KEGG   Naumovozyma dairenensis: NDAI_0D01470
Entry
NDAI_0D01470      CDS       T02234                                 
Symbol
NDAI0D01470
Name
(RefSeq) hypothetical protein
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
ndi  Naumovozyma dairenensis
Pathway
ndi04113  Meiosis - yeast
ndi04136  Autophagy - other
ndi04138  Autophagy - yeast
ndi04139  Mitophagy - yeast
ndi04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:ndi00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04138 Autophagy - yeast
    NDAI_0D01470 (NDAI0D01470)
   04136 Autophagy - other
    NDAI_0D01470 (NDAI0D01470)
   04139 Mitophagy - yeast
    NDAI_0D01470 (NDAI0D01470)
  09143 Cell growth and death
   04113 Meiosis - yeast
    NDAI_0D01470 (NDAI0D01470)
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    NDAI_0D01470 (NDAI0D01470)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:ndi01001]
    NDAI_0D01470 (NDAI0D01470)
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:ndi04131]
    NDAI_0D01470 (NDAI0D01470)
Enzymes [BR:ndi01000]
 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
     NDAI_0D01470 (NDAI0D01470)
Protein kinases [BR:ndi01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   NDAI_0D01470 (NDAI0D01470)
Membrane trafficking [BR:ndi04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    NDAI_0D01470 (NDAI0D01470)
   mTORC2 complex
    NDAI_0D01470 (NDAI0D01470)
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom FATC HEAT_EZ HEAT HEAT_2 HEPN_Cthe2314
Other DBs
NCBI-GeneID: 11494965
NCBI-ProteinID: XP_003669704
UniProt: G0W9K0
Position
4:348789..356171
AA seq 2460 aa
MLTLKKRAESKRLARKKLASTSHSTDDISTTSGQVSIPSNPNNSRRVLLVPGSDTTRLNE
GDFTTADLDSAFSTFDPIFEQLKSPISQERINAAAELNISLISLVRELSVEDFQRFSNIL
NNKIFELVHGTDSNEKIGGILAVDTLINLYLHTEELPNQTSRLANYLRVLIPSNDIEVMR
LAANTLGKLAVPGGTLTSDFVDFEVKTCLEWLTSTPETISSSSKQEYRKHAALLLITALA
DNSPYLLYPYINPILENIWRALRDIKLVIRMDAAVTLRKCLSIIRERDPSLTKDWFQKLF
KGCQRGLTLNTNESIHATLLVYRELLSLRDSFLNGKLNEIYLSTIKYKDHKFEVIRKEVY
AILPLLSSFDTKLFIKSYLDPIMLHYLMVLKSTTSSSTVNSDKAAILVSIGDIAFQVKSH
ITRYIDPILDTIRDGLKSKFKHRKLFEKELFYCIGKLACAVGPALAKNLNRDLLDLMLNC
LLSDYMQETFIILNKEIPALEATINSRLLDYISASLSGQKYDVAGTLTPLEPLDMERSRR
WRNKIIHDKTGEINDDIRDAQYLTQALKMLRSINYKKSLTEFARQIIIFYIEHEDSDVRK
LAALITCELFTKDPICKQISRNALQSVSEVLSKLLTVSITDPVSEIRLEVLRHLTSAFDS
HLAQPDNSRLLFMAVNDEIFTIQIEAIKIVARLSSVNPAYFMPSLRKTLLELLTQLRYSN
MPRKKEEYATLLYTMIQSGSEITKPYIEPVLDVLLPRCQDPSSSVASTSLKALGELSVVA
