Guillardia theta: GUITHDRAFT_84762 Help Entry GUITHDRAFT_84762  CDS       T02925                                  Name (RefSeq) hypothetical protein   KO K14802   phospholipid-transporting ATPase [EC:7.6.2.1] Organism gtt  Guillardia theta Pathway gtt04148   Efferocytosis Brite KEGG Orthology (KO) [BR:gtt00001]  09140 Cellular Processes   09141 Transport and catabolism    04148 Efferocytosis     GUITHDRAFT_84762  09180 Brite Hierarchies   09182 Protein families: genetic information processing    03009 Ribosome biogenesis [BR:gtt03009]     GUITHDRAFT_84762 Enzymes [BR:gtt01000]  7. Translocases   7.6  Catalysing the translocation of other compounds    7.6.2  Linked to the hydrolysis of a nucleoside triphosphate     7.6.2.1  P-type phospholipid transporter      GUITHDRAFT_84762 Ribosome biogenesis [BR:gtt03009]  Eukaryotic type   Pre-40S particles    Other pre-40S particles     GUITHDRAFT_84762 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  PhoLip_ATPase_C PhoLip_ATPase_N Cation_ATPase Hydrolase E1-E2_ATPase Hydrolase_3 Motif Other DBs NCBI-GeneID:  17309064 NCBI-ProteinID:  XP_005839185 JGI:  Guith1_84762 UniProt:  L1JVH2 LinkDB All DBs Position Unknown AA seq 1117 aa AA seqDB search MENAHCKSYSNAPSDNTTQKSTSNKVVTSKYTFYSFLPRNLYEQFSRLANVYFLLISCLQ LFTSLSPTSKWSTGGPFILILVLNMIREIWEDSKRHKADEEVNNRLVEVIRENGSTESIP WKSVTLGDIVWVKCNHEFPADVVLLSSTGDQGMCYIDTCNLDGETNLKIRNSLAFTASLN DPLKISQLKGYFEYEAPNNRLYTFNGRYVRPAAEDVPVDNENILLRGATLRNTQSIFGQV VYTGAQSKIMMNSQKGRVKISNIEHTVNRLLLGILLFELIVVSAATIGMASWVSSNREAW YLPYVKTQTTANNFEGWITFLLLMNNYVPISLYISMELAKTVQGQQMNWDIEMYHEETDT PALTRTTNLNEELGQIQYIFSDKTGTLTQNVMEFRKCFINTTSYGFGTTEIGIAAAARGT NIQVDQDPTATEAERDKDPNKAQFHRDPKIAFDDIRLLQRHREGGSEGEFINDFMRVLSV CHTVVPEGDLTDPSKILYQAESPDEGALSGFAKALGWFFCGRTSTHTTVDVHGKKEQFEI LNVNKFNSARKRMSVVCRTPEGKIMLYCKGADNVMLERIAPNQSQRAPMESALTHYANEG LRTLVLGKKEIPESAWVEWNKVHHAASTALVDRDGALERAAEDIEKEMIIVGATAIEDKL QVGVPDAIATLAQGGIKIWVLTGDKQETAENIGFACRLLRDDMEINYINGSSDDEIKRQL DHILQRNDSYVGKETEHLALIVDGKSLLVLMEESELSQKLLTVAKMCKAVIACRVSPNQK REIVTLVRRGVQPEPMTLSIGDGANDVPMIMEAHVGVGISGNEGLQAVRSADYAIAQFRY LKRLMLIHGRNNYRRVAEVVLYSFYKNMTLVTSLFLYNIYNGWSGTAIYASIILICFNVA YTFLPIIFYGFLERDVNDTTALKNPQLYIPGQRREGFNATVMLTWMLNAIVHCIFVFFLP TAAFAATGMVDLGVYGTTVMHSLVIAVNFRLFLEENYISWISHLVIFVSVALFYFVVGVA SNMPLSLTLFDVNLFYGVGKMTFEEVLFYMATLLTIVVANSIDVASLYIARNFFPTPTHI IQERERGYGRNFYNTGDDSGMENEERSVILANAGSPR NT seq 3354 nt NT seq  +upstreamnt  +downstreamnt atggaaaatgctcattgcaagtcttacagcaacgcgcccagtgacaatacaacgcagaag tcaacctcaaacaaggttgtaacatctaaatacacattctattctttcttaccacgaaac ctctatgagcaattttcgaggttggctaacgtgtactttttactgatatcttgcttgcaa cttttcacatccttatcacctactagcaaatggtccacaggaggacctttcatactcatt ttagtgctcaacatgattcgcgagatttgggaagacagcaaacgtcacaaggcagatgaa gaagtgaacaaccgtcttgttgaggttatcagggaaaacggaagcacagaatcgattcct tggaaatctgtcactcttggagatattgtatgggtaaaatgcaatcatgaatttccagca gacgtcgttttgctttcgtctactggtgatcaaggcatgtgttacattgacacatgcaat ctggatggtgaaacaaatttgaagattcgaaattctctagcgtttacagcaagcctaaat