KEGG   Fusarium vanettenii: NECHADRAFT_34931
Entry
NECHADRAFT_34931  CDS       T01612                                 
Name
(RefSeq) hypothetical protein
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
nhe  Fusarium vanettenii
Pathway
nhe04113  Meiosis - yeast
nhe04136  Autophagy - other
nhe04138  Autophagy - yeast
nhe04139  Mitophagy - yeast
Brite
KEGG Orthology (KO) [BR:nhe00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    NECHADRAFT_34931
   04136 Autophagy - other
    NECHADRAFT_34931
   04139 Mitophagy - yeast
    NECHADRAFT_34931
  09143 Cell growth and death
   04113 Meiosis - yeast
    NECHADRAFT_34931
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:nhe01001]
    NECHADRAFT_34931
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:nhe04131]
    NECHADRAFT_34931
Enzymes [BR:nhe01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     NECHADRAFT_34931
Protein kinases [BR:nhe01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   NECHADRAFT_34931
Membrane trafficking [BR:nhe04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    NECHADRAFT_34931
   mTORC2 complex
    NECHADRAFT_34931
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom HEAT HEAT_EZ FATC HEAT_2 Cnd1 Adaptin_N UME Sec7-like_HUS IFRD Baculo_PEP_C
Other DBs
NCBI-GeneID: 9673971
NCBI-ProteinID: XP_003041544
JGI: 34931
UniProt: C7ZJD6
Position
3
AA seq 2425 aa
MAQAQQVALERLEYITRGLRSRSGDDVRKRSAIQLRELVVVCHRDLSPEQFLAFYNAVNN
KITHLITHGNDSSERLGGIYALDALIDFEGVDMSAKYTRFTQNLKTILRGKDINPMQPAA
IALGKLCRPGGSLISELVDSEVNTALEWLQNDRVEERRYSAVLVLRELARSAPTLMYQYI
PTIFDWIWVGLRDSRQLIRATSAETVSACFRILRERDQEMKQLWMSKIYNESKQGLKVNT
VESVHGSLLVLKELLEQGAMYMQEHYQQACDIVFKHKDHRDPTIRKTVVLLIPDLASYSP
ADFAHTWLHKFMVYLSGMLKKDKERNDAFLAIGNIANSVKSAIAPYLDGVLIYVREGLSI
QSRKRGSVDPVFDCISRLAVAVGQTLSKYMEALLDPIFACDLTPKLTQALVDMAFYIPPV
KPTIQERLLDMLSVVLCGEPFKPLGAPQPNTLNSVPIIPKDAKDPLAYEHRRAEVKLALN
TLGSFDFSGHVLNEFVRDVAIKYVEDEDPEIREAAALTCCQLYVRDPIVNQTSYHALQVV
GDVIEKLLTVGVSDPEPTIRRTVLAALDERFDRHLAKAENIRILFFALNDEVFSIREVAI
SIIGRLARYNPAYVIPSLRKTLIQMLTELEFSDVARSKEESAKLLSLLVQNAQSLIKPYV
EPMISVLLPKANDSNPSVAATILKAIGELATVGGEDMLPYKDRLMPLIIDALQDQSSNSK
REAALHALGQLASNSGYVIEPYLEYPQLLEILQSIIRTEGQRAPLRQETIKLMGILGALD
PYKHQVEERTPDARRLESNQLTDISLMMTGLTPSNKEYFPTVVINALLQILKDPSLVQHH
AAVIEAIMNIFRTLGLECVSFLDRIIPAFLHVIRSATSTRLESYFNQLATLVSIVRQHIR
