- Clone 'cinc033g01' >
- Transcript 'Boleac.CG.SB_v3.S1.g...'
Transcript Model
Transcript Id
Boleac.CG.SB_v3.S1.g00227.01.t
Possible name(s)
ATR; MTOR; SMG1
Gene model
Location
S1 [550,773 / 579,900]
Amino acid sequence
Length: 3,431
>Boleac.CG.SB_v3.S1.g00227.01.p
MQNTRMMKNYKDRRFQTSRSISSESLLWNHIQQVCRREEVLSRRLSSSSQLLDLVSKPNY
KALLSRNLDQALNSLLDVFFERNVEELQNAVASILANIALTLAYDAYPFFQWIIRQFRTI
TNDTVHNFLLKSLNELLIADQKFRYFGKTMGVLVSELQVLLESVDIPEQLSICVDPLLQI
SKSYPETFFKHFRDIVDILVGWHIDHSQSISLTMYCATALQSLRQHWQNDLEFSLNLLNQ
FLEDMEAYAEGIDKLHSDEVNDLVDHPDALLQKSAALLRAFATVVRSIGQPFLANDGTTI
AESFILDLLQRIIICAQLVGNLSLPATCAANECMQLLIAAVHWKGEEMLSETLLTYVVHG
IERSNTEQRLVLALKVVIVMVQEIGSALPTWFVVGLLGPSSRLLPLKYGKNPKVVEELLA
LYQACLSVRNVSLLQTAYKNVVGELQFALNQLIKKLPMPSKTLKIFKGDVFGEENSHTSH
NKPDNELSQPEDDKMLKTVLFDVTALSEIADAKNSIIGMFALSPSIFDLLHTELEIVHGE
LSAFYPRIQYIVLSTLYSHCQRHKNFLSTYVGGSVTQSPVSSNSGTSSVTNMTQRHFPMI
VSLISNLLVKKATSYITKKMLLHWVEEILSNLMEFREGWHVINDPVLLKLLDSLTVLGTN
MADDRCCNIALCFSTVFTIAEDQNSLPFNDSIYKIGLDFLMAHIFSTNKKLREKCFTLLR
KVPVDQVERYFSSSCWQGVTQRAAVVVRPQVADGEKRVAMKYGKEHRVVSHPLILLNIKQ
HWLAKRGQMLRMVPQESNFFSQHFQLVMQRLLNGHFTDKDSSKLERIFWNCHRGGQEPVS
CLDTSVHNDYQFLIWWALWECASFTVSNKLRTPLGSPQDTFQKIEGALREYDQPHAITQI
LKSGLKSNLIPERLSFENQIQGVMQRPHLVLQFLFSLEKLLFNAHSGCVSIVPPTKAVRT
FFSTNRQTCEQWLNRLRLAAMKVSLKAGLYPSAIYHGQKILQDMKVNNNTQAAEFDSAIF
MTVEALIALRSPNTISGLYKWCRDISKSQSVGTVSTSTKQIWSWMKAARNQASSRYEDAI
REYEAILNNMSQKSEDDSAKTSRSGVKAAFLVNQISNCYAMLGDWQSVEKWIKENNNTEG
AKDKSSYSLEYAEALSHFDDSEYKTSFEKCKAALDGIVSQDPKLNGMVKDCLLTWKWSDL
LVASDMRLLQFYMSAESNDKAKYDVEKIRMVAETAIKVFSNSWPINADTNFLSLFSIVNW
IKEETFTPPPVDMFKDPTWFPATERMTRFMLSXYGKDTKKIKNDVVFRYLLSSCKMHRKL
GNFEKCSTVFQKIADRVCNIKAXGALESKSLPSLIGILDQVDGKETSHLWDIKFELSKEL
VAVGCKQEGISLMAGTLLDNLNDGNDVKSASILLSLSKTLQSEWKMVGSSLAGLLGSENC
VEDQISSKFQLLLSHPKIAPAFQHFQNDKQLLSEANADLILGTLQYSATVQDPELAKAWF
VSAGWCYKWGRKILDSTSNMGSVKLTDAEKQQITDILHPHKPTTEHLEVIFDSLSHVYFT
GAAQQDDDIIQQQQGHQTEKSEIIKKRLLTCCNGWLQQLPQQVMDKLLSVWQKICIRPFA
LYQVAADSYFQFLRLSLSQQTKVYDDCTVTTTLRLLRLLAKHALELQKSLERGLKETPTT
PWNGIIPQLFSRLNHPEIYVRQSISDLLCRIAKNAAHLVVYPVVVATTHADQRSRTLFRN
SLQEDKDGINSLGTLTDAGPGFTNESXASDVIFKFGDEERTDRLSNDDPQTESYVNACYH
NVLDALVEENDSMVKDVQLLVWELRRITLLWDELWLGTLNQHHQDVSKRLHQLHDEAKRV