GEDIKKHLNVLMPLIINTFQDHSSFKRNAALKTLSQLATSSSYVIEPLLDYPELLGILIN
ILRGDGPQDVKRETIKLIGILGALDPYKVRAIEGRASLESQIEQNTPSIDIALLMKGMSP
SDDEYYPTVVVNTLLKILYDPTLSSHHTAVIQAILNIYQSLGVRCVSFLDKVVPGLLSVM
RTCTPSLLEFYFQQLSMLISIVRQHVRPYVDEIFSVIQMFFPIIKLQITIISTIEAISKA
LESEFKKYVPLVLTSYLAILENDKSNKKAVSIRILKSLIVLGPYLEDFSHLIIPSVVRMS
EYSPGMLGKIAVIALGKLAKNINLCEMSSRIVQTLIRLLNRGEPDLIKTSMNTLCLLLLQ
QGTDFVVFIPILNKVLINNHIQHSIYDQLVNKLLNNESLPTNIIFDKEFDVSSKELKEND
SGYKKLPLNQEALKNTWEASQQRTKEDWQEWLRRLSIQLIRESPSPALRACANLVSVYYP
LARELFNASFSSCWSDLYSPYRDDLIKALCVALSSPQNPPEIYQTLLNLVEFMEHDDKPL
PIPFETLGQYAQKCHAFAKALHYKEVEFLQEPTAPTIEALISINNELHQNDAAIGILKLA
QQHHDLQLKEIWYEKLQRWEDALTAYNEREVAGEGSIEVTMGKMRALHALGEWEQLGSLT
EEKWAISKPNVQKLMAPLAAGAAWGLGQWDKLEEYSTVMNVHSSDKEFFDAILCIHRNNL
DEGQHHILNARDLLLTELSTLINESYNRAYGVLVRAQIVSELEEIISYKKLPYNSSKRGL
MRKTWNKRLLGCQKNVDIWQRVLRIRSLVIKPKQDADLWIKFANLCRKSGRMGLAKKALT
SLLEEDGEPHRFNTVRASPLVVYSQLKYLWAIGSQEKALKYLMNFTSRVACDLGLDPSNM
ISEHYPQNDRIAPEATEEYMKLLARCFLKQGEWRVALEPNWRLKNPDEVLGSYLLATHFD
NSWYKAWHNWALANFEVISVITSGGGTNITDKDISLGNINLQKSGMIGANTFDTEGGNYP
LTMINRHVIPAIRGFFHSISLSDSSSLQDALRLLTLWFTFGGIPEANQAMHEGFTLIKIA
TWLEVLPQLISRIHQPNQFVSRSLLSLLSELGKAYPQALVYPLTVAIKSESVSRQRAALS
IIEKMRMHSPVLVAQAELVSSELIRVAVLWHELWYEGLENASRHYFGENDISKMLSSLEP
LHDLLQNGAETLREISFQNAFGRDLNNAYEWVNNYKQTKDKTNLNQAWDIYYNVFRKISK
QLPSLQTLELPHVSPKLFNAHDLELAVPGTNILTKEIVKISSFEPVFSVISSKQRPRKVN
ILGSDGKQYQYVLKGHEDIRQDSLVMQLFGLVNTLLKNDDECFRRHLNIQQYPAIPLSPK
SGILGWVQNSDTFHVLIKEYREARKIPLNLEHWVILQMAPDFDNLTLLEKVEVFTHALEN
TQGQDLYKVLWFKSRSSESWLERRTIYTRSLAVMSMAGYILGLGDRHPSNLMLNRITGKV
VHIDFGDCFEAAILREKFPEKVPFRLTRMLRKAMEVSGIEGTFRITCENVMRVLRDNKES
LMAILEAFAFDPLIHWGFDLSTEKIIEQTGIDLPSTNPNDLLRENRVTVEEAAKMEIEQK
NAIRNARALLVLKRITNKLTGNDIGNNHELAVPEQVEQLIQQAISVENLCQHYIGWCPFW
NT seq 7383 nt   +upstreamnt  +downstreamnt
atgcttacgctgaagaagagagctgaaagtaaaaggctggcgagaaagaagctggcttct
acctcacattcgacagacgacatatccacaacttccggccaagtatccataccaagtaat
ccaaacaatagtagaagagtcttattggttcccggatcagatacaactcgattaaatgaa
ggggattttacaactgcagatttagactctgcattttctacgtttgacccaatatttgag
cagttaaaaagccccatctcacaagaaaggataaatgcggcagctgaattgaatatatct
ctgatctctctcgtcagagaactctctgtagaagacttccaacgttttagtaatatttta
aacaataaaatatttgaattagttcacggcacagactcaaatgagaaaatcggtggtata
ttagcggtagatacacttatcaacctgtatctacatacagaagaattaccaaaccaaacc
tcaagactagctaactacctgcgtgttttaattccatccaatgacatagaagtgatgaga
ttagcggccaacacgctggggaagctcgctgtacctggtggaacattaacgtctgatttt