NYLPDIVEILQEYWHTSPSLQTTIMSLVEAISRSLEGEFKIYLASLLPLMLGVLDKDTSA
KRTPSERVMHAFLVFGASAEEYMHLIIPVIVRTFEKQGQPTFIRKQAIDTIGKISRQVNL
NDYAAKIIHPLTRVLDMGEPQLRLAALDTLCALIQQLGKDYLHFMGTVNKTINQHQIQHP
NYELFVSKLQKGEVLPQDLSSADRFADGSEEPTFADQGTKKLEMNAIHLKAAWDTKGKST
KEDWQEWLRRFSTTLLTESPNHALRACASLASVYLPLARELFNSAFVSCWSELYEQFQDE
LIQNIESAIKSENVPPDLLGLLLNLAEFMEHDDKALPIDIRVLGREAARCHAYAKALHYK
ELEFLQDQSSGAVEALIVINNQLQQSDAAIGILRKAQLYKEGIQLRETWFEKLERWEEAL
AFYNKREAEVPEDQAIPVDIVMGKMRCLHALGEWEALATLTGSTWANSTPEVQRMIAPLA
TAAAWGLNKWDSMDNYLSSLKRYSPDRSFFGAILALHRNQFREAIACVQQAREGLDTELS
ALVSESYNRAYQVVVRVQMLAELEELIVYKQCDEKKQAIMRRTWETRLKGCQRNVEVWQR
MLRLRAIVIAPSENMHMWIKFANLCRKSGRMGLAEKSLKQLIGSDAPLESMIPYWNERPT
APGPRNTAAQVIYAVLKYQWELGQQPGFKLSGTAEKTLYCLRKFTNDAAHRLDIARAHLS
AQTGGDMGMATEYGFQNQMDPSLMSPQTQRALYDQTVLLAKCYLRQGEWLIALNKDDWQY
TQVQDILTSYSQATKYNPRWYKAWHAWALANFEIVQALSARNEGHLSRTDQAMVIEHVVP
AVKGFFKSIALSQGSSLQDTLRLLTLWFTHGGSADVNAAVTEGFANVSVDTWLEVIPQLI
ARINQPNKRVQQSVHNLLADVGRAHPQALVYPLTVAMKSWQNTRRSRSAAQIMDSMRQHS
ANLVAQADTVSHELIRVAVLWHELWHEGLEEASRLYFGDHNIEGMFATLEPLHELLERGP
ETLREISFAQAFGRDLKEAQDWCRQYETSQDVNDLNQAWDLYYQVFRRISRQLPQVTTLE
LTYCSPKLLNAKNLDLAVPGTYKSGQPIVRIMSFETTFSVINSKQRPRKLNINGSDGKSS
AFLLKGHEDIRQDERVMQLFGLCNTLLAHDSECYKRHLNIQRYPAIPLSQNSGLLGWVPN
SDTLHVLIREYRESRKILLNIEHRIMLQMAPDYDNLTLMQKVEVFGYALDNTTGQDLYRV
LWLKSKSSEAWLERRTNYTRSLGVMSMVGYILGLGDRHPSNLMLDRVTGKIIHIDFGDCF
EVAMKREKYPERVPFRLTRMLTYAMEVSNIEGSFRITCENVMRVLRDNKESVMAVLEAFI
HDPLLTWRLTNAASPAGPNFRSERDAPIPGAGGVRARRQSILDSDVAPSELLNAAEPSAP
PTRSRARTNSSAAQDGNPMVNGTQEVESQNARAVEVLDRVAQKLTGRDFKNNEELDVINQ
VNKLIMEATKLENLCQHYIGWCSFW
NT seq 7278 nt   +upstreamnt  +downstreamnt
atggcacaagcacagcaggtcgctttagagcggcttgaatacatcactcgtggccttcgt
tcgaggagcggcgacgatgtgcgcaaacggtctgcgatacagcttcgggagctcgtagtt
gtctgccatcgagacctgagccctgagcaattcctcgccttctacaatgccgtcaacaac
aagattacgcatctcatcacacatggcaacgactcttccgaacgcctgggcggcatctac
gctctcgatgcgctcatcgatttcgagggtgttgatatgtccgctaaatatacgcgtttc
acacagaacttgaaaacgatcctccgaggaaaagacatcaatccgatgcagcctgccgcg
atcgccctgggaaagctttgtcgacctggtggctccttgatatctgagttggtggactcg
gaggtcaacacagcgctcgaatggctccagaacgaccgtgtagaggaacgacgatatagt
gcggtgctcgttcttcgagaactcgcccgcagcgcgccgactctgatgtatcaatacatc
ccgaccatcttcgactggatctgggttggacttagagattccagacagctcatccgtgcg
acgtcggcagagacagttagcgcctgcttccgaatcctccgcgagcgagaccaagagatg
aagcagttgtggatgagcaagatttacaatgaatcgaagcaaggactcaaggttaacaca