NANHSLSRDEKNAILKEQQQAMMRPVVYSLQRVQRITSAAPETPHEQWFADNMQPLVDQA
MKRLREPPNPHNPNSCWSGFKQLHFQLTNRASKRTSQYLNLREISPKLMDLNATSMPIPG
VSVGEDQVTIQGCSSVVTILPTKTKPKKLQFIGSNCHRFTFLFKGLEDLHLDERIMQFLS
IANKLLRKHHKFSGFAARHYSVTPLGSRSGLIHWVDGATPLFTLYKKWQQRQALLNTNDS
AMPKPILRPSVIYYNKLNPALKKAGVDAEKVSRKDWPADVLKNVLNDLIKETPHDLLQRE
LWCTSTSATKLWDVQQKYACSTAVMSMIGYVIGLGDRHLDNVLIDLETGEVVHIDYNVCF
DKGMQLRVPEKVPFRLTQNVKAALGLTSVEGVFRYVCEQVISTLRKGRETLLTLLEAFVY
DPLVDWTGTIEGGYAGAVYGGGGQGDAAPLSKLSKHDMEREISRSLFSSRVAEMKQGWLE
NRDELEHAVRGYIDELNKYKTFFASHVDIKDKINSIHEIKNLVKSAQSNAHHSLRSLKER
WVQHESQAAKREDAIRNLQEKIHLCESNVQKYKTFLAMLQTPELAGLLGEVSSPLHLGEP
IYQSATTFLNAAGQAAMVTQAQGTEKNLVSFSEQCRLAQHSCIETLTTFAAVAAHFPPTA
VITNHADARWGTFLSDLAEHFTEEKCQVIQNVIKKQMSRDVKMSQVRMAATKDATLQQEV
NDLNKLLMKLLERRSGQLASQNQDWATLENNVAVARNCIVQYVQENGMLGMQSVLSILTL
AFIALSQRGITMERTASSAGHRLVDMTSPDGDWFLEEICGLFGNVIQLLLVGDQVFAAMD
IVSSVSLEGVQAVYSVDACFRSLMDLYNNFRNIILPEAVKLLQCEEPSVMEMVNDFNALV
QREKLDDMAKQLMAVLKNTSEIGNCAEVLAGINQIEKQYSALLHDGRQKPEVLQKMKGDT
NTKLTILQSLLFVKQIQSMHDFFVLCQSNARSFVIDRTAASGSHFPSSKTLYSEERLMKP
VKHFISHFVQDLMIGIPTQLTGLVVCDYVSIIGVDIDAEVNAPMNRPTISIEDACKRVID
EKYAQVSLSKQKMLIYQFNKIWKDFDMAQRLDSNITAVRASLQRSKLQHTRFQWLHEDIL
CETTSVNFNMPRRTDVLIDLRKRTHSMQQLVGVLQQVQDTATSQNKSILQRLKWAAGANP
SLQAVLQDVEKSMQNRNAVMVSEMTLSRKVADLCQTAVTFEESRISVKDCFSGNKGEGEN
ILAKQCMETLKACQETCREMTNNTVRISPLENLLVKILLASSGKRNNLSDDWLTKSVDIL
NSNATQLKQTRQQDESKMTSVKTKLLTITKTTKKLMATQNRLMSDIKSLLKSLAKDDKVE
AQSENAAVVRRFLDDYHTFGGRLNETINSLVQSCEGGVVPDPDPLIQRLQDVLNSVSSIY
NRLLNLGNIVPDERDNPPLVSIVNDEMSKGKSVSEQGDDKSINEATRPDSLAVQNCKMTV
KKKQDPRTGKAIQERNCFAVSVWRQVKAKLDGRDVDFSRRMQISEQVDYVINEATSVDNL
ALMYEGWTAWV
Nucleotide sequence
Length: 11,882
>Boleac.CG.SB_v3.S1.g00227.01.t
GAAAGCTTAACGAACAGTACCAAGGCCTATTATCGTATATATATTGCGAATTCTGAATTT
GTTGTCAAGAATTGAGTAATCATCTTGAATTCTTGATAAGTAAAACGGCAATATCTGCCA
TGCTGGCTGAAGATCTGTTACAAAGTTTTATTCCTGAAAGCTGAATGCAGAACACTCGTA
TGATGAAGAATTATAAAGATCGGCGCTTCCAAACATCCCGATCAATTAGTAGCGAGTCGC
TTCTGTGGAACCACATCCAGCAAGTATGCAGAAGAGAGGAAGTGTTGTCACGACGACTTT
CTTCGTCTTCACAGCTTCTAGATCTTGTTTCCAAGCCCAATTATAAGGCGCTGCTATCTC
GAAATTTGGATCAAGCTTTGAATTCACTGCTGGATGTGTTTTTCGAAAGAAATGTCGAGG
