Malassezia globosa: MGL_1332 Help Entry MGL_1332          CDS       T01043                                  Name (RefSeq) hypothetical protein   KO K06237   collagen type IV alpha Organism mgl  Malassezia globosa Pathway mgl04382   Cornified envelope formation mgl04820   Cytoskeleton in muscle cells Brite KEGG Orthology (KO) [BR:mgl00001]  09140 Cellular Processes   09142 Cell motility    04820 Cytoskeleton in muscle cells     MGL_1332  09150 Organismal Systems   09158 Development and regeneration    04382 Cornified envelope formation     MGL_1332  09180 Brite Hierarchies   09183 Protein families: signaling and cellular processes    04147 Exosome [BR:mgl04147]     MGL_1332    00536 Glycosaminoglycan binding proteins [BR:mgl00536]     MGL_1332 Exosome [BR:mgl04147]  Exosomal proteins   Exosomal proteins of other cancer cells    MGL_1332 Glycosaminoglycan binding proteins [BR:mgl00536]  Heparan sulfate / Heparin   Extracellular matrix molecules    MGL_1332 BRITE hierarchy SSDB OrthologParalogGFIT Motif Pfam:  Sel1 Motif Other DBs NCBI-GeneID:  5855456 NCBI-ProteinID:  XP_001731149 UniProt:  A8PX56 LinkDB All DBs AA seq 1701 aa AA seqDB search MGSRAPVHAEMSMSPTSPSQLSSVSKELPHTFQRSGLSSNGPAQQALTRVGSSQSPPAIK PVLSPTQAPSSNSLLPTTTPGSLSTLVRPNDGASGPNGQESFSNARPVLQPTSPTSVGPS VRPSLHQPLLPASSSSASAAHSTMISPLSQASPSNGKAPEGKTLTHTDLAPLNLKDLDDK SVSGTPNGSSLSPTPLPFLERLSTIQPQIPNPLANKDTETRKVPNGTFQSEGSSVDESQP LVNSPTGDDDRLLDHRHLQPGETVSLLSHKKTLDMYRENAKKTNDPQLNYELAIFMLDVS RSLEFSEQILSRGQDPAAEREHLAKEAVNLLRRLADRGHVESQYLVGDCFMNGYGLSKGR PDLGLAYSYFTQAGKRGHPDAAYRAGTCYEKGWGCRRDQAKAVQFYKMASSRKHPGAQYR LGTAELNGELGLKRSAREGVKWLKRSAENATPEFPHALHELALLHEKGIYNVLFVDYEYS CELLAQAVEMGYAPSAYKLGVNYEYGRMGCPQDSGLSIHMYNIAAQQNHKEACFALTAWY LVGAPGILPQSDTEAYLWAKRAAEQGLAKAEYACGYFSENGIGTARDLSEAKGWYQRAVE HGDSRASSRLNTLSGYTAKQVGSAPDESATRNQPKAIPVQPLSAPFPSAAPMSTMRTLGV LNYPTPKAMRETQAVQRDLHQQALVAAIEERDRSRSDLSSPQGGSFFGPGWQAGRLPNKP FSPSQPPKEGGKPMNLIAAGPRAGFPKPPTPPPPEPEPEPEPEPDAAQAGGKHRLKARVF RFGRKNKSDKGAELPEQAEGEVPASSSAPNVGIAADGPLSPTTTQEATLVQSDGSNPVSP TSPPPPGQLAITSKPEGELDNGNKPNGPSQALSLLPRPPGQRPGAPLQPETKPQETSQQG QAQSKKPNETEPKDVEPFIGEKPKEESSSKPGFSLFGLGKKNKNKGSEKSSAREDDSKAN KESRLPPSDSSAVASPGLKGQQVGSDTTTSPKLEPQDASKTSAQQKSVNPSQSPQGLQPS GSTATWTQSNSSGPPVLAGFAPGRPPLRPQQGMPGHAKPGSPLEGPRQAMPGSLVPGHPS SEHKPVGPTPISPAHPPDQLGGPQHGTSHGNFSGPLPAAHQQGANAHSTSGPSLNGPQQS AGSIVALRPPNVPPSSSHAPNHTPSTRSLAETQPVVPVNATPVRPSSGPVVRGSYESTDD SRSVGNLQPNPIGSTGHPRPASNGRPGVPAGLVPARPSIGTSSGMQGTHNAGRLTSMNSR SSMPNPTMSGQPTASSTPTDVSHEQARMSMPNNMLQLRPVSPSRPPAALQPSTQTPQRPG NPSVLTASGQPHVLRSPGPQSPSSPTPTHQEPGHRPLIRPQQARPSPGSPPPSMMPGRPP VGPGGPVSPQAGPRQQQPLSQNQGVMPTRPNFPPHPNMAGLNGQSSPRGTPQPHLHPGRI PPSSSHSYVRPPSAMPPPSMQPGSASPPGRMPAQLHSGRPMNVQSRGLGENQPISMQALM PGQSYSGGNPSIPPGMSSQQAGRPSAQMGRPPTAIMPPNQLPGRPIPPNSAPGMNPSFPN