gtcgagtccgtccacggttcgctactcgtcctgaaggagctcctcgaacagggagccatg
tacatgcaggaacactaccagcaggcttgcgacattgttttcaagcacaaggatcatcga
gacccgaccatcagaaagactgtggtgcttctgatccccgatctggccagctattcccca
gctgactttgcccacacgtggctacacaagttcatggtttacttgtctggcatgcttaag
aaggacaaggagcgtaatgacgctttccttgccatcggtaacatcgccaactcggtcaaa
agcgcaatcgctccctacctcgacggtgtgctcatctacgtgcgcgaaggcctcagcatt
cagtctcgtaagagaggctcagtggaccccgtctttgactgcatcagcaggcttgccgtg
gctgtcggccagaccttgagcaagtacatggaagcactgctggaccccatctttgcgtgt
gacctcactcctaagctcacccaggcccttgtcgacatggccttctatatcccacccgtc
aagccgacaatccaggagagactccttgacatgctcagcgttgttctgtgtggtgaacct
ttcaagcctcttggcgcaccacagccaaacacactcaactcggtgccgattatccccaag
gacgccaaggaccccctggcttatgagcaccggagggccgaggtgaagctggcgcttaac
actctcggaagcttcgacttctccggccatgttctgaacgagtttgtccgcgacgtggcg
atcaagtatgtggaggatgaggatccggagatccgtgaagctgcggccttgacctgctgc
cagctttacgtccgtgaccccattgtcaaccagaccagttaccatgcgctacaggttgtt
ggcgatgtcatcgagaagctcttgaccgtcggagtctcggaccccgaacctaccattaga
cggaccgtcctggcggctctcgacgagcgatttgaccgacacctggccaaggcggaaaac
attcgcatcctctttttcgctctgaacgacgaggtcttttcgatccgagaggttgccatc
tccattattggtcgcctggctagatacaacccagcatatgtcatcccttcgctccgcaag
actctcattcagatgctcactgagcttgagttctccgacgtcgcccgtagcaaggaagag
agtgccaagcttctgagtctcttggttcagaatgcacagtccctgatcaagccttacgtc
gaacccatgatttcggttttgcttcccaaggcgaatgattctaacccctcagttgcggcc
accattctcaaggcgattggtgagcttgcgactgtgggcggcgaggacatgctgccatac
aaggaccgcctgatgccgctcatcatcgatgcgctgcaagatcagagctctaactcgaag
cgagaagccgctttgcatgccctgggacagttggccagcaactccggctatgtcatcgag
ccctaccttgaatatccacagctcttggagattctccagagcattatccgaaccgaggga
caacgggcgccattacggcaggagaccatcaaactgatgggtatcctgggtgccctcgat
ccatacaagcatcaggtcgaagaacgaacaccggatgcccgacgtctcgagtccaaccag
ctgacagacatttccctcatgatgacgggcttgaccccatcaaacaaggagtatttcccg
accgtcgttatcaacgcccttctgcaaatcctcaaagatccgtctctggtacagcaccac
gcagctgtgattgaagcaattatgaacatctttcgcaccctgggactggagtgtgtgtcg
tttcttgatagaatcataccggccttcctccatgtcatcaggtctgctacctccacaaga
ttggagtcctacttcaaccagttggcaactctcgttagcattgtccgacagcatatcaga
aattatctcccggacattgtcgagatcttgcaagaatactggcacacgtcaccatcactt
cagaccaccatcatgtctcttgtcgaggccatatcaaggtctcttgagggagagttcaag
atttatctggccagtctccttccgctgatgcttggcgttcttgacaaggacacctctgct
aagcgcaccccgtcggagagggtgatgcatgctttcttggtgtttggtgccagtgccgag
gagtacatgcatctcatcattcctgtgattgtgcgcacatttgagaagcagggtcagccc