gtggattttgaggtaaaaacgtgtttggaatggctgacttccacacctgagactatatcg
tcaagttctaagcaagaatataggaaacatgccgctttacttctaataaccgctttagca
gacaattctccatacttattatacccatatattaatcctatcctcgaaaatatatggcga
gcgttgagggatattaagttagttattagaatggatgccgctgtaactttaagaaagtgt
ctatcaataatacgggaaagagacccttcattaaccaaggattggttccaaaaattattc
aaaggttgccagagaggacttaccttgaatacaaacgaatcaatacatgccacgttgctc
gtttatagagaattactatccttaagagattcgttcttaaatggaaaactgaacgaaata
tatctatccactataaagtataaagatcacaagtttgaggtaattcgaaaagaagtatat
gcaattttaccgttgttatcatcatttgataccaaattgtttatcaaatcgtacctcgat
ccaattatgcttcactatttaatggttttgaaaagtacaacgagtagctcaacagtaaac
tctgataaagctgctatactagtttctattggagatattgcgtttcaagttaaatcacat
ataacgcgttatattgatcccattctagacacaatacgagatggcttgaaaagtaaattt
aaacataggaagttgtttgaaaaagagctgttttattgtataggaaagttagcgtgtgca
gtcggcccggcccttgcgaagaacttgaacagagacttattggatctgatgcttaactgt
ctgctttcagattatatgcaagaaacgtttatcattttaaacaaagagatacctgcactt
gaagctacaatcaattcacgacttttagattatatatccgcatcactttcggggcaaaaa
tatgatgtagctggaacgcttaccccactggaaccattggatatggaaaggtctcgtcgt
tggagaaataaaataatacatgacaaaaccggtgaaataaatgacgatataagagatgcc
caatatttaacgcaagcgttgaaaatgctgcgttcgattaactataagaaatccttgaca
gaatttgcgagacagatcataatattctatattgaacatgaagatagtgatgtcagaaaa
cttgcagcgttgataacctgcgagttatttacaaaagatccaatttgtaaacaaatatcg
agaaatgctttgcaatctgtgtctgaagtcctaagcaaattattgacggtttcaattact
gatcccgtatctgaaataaggttggaagttttgcgacatctcacctctgcattcgattcc
catcttgctcaacctgacaatagtcgcttactttttatggccgtaaatgatgaaatcttt
actatccaaatagaggcaattaagattgtcgctcgattgagttccgttaatccggcatat
ttcatgccatctttacgaaaaacattactcgaattattaacacaattacgatactctaat
atgccaagaaagaaagaagagtatgcgacgctattatataccatgatccagtccggtagt
gagattacaaaaccatatatagaaccagttttggacgttctattaccaagatgccaagac
ccttcttctagtgtagcttcaacttcgctgaaagccctaggggagctttccgtggttgct
ggagaagacataaaaaaacatcttaatgttctcatgccgctaatcataaatacctttcaa
gatcattcaagtttcaagagaaatgctgcattaaaaacacttagtcaattagcaacttct
tctagctacgtaatagagcctttattggactatccagagctgttgggtattctgattaat
attttaaggggagatggtccacaagatgtgaagagagaaacaatcaagttaattggtatt
ttaggtgctcttgatccatataaagtgagggcaattgaaggacgtgcaagtttagaaagt
caaatcgaacaaaacactccttcaatcgatattgcacttctcatgaaaggaatgtctccc
tccgacgacgaatactatcccacagttgttgtaaatacccttttgaaaattttatatgac
ccaacactttcttctcatcacacagctgtaatacaagcaatcttaaatatttatcaaagt
ctgggggttcgatgtgtatcttttttggacaaggttgtcccgggattactgtcagtaatg
agaacgtgcaccccgtccttattggaattttatttccagcaactaagtatgctcatttca