gatcctttgaaaatctcacaactgaagggttactttgagtatgaggcaccgaataatcgt ctctacacttttaatggaaggtatgtccgtcctgcagcagaagacgtgccggtagacaac gaaaacattttgcttcgtggtgcaactctacgaaatacccagtcaatctttggccaagtc gtttacacaggagctcagagcaaaatcatgatgaattcgcagaagggaagagtcaagatc agtaatatcgaacacacagtgaatcgcctgcttttgggaattctgttatttgaattgatt gttgtttctgccgctacgattggaatggcttcatgggtttcatcaaaccgagaagcttgg tatcttccatatgtgaaaactcagacaacggcaaataactttgaaggttggataacattc ctcctcctcatgaataattacgttcccatctccttgtatatcagcatggagcttgcgaag acagtgcaaggccagcaaatgaactgggatattgagatgtaccatgaggagactgacact ccggcactgacacgtacgacgaatctgaacgaggaactgggacagatacaatatatcttt tcagacaaaacagggacacttacacagaacgtgatggaattccgaaaatgcttcattaac accactagttacggatttgggaccacagaaattggaattgctgctgctgctcgtggaacg aacattcaggtggatcaagatccaacggctacagaggcagaaagggacaaggatccgaac aaagctcaatttcacagggatccaaagatagcttttgacgatatcagactgttacagaga catcgtgagggaggcagcgaaggtgaatttattaatgacttcatgagagtactctcagtt tgccataccgttgtccctgaaggcgatcttaccgaccccagcaaaattttgtaccaggct gagtctccagacgaaggtgcgctctctggttttgccaaggctttgggctggttcttttgc gggaggacttcgacgcacacaaccgttgatgtacacggcaagaaagaacagttcgaaatc ctgaatgtgaacaagttcaacagtgcaaggaagcgaatgagtgtggtctgccgaacccct gagggcaagataatgctttactgcaaaggagcagataacgtcatgctcgaacgcattgcg cctaaccaatcacaacgggcgcccatggaatctgccttgacacactatgcaaatgaaggg ctccgtactttggtgttgggcaagaaggaaataccagaaagtgcttgggtagaatggaac aaagtgcaccatgcagcgtcgacggctcttgtggaccgtgatggtgctctggaaagagcc gctgaagatattgagaaagaaatgatcatagtgggagctacggcgattgaagacaagttg caagttggtgtgccagatgccatcgcaacacttgctcaaggcgggataaagatttgggta ttgacgggagacaaacaagagactgcagaaaacattggatttgcttgcaggctgttgaga gatgacatggaaatcaactatatcaatggctcgtcagacgatgaaatcaaaaggcaacta gaccacatacttcagaggaatgacagttatgttggcaaagagacagagcaccttgcattg atcgtggacgggaagtctctccttgttctgatggaggagtcagagctgagccaaaaattg ctcactgttgcaaaaatgtgcaaagctgtgattgcctgtcgtgtcagcccgaatcaaaag cgtgagatcgtgactttggtaaggcgtggcgttcaaccagagccgatgaccttgtcaatt ggagatggtgccaatgatgtgccaatgattatggaagcacatgtgggtgtaggaataagt ggtaacgagggattgcaagcagtcagatcggcggattatgccattgctcaattcagatac ttgaaacgattgatgctcattcatggaagaaataattatcgtagggtggctgaggttgtt ctgtactcattctacaagaacatgacgctagtcacttctctttttctgtataatatctac aatggttggtctggaacagcgatctacgcgagtatcattttgatttgcttcaatgttgca tatacatttctacctataatcttttacgggtttcttgaacgggatgtcaatgatacaact gctctaaagaatcctcaactctacatccctggacagcgcagggagggcttcaacgccact gtgatgttaacatggatgctgaacgcaatcgtgcattgtattttcgtgttcttcctcccc acggcagcgtttgcggcgaccgggatggtggacttgggtgtatacgggaccactgtcatg cattcgcttgtgattgctgtgaatttccggctgtttctcgaagagaattatatttcctgg atctctcatcttgtcatttttgtcagtgttgcgcttttttactttgttgttggcgtagcg tcgaatatgccgttgagcttaacgctgtttgacgtgaatctcttttatggtgttggcaaa atgacattcgaagaagttttgttctacatggccacattgctcacaatcgtagtcgcgaac tcgattgacgttgcaagtttatacattgctaggaacttcttccccacaccgacgcacatc atccaggagcgggagcgaggatacggacgcaatttttacaacacgggtgatgactcagga atggagaacgaggaaaggtccgtgatcttagcgaatgccggatctcccaggtag

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