AACTGCAGAATGCTGTTGCAAGCATACTCGCAAATATTGCTTTAACATTGGCTTACGATG
CATATCCATTTTTCCAATGGATCATTCGTCAGTTTCGAACTATCACAAATGATACAGTTC
ACAATTTTCTGCTCAAAAGTTTGAATGAGCTTCTGATTGCTGACCAGAAGTTCCGATATT
TTGGCAAAACAATGGGAGTTCTTGTTAGCGAACTTCAAGTCTTACTGGAAAGTGTTGACA
TACCTGAGCAATTATCGATTTGCGTGGATCCACTTCTGCAAATTTCCAAGAGCTATCCAG
AGACTTTCTTCAAGCATTTCCGTGATATTGTGGATATACTTGTCGGTTGGCATATTGATC
ATTCTCAAAGTATATCACTGACCATGTACTGTGCAACCGCATTGCAAAGCTTACGTCAAC
ATTGGCAAAATGATCTTGAATTCTCATTAAACTTGTTAAATCAATTTCTTGAGGACATGG
AAGCTTACGCTGAGGGCATAGATAAACTGCATTCTGATGAGGTGAATGACTTGGTGGATC
ATCCTGATGCTCTGCTACAGAAAAGTGCAGCTTTACTGCGTGCCTTTGCGACTGTAGTAC
GAAGTATCGGACAACCCTTTCTAGCCAATGATGGAACAACCATCGCAGAATCGTTCATTC
TTGATCTCCTCCAGAGAATCATAATCTGCGCTCAACTTGTTGGGAATTTATCACTGCCCG
CCACATGTGCTGCCAACGAATGCATGCAATTATTGATAGCAGCTGTGCATTGGAAAGGAG
AGGAGATGCTATCAGAAACATTGCTGACATATGTCGTTCATGGAATTGAGCGCTCGAATA
CTGAGCAAAGATTGGTGTTGGCTTTGAAGGTGGTGATTGTGATGGTGCAAGAAATCGGTT
CTGCTTTACCTACGTGGTTTGTTGTTGGTCTGCTTGGTCCAAGTTCTCGGCTCCTACCAT
TGAAATATGGAAAGAATCCCAAAGTGGTAGAGGAACTTTTAGCACTCTATCAAGCATGCC
TGTCTGTGAGAAATGTTTCATTGCTTCAAACAGCCTACAAAAATGTTGTTGGAGAACTAC
AGTTTGCTCTAAATCAGTTGATTAAAAAGTTGCCGATGCCATCCAAGACATTGAAAATAT
TCAAGGGAGATGTATTTGGAGAGGAGAATTCTCACACGTCTCACAATAAACCAGATAATG
AACTTTCTCAACCGGAAGATGATAAGATGTTGAAAACTGTCCTTTTTGATGTGACTGCCC
TCTCCGAAATTGCGGATGCAAAGAATTCCATTATCGGGATGTTTGCATTGTCTCCAAGCA
TTTTTGATCTATTGCACACAGAGTTGGAAATTGTACATGGAGAACTGTCTGCCTTCTATC
CGCGTATCCAGTACATTGTGCTTAGTACATTGTATTCTCATTGTCAGCGCCACAAGAACT
TTCTCAGTACTTATGTGGGTGGATCGGTTACACAATCTCCAGTATCAAGCAACTCCGGCA
CATCATCTGTCACAAATATGACTCAGCGACATTTTCCAATGATTGTGTCACTAATTTCAA
ATTTGCTTGTCAAGAAAGCGACATCCTATATCACTAAGAAGATGCTGCTTCATTGGGTGG
AAGAGATCTTGTCAAACTTGATGGAATTCAGGGAAGGCTGGCATGTCATAAATGACCCAG
TTTTGCTGAAGCTTTTGGATTCTTTAACTGTACTGGGGACAAATATGGCGGATGACAGAT
GTTGTAACATCGCGCTTTGCTTTTCTACTGTCTTCACAATCGCTGAGGATCAAAATTCAT
TGCCTTTCAACGATTCGATCTATAAAATTGGGTTGGATTTCCTCATGGCTCATATCTTCA
GTACAAACAAAAAGCTTCGGGAGAAATGTTTTACTTTGCTGAGAAAAGTTCCTGTGGATC
AAGTAGAAAGATATTTTAGCTCATCGTGTTGGCAGGGAGTGACGCAACGAGCGGCAGTGG
TTGTCAGGCCTCAGGTTGCAGATGGTGAAAAACGTGTAGCAATGAAATATGGCAAAGAAC
ACAGAGTGGTTTCTCATCCATTGATTCTGTTGAATATCAAGCAACACTGGTTGGCAAAAC
GAGGACAAATGCTGAGGATGGTTCCACAAGAAAGCAATTTCTTTTCGCAACACTTCCAAC