attgtaaggcagcacgttagaccctacgtagatgagattttcagtgttatccagatgttc
ttccctatcattaaactacaaatcactattatttctactatagaagccatttcaaaagca
cttgaaagtgaattcaaaaaatacgttcccctcgtactaacgtcctatcttgctatcctt
gagaatgacaagtcgaataaaaaggcggtctcaatccgaattttaaagtcccttatcgtc
ttaggaccatacttggaagacttttctcatcttatcataccttcagtggtaaggatgtcc
gaatattcacctggcatgctaggaaaaattgcagttattgcattgggaaaacttgcaaaa
aatataaacctttgtgaaatgtcgtcaagaatcgttcaaacgttgatacgattgctaaac
aggggtgaacctgaccttattaagacatcaatgaatactctatgcttacttttgctacag
caaggcacagattttgttgtctttatcccaattttgaacaaagtcctcataaataaccac
atacaacattcaatttacgatcagttagtcaataaactattgaataatgaaagtttacct
actaatattatctttgacaaagaattcgatgtctcctcaaaggagcttaaggaaaatgac
tctggttataagaaattaccactcaatcaagaagcgttgaaaaatacctgggaagctagt
cagcaaaggaccaaggaggactggcaagaatggctgcggagattatccatccaattgata
cgagaatcgccttcacctgcactcagggcatgtgctaatctggtaagtgtctattaccct
ctggctcgtgagctattcaacgcatcattttctagttgttggagtgacttgtatagcccg
tatcgagatgatcttattaaggcactatgcgtggcattatcatccccgcaaaaccctccg
gaaatataccaaacattattgaatttagttgaattcatggaacatgacgacaaaccgtta
ccgataccatttgagacattaggacaatatgcccagaaatgccacgcctttgcgaaagca
ctgcattataaagaagtagaatttctgcaagaaccaacagcgccgactatagaagcttta
ataagcataaataacgaactccaccaaaatgatgcggccatcggtattttaaagttagca
caacaacaccatgatttacaattaaaggaaatatggtatgaaaaattgcaacgttgggaa
gatgcgctaaccgcatataacgaacgtgaagttgcaggtgaaggaagtatcgaagttact
atgggtaaaatgagagcgctgcatgcgttaggcgaatgggaacaattaggtagtttaaca
gaggaaaaatgggcgatctcgaaacccaatgtccagaaattaatggcaccattagcagct
ggggctgcttggggcttgggccagtgggataaattagaagaatatagtacagttatgaat
gtccattcttctgataaagaattttttgatgccatcttatgtatccatcggaacaatctc
gatgagggccaacaccatatacttaacgcgagagatctgcttttaacagaattatcaaca
ctaatcaatgaaagctacaacagagcttacggtgtcctcgtaagggcccaaattgtatca
gaattggaagaaatcattagttacaaaaaattaccgtataattcgagtaaaagaggctta
atgagaaaaacttggaataaaagattacttggctgccaaaaaaacgtagatatttggcag
agagttttaagaattcgctctttagtcataaagcccaagcaagatgccgacctttggatt
aagttcgcgaatttatgtaggaaatcgggtagaatgggactggctaaaaaagcattaact
tcccttttagaagaagacggtgagccacatcgtttcaatactgttagagcaagtccactg
gtagtttattcacagttaaagtacttatgggcaatcggttctcaagaaaaagccttaaaa
tatctgatgaatttcacatctcgagtggcatgtgatttaggcctcgacccgagtaatatg
atttctgaacattatccacagaacgatagaattgcaccagaagccactgaagagtacatg
aaattattagcacgttgctttctaaaacagggtgaatggcgtgtcgcattagagccaaac
tggcggctcaaaaacccagatgaagtcctggggtcgtacttattggccactcatttcgat
aacagctggtataaggcgtggcataattgggcattggcaaattttgaagttatctcggtc