accttcattcgaaagcaggctatcgacacgattggaaagatctcgcgtcaagtcaacctc
aacgactacgctgcaaagatcatccacccactgacgcgtgtgttggacatgggagagcct
cagctgcgactggctgctctggacaccctctgtgcccttattcagcagctgggcaaggat
tacctccactttatgggtaccgtcaacaagaccatcaaccagcatcagatccagcacccc
aactacgagctttttgtcagcaagctgcagaagggtgaggttttgcctcaggatctgagc
tctgccgatcgatttgccgatggatcggaggagcctacctttgctgaccaaggaacgaag
aagctggagatgaacgccattcatctcaaggccgcttgggacactaagggcaagtcgacc
aaggaagattggcaagaatggctgcgacgattcagcacaactctgctgactgaatctccg
aatcacgctctgcgagcctgtgctagtctcgcaagtgtttacctgcctctggcacgagaa
ctgttcaactcggcgtttgtgtcatgctggagcgagctgtacgaacagttccaggacgag
ctcatccagaacatcgaaagcgccatcaagtcagagaacgtcccacctgatctgcttgga
cttctgctcaaccttgccgagtttatggagcatgacgacaaggctttgccgattgacatt
cgggtgctgggtagggaggctgctcgctgtcacgcttatgcaaaggccttgcactacaag
gaactcgagttcctgcaggaccagagcagtggcgctgtcgaggccctgatcgttatcaac
aatcagcttcagcagtctgatgctgctatcggtattctccgcaaagctcaattgtataag
gaaggcattcagctgcgggagacatggttcgagaagttggagcgttgggaggaagcactg
gctttctacaacaagcgagaggcggaggtgcctgaagaccaggcaattcctgtcgacatt
gtcatgggcaagatgcgttgtttgcatgcccttggcgagtgggaagcactggctaccttg
actggcagcacctgggccaactcgacacccgaggtccagaggatgatagcacccctcgcc
acggctgccgcatggggtctgaataagtgggactccatggacaactatctctcgtccctc
aagaggtactcgcctgaccgatcattctttggagcaatcctggctctccaccgaaaccag
ttccgcgaggccatcgcctgcgtgcagcaagcccgagaaggactggacaccgagctgagc
gcgttggttagcgagtcgtacaaccgagcgtaccaggttgtggtccgagttcagatgctg
gctgagctggaggaacttatcgtctacaaacagtgcgacgagaagaagcaagccattatg
agacgaacctgggagactcgattgaagggttgccagaggaacgtcgaggtttggcagcgc
atgctgcgactgcgtgctatagtgattgcaccgtcggagaacatgcacatgtggatcaag
tttgccaacctgtgccgcaagtctggcagaatgggactggccgagaagtcgctcaagcaa
ctcattggcagtgacgctcctctggagtctatgatcccctactggaacgagagaccgacg
gcgcccgggcctaggaacacagcagcgcaagtcatctacgctgtgctcaagtaccagtgg
gagctcggacagcagcccggttttaagttgtctggtaccgctgagaagactctgtactgc
ctgcgcaagtttaccaacgatgccgcccatcgcctggatattgctagagcccatctcagt
gctcagacaggcggcgacatgggtatggccactgagtacggcttccagaaccagatggac
ccttccctcatgagcccgcagactcaacgcgccttgtatgaccagacggtgctgctggcc
aagtgctacctcaggcagggcgagtggctgattgctctcaacaaggatgactggcaatac
acccaagtccaggacattcttacatcgtactcgcaagcgacaaagtacaatcctcgatgg
tacaaggcctggcatgcctgggcattggccaactttgagattgttcaggcgctgtcagcg
agaaacgaaggccacttgtcgaggacggatcaggctatggtgatagaacacgttgtcccg
gccgtcaagggcttcttcaagtcaattgccctgtcacagggaagctcgctacaggatact