TAGTTATGCAGCGATTACTGAACGGCCACTTCACTGACAAGGACTCATCAAAATTGGAAA
GAATATTCTGGAACTGTCATCGTGGAGGTCAAGAACCGGTCAGTTGTCTTGACACGTCTG
TACATAACGACTATCAATTTTTAATCTGGTGGGCTTTGTGGGAGTGCGCTTCATTCACTG
TGTCCAACAAATTGAGGACGCCACTAGGCAGTCCACAAGATACATTCCAAAAAATTGAGG
GTGCACTGAGAGAGTATGATCAGCCTCATGCCATAACGCAAATTTTGAAAAGCGGACTGA
AAAGTAACCTGATACCGGAAAGGCTGTCATTTGAAAATCAAATTCAAGGAGTGATGCAAA
GACCCCATCTTGTTCTTCAGTTTCTGTTTTCATTAGAAAAATTGCTGTTCAATGCTCATT
CTGGCTGTGTCTCCATCGTACCTCCAACAAAAGCTGTGCGTACTTTCTTTTCAACAAATC
GTCAAACCTGTGAGCAATGGTTGAATCGACTTCGACTAGCAGCAATGAAAGTATCGTTAA
AGGCCGGACTGTATCCGTCTGCTATATACCATGGGCAGAAAATTTTGCAAGATATGAAAG
TTAACAACAATACCCAGGCTGCTGAATTCGATTCTGCAATTTTTATGACTGTGGAAGCTC
TGATCGCATTGCGATCTCCCAACACGATTTCTGGATTATACAAATGGTGTCGTGACATCT
CCAAATCACAGTCTGTCGGCACCGTGTCTACTTCAACAAAGCAAATTTGGTCTTGGATGA
AAGCTGCAAGAAATCAAGCAAGTTCAAGATATGAAGATGCTATTCGAGAATATGAAGCCA
TCCTGAACAATATGTCACAGAAGTCTGAAGATGATTCAGCGAAGACTTCACGGTCTGGAG
TGAAAGCTGCGTTTTTGGTGAACCAAATTTCAAATTGTTATGCGATGCTGGGTGATTGGC
AGTCTGTGGAAAAATGGATTAAAGAAAACAACAACACAGAAGGAGCCAAAGATAAGTCGT
CGTACAGTCTGGAATATGCAGAAGCACTGAGTCATTTTGATGATTCGGAGTACAAGACTT
CATTTGAAAAATGCAAGGCGGCATTAGATGGCATCGTAAGTCAAGATCCAAAGTTGAACG
GCATGGTCAAAGACTGTTTGCTTACTTGGAAATGGAGTGATCTGCTTGTTGCTAGTGATA
TGAGATTGCTGCAATTTTATATGAGTGCCGAGTCTAATGACAAGGCGAAATACGATGTGG
AGAAGATACGAATGGTTGCGGAAACTGCTATTAAAGTATTTTCAAACTCATGGCCAATTA
ATGCAGACACAAACTTTCTTTCGCTCTTCAGCATTGTTAATTGGATTAAAGAAGAGACTT
TTACTCCACCTCCTGTTGATATGTTCAAAGATCCTACATGGTTTCCNGCCACTGAAAGAA
TGACGAGATTTATGTTGAGCNGTTATGGCAAAGATACTAAAAAGATCAAAAATGATGTTG
TGTTCCGGTATCTACTTTCATCTTGCAAGATGCATCGCAAGCTNGGTAATTTTGAAAAAT
GCTCAACTGTTTTCCAGAAGATTGCAGATAGGGTTTGCAACATCAAGGCAAANGGTGCTT
TGGAGTCCAAAAGCTTGCCTTCTTTAATTGGAATATTGGATCAAGTTGATGGGAAGGAGA
CCAGTCACTTGTGGGATATCAAATTTGAACTCTCCAAAGAATTGGTGGCGGTTGGATGTA
AGCAAGAAGGGATCAGCCTCATGGCAGGCACATTACTTGATAATCTGAATGACGGCAATG
ATGTGAAAAGTGCATCCATTCTTCTCTCCTTGTCGAAAACCTTGCAGTCTGAATGGAAGA
TGGTCGGATCATCGTTGGCTGGCTTGCTAGGATCTGAGAATTGTGTGGAAGATCAGATTT
CATCCAAGTTCCAACTCTTGCTCAGTCATCCCAAGATCGCCCCTGCATTTCAACACTTTC
AAAATGACAAACAACTTTTATCGGAAGCAAATGCGGATCTTATTCTGGGGACTTTGCAAT
ATTCAGCTACTGTGCAAGATCCAGAACTTGCCAAGGCATGGTTTGTATCTGCAGGCTGGT
