcttgcatattgcttgcaaggatgctcgt tcactaagttgtgtttttgctacaaatgaacattgtttggaatggttcaagcgattacat aaggtaacttatcctcgaaagagtgtagaagatatatttgcttttgcatattatgcttgg tctatggaagaaggtaaagaaaattttaaattaggaaaagataatacatcatatagtgct acctttaattcagaagtagaacgactaaaatttaatttacatactacatggcgtataagt caaatcaataaagattatcgcgtatgcccgtcctatccaccattacttctagttccttct tgtgttcctgatgataaactcaaagctggagcagaatacagaagttttcgacgaattcct gtcgttgtttggaggcatgtaaataatggtgcggtaatagcacgaagcagtcaaccggaa gttggatggctcggttggcgaaatccggaagatgaaatgcttttgcagggtctttcagat gcatgttcctatgataaagataaatcggattcgtctagcatttatcctgattctggcgat gataatgtcacgacaaatagaacgaaaaaagttttaatcgtggatgctaggtcatattca actgctttcgctaatagagcacgtggaggtggttacgaatatcctggatattatccaagt tgtgacatacaattcatgaatttaccaaatattcattcgatacgaaaaagttttcacgcg gtaagacaactctgtgcatcagatgcagatcaacctaattggcttagtctattggaagga acacgatggttacaacatatgtctggattattacgtgctgcagtaactgtagcatcggca atagaaagagacggccgaccggtattagtacattgtagtgatggttgggatagaacgcct cagattgttgctctagcgcaaattcttcttgatccttattatcgaactatggagggattc caaattttatgtgagagagaatggttagactttggacataaatttgcggatcgttgtggg caaacggtaggctgtgaagatccgaatgaacgatgtccagtatttttacaatggctcgat tgtgtacatcaattaattttacaattcaagtgcagttttcaaatgtcctctgcatatctt gtaaaacttgcacagcatacatattctcagctttttggcacatttctttgtaatacaatg caagaaagattacaattaagaatacgggaacgtacattttctgtttggcgttttttaaat accagttcattcgtaaatcatttgtattctcctttaaaaaatcaagtattatggccaagt tgtaatgtccgtgaccttgttttatggtctgaagtatatttaggttctatggaatgtcct cttggcataagagacgataaacagaaagtaacaatgatagatattgagggtgctgagaat gaagaacctcaaggtcaaatgactaaaactcgttcatatggcgatcttatgcatacccct gatcatacggcctatcttcatcgtcgacttagtgatccaagcgcttcgatggaaaaaaaa tttgattcgttaacactcgacacagaaacgggtgaaaaaggaaaacataattgtacagaa agttgtagaattgatgatacaatagagaaaaatgtgatggaggatttgaacaaagtagaa cattatacaaaaacaatgcaaattttgaatgattcgccgctaaatccgtcagtagatagt tcaacggatacgctaatacccagtagcgagtttttatttgatacaattgataaggaaacc aaatttttgaacagcaaaacgcagaaaaattcgccaccggatatcgtatctccatggatt gagaacaattcaaccaatcgtatcgtttgctcttgtaatcgaaattacaatcataatcat aatgagggtagtgatgttagtgatattagtgcgccgcaaatttcgagaacacctagtagc atttgtccagcttcaccaatttaccaagacataataccagataatcctgatagattggat gatgttgatggtcttccagttatacattgcgacgttcaaatgcgtgtgcaacagattatc atggaacataagttgaaggaagaagcattaaggaaggaattacatacaacaagaatggct ttgatcaaacaagtttgtaatcataacgcagaaaccgatcgcgttgatgatatcggatca ttacctgattcagttggaagtactggcgatcatggagaatcattaccttcggacatgtca tgggaagcagtggaggaattaggtcctgctcctactctttgggtaccagatcatgctgta aatcgatgcatgggatgtgatacagaattttggttgggacgacgtaagcatcattgcaga tgctgtggcaaaatcttttgtgcggattgttctgagaattcaacaccacttcctaacgaa caactgtacaatcctgtgagagtttgtagtgattgtttctctcgacttcaccgacacaca agtccttgtcagtataatattcgtcatcaaagcaaaggagaaaacgatacggaactctcg tcaaattctgaaaatttgacaacttgtcaaagatcaaaaggtttgaatctgacgaaagac agttgctgcgataatttattgcaagttgtgcatcagaaagtacaacctccagttacagca gctactgtaaattga

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