cttcggttgctcacgctctggttcacacatggaggcagtgccgatgtcaacgcggccgtc
actgaaggtttcgccaacgtcagcgtcgatacatggctggaggtcattcctcagctcatt
gccagaatcaatcagcctaacaagcgcgtccagcagtccgttcataacctgcttgctgat
gtcggacgagctcaccctcaggctctggtgtaccccctgaccgtggctatgaagtcgtgg
cagaacacccgtagatcgcgctctgccgcccagattatggacagcatgcgacagcatagc
gcgaatctggttgcccaggctgacacggttagtcacgagctgatccgtgtggctgttctg
tggcatgaactttggcacgagggactggaagaagcatcacgactgtactttggcgatcac
aacattgaagggatgtttgcgactcttgagccactgcacgagcttctcgagcgaggaccc
gagacccttcgagagatctctttcgcccaggcctttggtagagatttgaaggaggctcaa
gattggtgccgacaatacgagacaagccaagatgtcaacgacctgaaccaagcctgggac
ctgtactatcaggtattccgcaggatcagcaggcaactacctcaggttacgaccctagag
ttgacatactgctcacccaagctgcttaacgccaagaatcttgacttggctgtccccgga
acgtacaagagtggacagccgatcgtgaggataatgtccttcgagacgacgtttagcgtt
atcaactctaagcaaaggccgcggaagctcaatatcaacggcagcgatggcaagtcatca
gccttcctgctcaagggacatgaagatattcgccaggacgaacgagttatgcagctgttc
ggcctgtgcaacaccctcctggcccatgactcggagtgctacaagcgccacctcaacatc
cagcggtatccggccatcccgctgtcgcagaatagtggtctgctgggctgggttcccaac
agcgatactctccacgtgctgattagggaataccgcgagagtcgcaagatcctgctcaac
attgagcaccgcatcatgctccagatggcgcccgattacgacaacctgaccttgatgcag
aaagtcgaggtctttggttatgcgcttgacaacacaacgggccaagatctgtaccgtgtg
ctgtggctcaagtccaagtcgtccgaggcctggcttgagagaagaacaaactacacacgc
tcgcttggtgtcatgtctatggtgggctatatcctgggtctgggagatcgtcatccttcc
aacctgatgctcgaccgagtcactggcaagatcatccacattgatttcggtgactgtttc
gaggttgccatgaagcgagagaaataccccgagcgggttcccttccgactgactcgcatg
ttgacgtatgcgatggaggtcagcaacattgagggtagcttcaggattacatgcgagaac
gtgatgagggtgttgagagacaacaaggagagtgtcatggctgttcttgaagcgttcatc
catgacccccttcttacctggcgattgaccaatgctgcttcgccagcaggccccaacttc
cgctctgagagagacgcaccaatccctggcgcgggaggagtccgagctagacgccagtcc
atcctcgacagcgatgttgcaccctctgagctgctcaatgcagctgagccctctgcacca
ccaacacgaagccgagccaggaccaacagctcagcagcacaagacggcaaccccatggtt
aacggcactcaggaggtggagagccagaacgcgcgagcagtcgaggtgctggaccgcgtg
gcgcagaagctcacgggtcgggactttaagaacaatgaagagctcgacgtgatcaaccag
gtcaacaagctcatcatggaggcgaccaagctggagaatctgtgccagcactatatcggt
tggtgcagcttctggtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (4)   
   KEGG PATHWAY (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   JGI (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (14)   
   Pfam (14)   
All databases (32)   

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