GTTATAAATGGGGCAGGAAAATATTGGATTCGACTAGTAACATGGGATCAGTGAAACTGA
CAGATGCCGAAAAACAGCAAATAACAGACATCCTACACCCTCATAAGCCAACGACTGAAC
ATTTGGAAGTTATCTTTGATAGTTTGAGTCATGTATACTTCACTGGAGCTGCTCAACAAG
ACGACGATATCATTCAGCAGCAACAGGGACATCAAACTGAAAAGTCTGAAATTATCAAGA
AAAGACTGCTTACTTGTTGCAACGGCTGGTTGCAACAGTTACCTCAACAAGTTATGGACA
AATTACTTTCAGTGTGGCAGAAAATTTGTATTCGACCATTTGCATTGTATCAAGTTGCGG
CTGATAGTTATTTCCAGTTTTTGCGACTGAGCCTCAGCCAACAGACGAAAGTTTATGATG
ATTGTACTGTCACTACNACTCTTCGATTGCTCCGTCTTCTTGCCAAACATGCTCTTGAGC
TTCAGAAATCTTTGGAGAGGGGCCTGAAGGAGACACCGACAACACCATGGAATGGAATCA
TACCACAGCTTTTCTCCCGCTTGAATCATCCAGAGATATATGTGCGGCAGAGTATCTCCG
ATTTGCTTTGCCGTATTGCAAAAAATGCTGCTCATCTTGTGGTATATCCAGTGGTCGTTG
CCACAACTCATGCGGATCAAAGGTCACGTACCTTGTTTCGAAATTCACTGCAAGAGGATA
AGGATGGCATCAACTCTCTTGGTACTTTGACCGATGCTGGTCCTGGTTTCACGAATGAAA
GTATNGCATCGGATGTGATCTTCAAATTCGGCGACGAAGAACGAACAGACCGGCTTTCAA
ATGATGATCCACAAACTGAAAGCTATGTGAATGCATGCTATCACAATGTACTCGATGCAC
TGGTAGAGGAAAATGATTCTATGGTGAAAGATGTACAATTACTGGTTTGGGAACTGAGAA
GAATTACGTTATTGTGGGATGAACTGTGGCTAGGCACTTTGAATCAACATCACCAGGATG
TTAGCAAGCGTCTTCACCAATTACATGATGAAGCAAAAAGAGTGAATGCAAACCACTCAT
TATCAAGGGATGAGAAGAATGCTATCTTGAAAGAACAACAGCAAGCGATGATGCGACCGG
TAGTATATTCACTTCAAAGAGTACAGCGCATCACCAGCGCAGCTCCAGAGACCCCACATG
AGCAATGGTTTGCAGATAACATGCAACCTTTGGTTGATCAAGCCATGAAACGACTGAGAG
AACCTCCNAATCCACACAACCCGAATTCTTGCTGGTCTGGATTTAAACAGCTCCATTTTC
AACTCACCAATCGGGCTAGCAAACGGACATCTCAATATTTGAATTTGAGAGAAATCAGTC
CTAAGCTNATGGACTTGAATGCGACTAGTATGCCGATTCCAGGAGTATCTGTAGGTGAAG
ATCAAGTGACAATACAAGGATGCAGCAGCGTTGTTACTATTCTACCGACTAAAACAAAGC
CAAAGAAACTACAGTTTATTGGATCAAACTGTCACCGCTTTACTTTCTTATTCAAGGGTC
TTGAAGATCTCCATCTTGATGAACGAATCATGCAATTCCTTTCCATTGCCAACAAGCTGT
TGCGGAAACATCACAAGTTCTCAGGTTTTGCCGCTCGTCATTACTCTGTGACTCCTTTGG
GATCCCGTTCTGGACTTATTCACTGGGTTGATGGAGCAACACCGCTGTTTACCTTGTACA
AGAAATGGCAGCAAAGACAGGCTCTGCTTAATACAAATGACTCAGCAATGCCAAAACCGA
TCCTTCGGCCGAGTGTAATATATTACAACAAACTCAATCCAGCCTTGAAAAAAGCTGGTG
TAGACGCTGAAAAAGTCAGTCGAAAGGATTGGCCTGCAGATGTATTGAAGAATGTACTCA
ATGATTTGATCAAGGAAACACCACATGATTTGCTACAGAGGGAGTTGTGGTGCACCTCTA
CAAGTGCAACAAAACTGTGGGATGTCCAACAGAAATATGCGTGCTCCACAGCGGTGATGT
CAATGATTGGATACGTTATTGGACTTGGCGACAGACATTTGGATAATGTACTTATTGATT