attacatctggtggggggacgaatattaccgataaagatatctctttaggaaacataaat
ctccagaaaagtggtatgatcggtgcaaacacattcgatacggaaggaggtaattatcca
ctaaccatgatcaatagacatgtaattccagcaattcgtgggttcttccattccatttct
ctctccgattctagttctttacaagatgctttaagattattgacattatggtttacgttt
ggtggtatcccagaagcaaaccaagctatgcacgaaggttttacattgattaagatcgct
acatggcttgaagtgttgccgcaactaatttctagaattcatcaacccaatcagtttgtg
agcagatcgctattgtcgttgttatctgagttaggtaaggcctacccgcaagcactcgtt
tacccgttgacggtggcgattaagtcagaatctgtgtcgagacaaagggcagcattatca
attatcgagaaaatgagaatgcatagtcccgttttagtcgctcaagctgaactagtcagt
agtgagcttattcgtgttgctgttctttggcatgaattatggtatgaagggttagaaaat
gccagccgacactattttggagaaaatgatatatcaaagatgctatcttctttggaacca
ttacatgatttattgcagaatggcgcagaaactcttcgtgagatctcatttcagaacgcc
tttggtagagatcttaacaatgcctatgaatgggttaataattataaacaaactaaggat
aaaactaatctgaaccaagcgtgggatatatattataatgttttccgaaagattagcaag
caactaccatcgttacaaactttagagttgccacacgtatctcctaagcttttcaatgca
catgatttagaattagctgttccaggtaccaatattttaactaaagaaatagttaagata
tcgtcatttgaaccggtattttctgtaatttcatcgaagcaaaggccccgtaaagttaat
atattaggaagtgatggaaaacaatatcaatatgtactaaaagggcatgaagatattagg
caagatagtttagtgatgcaacttttcggattagtaaataccttactgaaaaacgatgat
gaatgtttccgccgtcacttgaacatacagcagtaccctgctatcccattatcacctaaa
tctggtattctaggttgggttcaaaatagtgatacattccatgttttaattaaggaatat
cgtgaagcaaggaaaatccctttaaaccttgaacattgggtaattctgcaaatggcacca
gattttgacaatttgaccttattagaaaaggtcgaagtctttacgcatgccttagaaaat
acacaaggtcaagatttgtacaaagtcttatggttcaagagtaggtcctcagaatcctgg
ttggagcgtcgaactatatataccagatcacttgcagtaatgtccatggctggatatata
cttggtttaggagatcgtcatccaagtaatttaatgctaaacagaataacaggaaaagta
gttcatattgacttcggtgattgttttgaagctgcaatattacgtgagaaatttccagaa
aaggtaccatttaggttgacaagaatgcttagaaaagcaatggaagtaagtggaattgaa
ggcactttccggatcacatgtgaaaatgttatgagagttttaagggataataaggaatca
cttatggcaatattggaagcttttgcgttcgatcctttaatccattggggctttgattta
tcgacagaaaagattattgaacagactggaatcgatcttccaagtacaaatccaaatgac
ttactaagagaaaatagggtaactgttgaagaggcagctaagatggagatcgaacagaaa
aatgctataaggaacgctagagccctcctagtattgaaacgtattacaaacaagttgaca
ggtaatgatatcggaaataatcatgaacttgctgtaccggaacaggtagaacaattgatc
cagcaagccatctcagtcgagaacctgtgccaacattacattggttggtgtccgttttgg
tga

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (5)   
   KEGG PATHWAY (5)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (9)   
   Pfam (9)   
All databases (27)   

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