HPGTLNPTRPSMPSAVAPGMQSGHMVPGQVRPGVPGLPQSGGPPASHNARPWAMSSPVRP VENNTIRPSGPGSPPHGTGAARSMLGSPNSVGTDIDKFEDAPSAEIAQGPPGAGGGMSSP IKPDPNMAGDKNARRKFLGII NT seq 5106 nt NT seq  +upstreamnt  +downstreamnt atggggagccgcgcacccgtacatgcagagatgagcatgtctcctaccagtccatcccaa ttatcttctgtcagtaaagaattgccacatacttttcagaggtcgggattgtcatcaaat ggtccagcacaacaagctctcaccagagttggatcttcgcagtcgccacctgccatcaag ccagtgttgtcaccaacacaagctccatcgtctaacagtttacttccaacgacgacgcct ggctctttgagtacgctagttcgtccaaacgatggtgcttctgggcctaatggtcaagag tcgttctcgaatgcgcgtccggtgttgcaaccaacgagtcctacctcggttggtccgtca gtccggccatctcttcatcagcctcttctgccagctagctcatccagcgcttcggctgct cactcaaccatgatctcaccactatcgcaagcttctccttcaaacggtaaagctcctgaa ggaaagactcttactcatacggacttggcgccacttaatttaaaggacctggatgataag agtgtttcgggaactcccaatggcagttccttgtccccaacccctcttcctttcttagag cgtctctcaacgattcagcctcaaattccgaatccgctagccaacaaagacaccgaaacg cggaaggtcccgaatggcaccttccaatcagaaggttcttctgtggatgaatcgcaacct ttggtaaattctccaacgggagacgacgatcgtctgcttgatcatcgacatctccagcca ggtgaaacggtttcactacttagtcacaaaaaaacattggacatgtatcgtgaaaatgcg aagaaaacgaatgatccacaactcaattacgagcttgcaattttcatgcttgacgtaagc cgctctcttgaattttctgagcagatactgtcaaggggacaagatccggcagctgagcga gaacatttagccaaagaggccgttaacttgcttcgccggcttgctgaccgtggtcacgtt gaaagtcagtatcttgttggtgattgcttcatgaatggttacggtttatccaaggggcgt ccagatctcggcctggcttattcgtattttactcaggcaggtaaacgcggacaccccgat gctgcttaccgtgctggtacatgttatgaaaaaggatggggatgccgccgtgatcaagca aaagctgttcaattttacaagatggcctccagtcgtaaacatccaggcgctcaatatcga ttaggcactgctgagctgaatggcgagctgggtttaaaacgcagcgcacgagagggtgtt aagtggctcaaacgcagcgcagagaatgctacaccagaatttccacatgctttacatgaa ctggcgcttctgcatgaaaaaggcatctacaacgtactgttcgtcgactacgagtacagt tgtgagttgcttgcgcaagccgttgaaatgggctatgcgcccagtgcttataagctgggt gtcaactacgaatatggacgcatgggatgtcctcaggatagtggtcttagcatccacatg tacaacattgctgcgcaacaaaaccacaaagaagcatgttttgcactaacggcttggtat cttgtgggagccccaggaattttacctcagagtgacacagaagcatatttgtgggccaaa cgtgcggcggagcaggggcttgccaaggccgagtatgcctgtggatatttctcagaaaat ggtattggcaccgccagggacttatctgaggccaagggatggtatcaaagggctgttgag catggtgattcgcgagcaagcagtcgactcaacacactatccggttataccgcaaaacaa gtgggatccgcgcctgacgaatcagctacaagaaaccaacccaaggccattcctgtgcaa ccactcagtgcaccatttcctagtgctgctcccatgagtaccatgcgcactctgggtgta ttgaactatcctacgccgaaagctatgagagaaacccaagcggttcagcgtgatttgcat caacaagcccttgttgcggccatagaagagcgtgatcggtcaagatcagacttgtcctcg ccgcaagggggctcgttctttgggccaggctggcaagcaggccgtttgccgaacaaacct ttctcaccctcacagccgccgaaggaaggtggtaagccaatgaatttgattgcagctggt ccgcgtgccggtttcccgaaacctccgacgccgcctcctccggagccagaaccagagcca gagccagaaccagatgccgcccaagctggaggaaaacatcgtctcaaggctcgtgtgttt cgctttggtaggaaaaataagtctgataaaggcgccgaactccctgaacaggctgaaggg gaggtgccggcctcatctagtgcgccaaatgtcggcatcgctgctgatggaccgctgtct