TGGAAACTGGAGAAGTTGTACATATTGACTACAATGTTTGCTTTGATAAAGGAATGCAAC
TTCGAGTGCCTGAAAAGGTCCCATTTCGGCTTACTCAAAATGTGAAAGCNGCACTCGGAT
TGACTTCAGTTGAAGGAGTGTTTAGATATGTGTGCGAACAGGTTATTTCTACATTGAGAA
AAGGAAGAGAGACTCTTCTCACGTTGTTGGAAGCATTTGTCTATGATCCACTTGTTGATT
GGACTGGCACTATTGAAGGTGGTTATGCTGGAGCTGTTTATGGTGGTGGTGGTCAAGGTG
ATGCGGCTCCACTCAGCAAACTGTCTAAACATGACATGGAAAGAGAGATATCGAGGAGTT
TGTTTTCATCTAGAGTGGCTGAAATGAAGCAAGGCTGGCTGGAAAACCGTGATGAACTGG
AACATGCTGTACGTGGATATATTGATGAGCTCAACAAGTACAAAACATTCTTTGCTTCAC
ATGTTGATATCAAAGATAAAATCAATAGCATACATGAAATCAAAAACCTCGTCAAGTCAG
CTCAGTCGAATGCTCACCATTCGCTCCGTTCTCTTAAAGAACGGTGGGTGCAACATGAAT
CACAAGCAGCCAAGCGAGAGGATGCTATCAGAAATTTGCAGGAAAAGATTCATTTGTGTG
AGAGCAATGTTCAAAAATACAAGACCTTTCTGGCAATGCTTCAAACTCCAGAACTTGCTG
GACTTTTGGGAGAAGTTTCTTCTCCTTTACATCTCGGAGAACCTATCTACCAATCAGCAA
CCACGTTTCTTAACGCAGCTGGGCAGGCAGCTATGGTGACACAAGCACAAGGGACGGAAA
AGAATCTTGTATCATTCAGTGAACAGTGCAGATTGGCACAGCATTCCTGTATTGAGACTC
TGACTACTTTTGCGGCTGTTGCGGCACACTTTCCTCCAACTGCTGTGATTACCAATCACG
CCGATGCAAGATGGGGAACATTCCTTTCAGATTTGGCTGAGCATTTCACTGAAGAAAAAT
GTCAAGTGATTCAGAATGTTATCAAAAAGCAAATGTCTAGAGATGTGAAAATGTCGCAGG
TTCGAATGGCGGCAACGAAAGATGCTACTCTACAGCAGGAAGTAAATGATTTGAATAAGT
TGCTCATGAAACTCCTTGAACGTCGTAGTGGGCAACTGGCATCTCAAAATCAAGATTGGG
CGACACTCGAGAACAATGTTGCAGTTGCAAGAAATTGCATCGTTCAATATGTCCAGGAGA
ACGGAATGTTGGGAATGCAGAGTGTGCTCAGTATATTAACATTAGCGTTCATCGCGTTGT
CACAACGTGGCATCACCATGGAAAGAACAGCTTCTAGCGCAGGGCATAGACTTGTGGATA
TGACTTCTCCTGATGGTGACTGGTTTCTTGAAGAAATTTGTGGATTATTTGGTAATGTCA
TTCAGTTACTGCTTGTGGGGGATCAAGTTTTTGCAGCTATGGACATTGTATCATCTGTCA
GTTTGGAAGGAGTGCAAGCTGTGTACAGCGTCGACGCATGCTTCAGGAGCTTGATGGATC
TTTACAATAATTTCCGCAACATCATACTTCCGGAAGCGGTGAAGCTGCTGCAGTGTGAAG
AACCATCAGTTATGGAAATGGTCAATGACTTCAATGCATTGGTTCAAAGGGAAAAGCTTG
ATGATATGGCAAAACAGCTTATGGCTGTATTGAAGAATACCTCAGAGATAGGCAACTGCG
CAGAAGTTCTGGCCGGTATTAATCAGATTGAGAAACAGTATTCAGCACTCCTGCATGATG
GAAGACAGAAGCCTGAAGTTCTACAGAAAATGAAAGGAGACACAAATACTAAGCTGACAA
TTCTGCAGAGCTTGCTTTTTGTGAAGCAGATCCAATCGATGCATGATTTTTTTGTTCTGT
GTCAATCCAATGCAAGATCATTTGTCATTGATAGAACTGCTGCTTCAGGCTCTCATTTTC
CGTCGTCAAAAACTTTGTACTCTGAGGAACGTTTGATGAAACCGGTGAAGCATTTCATAT
CTCATTTTGTACAAGATTTGATGATCGGTATTCCAACTCAGCTCACTGGCCTTGTTGTCT