cccacaactactcaggaggcgacactggtgcaatcagatggatcaaatcctgtgtcacct acatccccccctcccccgggacagcttgcgattacttcaaaaccggagggagagcttgac aatggcaataaaccgaacggaccctcacaggccttgtcgctgcttccacgtcctcccggt caacggccgggtgcccctctacagcctgaaactaagccgcaagaaacatctcaacaaggg caggcccagagcaagaagcctaatgaaacggaaccaaaagacgttgagccatttatcggc gaaaagcctaaggaggaatcatcttcaaagcctggtttctcattgttcggtcttgggaaa aagaataaaaacaagggttccgagaaatcgtcggcgagagaagacgatagcaaggctaac aaagagtcgcgattacctccatctgattctagtgctgtagcgtcccctggtctgaaaggc cagcaggttggctccgacactactacaagtccaaagctagaaccccaggatgcttcgaag acgtctgcgcagcaaaaatccgtcaacccttcgcagtcaccacagggtttgcaaccatca ggatcaacagctacttggactcaatccaatagcagcggacctccggttttggccggattt gctccaggtcgcccgccgcttagaccccagcaaggtatgcctggacatgcgaagcctgga agtcccctggaaggtcctcggcaagctatgcctggcagtcttgttccaggtcatccgtcc tctgagcacaagccagtcggacctactcctatcagcccagcacatccacctgatcaactc ggtggtcctcagcatggaactagtcatgggaacttctctggtccgctgccggctgctcat cagcaaggagccaatgcacattcaacttctggtccgtctctaaatggtccccagcaaagt gcaggaagtatcgtggcgctgcgtcccccaaatgtgccgccatcttcttcccatgctcct aatcatacaccttctactcgctcgctcgcagaaacacaacctgttgtgcctgtgaatgca acgccggttcgtccttcctcgggtcctgttgtaaggggctcttatgaaagtactgatgat tctcgttctgttgggaacttacagcctaacccgataggcagcacgggacatccacgacct gcctccaatggtcggccaggtgtaccggcaggactcgtgccagcgcgaccatctatcgga actagttctggtatgcaaggaacgcacaatgcaggccgcctgacgtctatgaactctcga tcaagtatgccaaatccaacaatgtctggacaacccacagcttcctcaacacctacagat gtgtcgcacgagcaggcaaggatgtcgatgccgaataacatgcttcaactgcgtcctgta tctccctcgcgtccaccagcggcgttgcaaccaagcacgcagacacctcaaaggcctggt aatccttcagttttgactgcgtctggtcaaccacatgtacttcggtcaccaggtccacaa agtccatcatcacctacccccacacatcaggaacctggccaccggccgctgataagacca caacaggcacgaccatctcctggtagtcctccgccgagtatgatgccgggtcgcccgcct gtcggacctggcgggcctgtttccccgcaagctggaccgcggcaacagcaacctctttcg caaaaccagggtgtcatgcctacgcggccgaatttcccgcctcacccaaatatggccggc ttaaatggtcaatcgtcacctcgtggtacaccgcaaccgcatttgcatccaggtcgtatc ccgccgtcttcttcgcactcgtatgtgcgaccgccaagtgctatgccgccgccctccatg cagccaggtagcgcttcaccgcctggaagaatgccagcacaattgcattctggtcgccct atgaatgtgcaatcgcgaggtctgggtgaaaatcagccaatttcgatgcaagccctaatg ccgggtcagtcatattccggaggcaatccttctattcctccaggtatgtcgtcccaacaa gcaggacgtccttctgcacaaatgggtcgtcctccgacggcaatcatgccaccgaatcag ttaccagggcgccccattcctcctaactctgcacctggtatgaaccctagtttcccaaat catcctggtactttaaaccctactcgccctagtatgccttcagctgtcgcacctggtatg caaagtggacatatggtgcctggtcaggttcgcccaggtgtccctggtttaccacaatct ggtggccctcctgcctctcacaatgctcgtccatgggctatgtcgtctcctgtgagaccc gtggagaacaacaccattcgaccaagtggaccagggtcaccacctcatggcacgggtgcg gcgagatctatgcttggttcacctaattcggtgggcactgatatcgacaagtttgaagat gctccatcagctgaaattgcacaaggacccccaggtgcaggaggaggtatgtcttccccg attaaaccagatcctaatatggctggcgataaaaatgcccgcagaaaattcctgggtatt atctga

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