GCGATTATGTTTCTATCATTGGTGTGGATATTGATGCTGAAGTCAATGCCCCCATGAATC
GGCCGACTATATCAATCGAGGATGCATGTAAAAGGGTCATCGATGAGAAATATGCTCAGG
TGTCGCTATCCAAGCAGAAAATGCTCATTTATCAGTTCAACAAGATCTGGAAGGATTTTG
ATATGGCACAGCGTCTCGATTCTAACATCACGGCAGTTCGAGCTAGCCTGCAACGTAGCA
AGTTACAACATACTAGATTTCAATGGCTGCATGAGGACATACTATGTGAAACCACATCTG
TCAATTTCAACATGCCTAGAAGAACAGATGTTTTGATAGATTTGAGAAAACGCACACATT
CCATGCAGCAATTGGTCGGAGTATTACAACAAGTACAGGATACTGCTACCAGTCAAAACA
AGTCCATCTTGCAAAGACTCAAATGGGCAGCCGGAGCCAATCCTAGTCTACAAGCTGTCT
TACAAGACGTTGAGAAGAGCATGCAGAATAGGAATGCTGTGATGGTCAGCGAAATGACAT
TGAGTCGAAAGGTTGCGGATCTGTGCCAAACAGCAGTTACATTTGAAGAAAGTAGGATCT
CTGTCAAGGATTGCTTCTCTGGAAATAAAGGAGAAGGAGAGAACATTTTGGCTAAACAAT
GCATGGAGACTCTGAAAGCGTGTCAGGAAACATGTAGGGAAATGACCAACAATACTGTAC
GGATATCACCTTTGGAAAACCTTCTTGTCAAGATTCTACTTGCTTCATCTGGTAAGAGAA
ATAATTTGAGTGATGACTGGTTGACGAAATCTGTGGATATTCTCAATTCAAATGCAACAC
AATTGAAGCAAACTAGGCAACAGGATGAAAGTAAAATGACATCAGTTAAGACGAAGCTCT
TGACTATTACAAAAACAACAAAAAAGCTCATGGCGACACAAAACAGATTGATGTCCGACA
TCAAATCTCTGCTGAAATCTCTAGCAAAGGATGATAAAGTCGAGGCGCAGTCTGAAAATG
CGGCAGTCGTTCGAAGGTTTCTTGATGATTATCATACGTTTGGGGGAAGGTTGAATGAAA
CCATCAATTCTTTGGTGCAGAGTTGTGAAGGGGGCGTAGTACCAGACCCTGATCCATTGA
TACAACGTTTGCAGGATGTATTGAATTCTGTGTCCAGCATATACAACCGTCTACTGAATC
TGGGCAACATTGTTCCTGATGAAAGGGATAATCCACCTTTAGTTTCGATTGTGAACGATG
AGATGTCGAAAGGGAAATCGGTGTCGGAACAGGGTGATGATAAGTCCATTAATGAAGCCA
CAAGACCTGACAGTTTGGCGGTACAAAATTGTAAGATGACAGTGAAGAAGAAGCAAGACC
CAAGAACTGGAAAAGCTATCCAGGAAAGAAACTGCTTCGCTGTCAGTGTGTGGAGGCAGG
TGAAGGCCAAGCTTGATGGAAGGGACGTCGATTTCAGTAGAAGAATGCAGATATCAGAAC
AGGTGGATTACGTTATTAACGAGGCAACATCTGTTGATAACTTGGCACTCATGTACGAAG
GATGGACTGCCTGGGTCTGATTTGTTCTGCATGATCAACCATCTCAGCGAAGATGCGTGA
TGATATAAGGAAAAAAGCTATGCTATCAGCGAATACCTACGTCTGGATTTCATATTCAGG
CTCTATAAAAGGCTCCTATCTCAAGTCTCTCTATCTCTCTCTCACTCTCACAGCCTAGGA
TGNTGACAGAGATCAAAGGAAAAAGAAAGTGTTTCTTCTGCAACATAACGGTCAATATAT
TTAGAAAGCAAATTGACAACGAAGATATAGCAGAAAATTGGGCTTCAGTGTGAGAGAGAA
AGAGATTTTTCCATCAAAATTTGCTGTCAGAGGAGGAACGGTCACTTTGTGTGAATGGAC
ATTGGGTAATGGGTATCTAAAATTTGCCATCTACCATCCCAATTTTAATGTCCATATGTC
TGCGTGTTTTACGTGGTGATCGTTTTTTTGCAATAACATTCTAAATCGTTAACCTTCCGG
AACATGAAGATTTGTATTATCATGACATAGGCCATGGCGTTTTAGGCTGTGCTGATTCAT
TGAGGAGAAACAAGAAGGTTGGAGAGGCCTTCAAAGTTTGAAATATGAATCCTTTATTAC
ATGAAAATGAACTGTTGGTGGTTAAAAATAGGGTTTTTGATTTCATTTTAATGTGTAAAT
AGGTAGACGGAGAGTAACAGTACGTACTGCAACTCTTCTCTGCATAGGTTCATGCATTTT
AGATGCCCACCTCATGTTGTGGACATAAGGTAGGTGTAATGCAGTAACAAATTGAATCGC
CAAGATGGCTATGTTCAAAGTCGCGTAACGACTTGCATGTTGCCTAATTTAGAATTGTAA
GTGCCATGGGTGGGGTTTTGGTCATAATTTTTTCAAGTTGATGGCTGATGTTTCTGGCAC
TTCTCGTGTTTCTGTGAATATCTCAGTATTTTGTTGTTTTCGTTGTCATGTCAAGCATTA
TTTAATGTCGGATTGGAGTCCTTAGATCATCCACTTATGTTATGTTGCATTCGTAGGATA
TGTGTACCGTATGTTGCTGCATGTGTCGGCGAGGCTAAAGTAAACACATGCTAGAGGCGC
CTGCTCAAAACATACTAATTGTAAAACTGGCCGACTCGATGCCTCAACTGGTGTTTCATT
TCTAGTTTGGCAATCTGTCTTTCATTGTCAGCTAAGCTCATGACCCTGTAGGAATGAGTT
AAAACGTTAGTGTATTAACATGATAATATTAGTGTAGGCTTGAAGGCTGTGCTGTTTGTT
GCTTGGTAGTGACCATTATGGCAGCACTGCGCAACTTGGTGTTTTGAAAGAGTAATTACA
CTCACTTTGTACATAATTAAGCATGCGGCTTTGAATGTAATCATATGATTTAGGCCAGCA
CCTCACTACATGGAATTAACCAGCGTGTGTGTGTGCTCGATCTCATGTAAATAAAATATC
TG
| SUPERFAMILY |
ARM-type_fold (IPR016024) - T[41-362] 5.18E-6 - T[409-457] 5.18E-6 - T[491-608] 5.18E-6 - T[659-720] 5.18E-6 - T[1023-1095] 9.21E-6 - T[1142-1255] 9.21E-6 - T[1395-1460] 9.21E-6 - T[1579-1612] 9.21E-6 - T[1644-1722] 9.21E-6 - T[1794-1807] 9.21E-6 |
| Pfam |
SMG1 (IPR031559) - T[519-735] 5.7E-34 - T[775-1146] 6.8E-82 |
| ProSiteProfiles |
PIK_FAT (IPR014009) - T[979-1729] 6.771 |
| SUPERFAMILY |
Kinase-like_dom_sf (IPR011009) - T[1933-2094] 1.33E-73 - T[2152-2288] 1.33E-73 |
| ProSiteProfiles |
PI3/4_kinase_cat_dom (IPR000403) - T[2019-2342] 36.671 |
| Pfam |
PI3/4_kinase_cat_dom (IPR000403) - T[2019-2287] 3.2E-50 |
| SMART |
PI3/4_kinase_cat_dom (IPR000403) - T[2020-2341] 6.5E-42 |
| Gene3D |
PI3/4_kinase_cat_sf (IPR036940) - T[2144-2293] 4.0E-30 |
| ProSitePatterns |
PI3/4_kinase_CS (IPR018936) - T[2181-2201] . |
| ProSiteProfiles |
FATC_dom (IPR003152) - T[3399-3431] 14.595 |
| SMART |
FATC_dom (IPR003152) - T[3399-3431] 2.4E-12 |
| Pfam |
FATC_dom (IPR003152) - T[3401-3430] 1.1E-10 |
| Protein Name | Identity | Bit Score | e-value |
|---|---|---|---|
| MTOR_HUMAN | 29.495 % | 214 | 4.12E-55 |
| ATR_HUMAN | 34.462 % | 179 | 2.07E-44 |
| SMG1_HUMAN | 36.272 % | 1337 | 0 |