KEGG   Lottia gigantea (owl limpet): LOTGIDRAFT_214800
Entry
LOTGIDRAFT_214800 CDS       T03273                                 
Name
(RefSeq) hypothetical protein
  KO
K07203  serine/threonine-protein kinase mTOR [EC:2.7.11.1]
Organism
lgi  Lottia gigantea (owl limpet)
Pathway
lgi04136  Autophagy - other
lgi04140  Autophagy - animal
lgi04150  mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:lgi00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    LOTGIDRAFT_214800
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    LOTGIDRAFT_214800
   04136 Autophagy - other
    LOTGIDRAFT_214800
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:lgi01001]
    LOTGIDRAFT_214800
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:lgi04131]
    LOTGIDRAFT_214800
Enzymes [BR:lgi01000]
 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
     LOTGIDRAFT_214800
Protein kinases [BR:lgi01001]
 Serine/threonine kinases: Other
  PIKK family [OT]
   LOTGIDRAFT_214800
Membrane trafficking [BR:lgi04131]
 Autophagy
  Other autophagy associated proteins
   mTORC1 complex
    LOTGIDRAFT_214800
   mTORC2 complex
    LOTGIDRAFT_214800
SSDB
Motif
Pfam: FAT PI3_PI4_kinase DUF3385 FRB_dom HEAT_EZ HEAT_2 FATC HEAT Vac14_Fab1_bd PRP1_N
Other DBs
NCBI-GeneID: 20246530
NCBI-ProteinID: XP_009053542
JGI: 214800
UniProt: V4C2F5
Position
Unknown
AA seq 2494 aa
MSTTTQMLLQFVAGLKNRNEEVRNKTVNELHHFVSTELREMPVEEHMAFMDDFNHHIFEM
VSSSDLNEKKGGILAIATLSGVDVGNTSTRVTRFTNYLRNMLPSNEVSVMEMAAMAVGNL
ALLSGTHAAEYIEFEVKRALEWLSEERNEGKRMAAVLVLKELAVNTPTFFFQQIQQFFDC
IFDAIRDLKPSVREAAVSALQAALTVTSQRETKETQRSQWYKQCFDEALKVADDVTLREH
KMTRDDWMHGSLLIINELLRCSNVEGEKARVEMEEITNQQNIHETSLRELYGSKSKSHLH
HGSYQHIQNKSKALLMTIRTGTTGYRNLSPGNNLFESKTCKMLINNNFDKVCNLVLRHRG
SKSGFIQTTMLMVLPRLASFNPTVFSRIYLADTINFLLVILKRDKDRTQAFQAIGLLAIS
VNEEIFRLLPRIMEIIRASLPPKDISSKKHRNFVVDPAVFTCISMLARAVGSNITRDIRD
LLDSMLATGLSPALTAALRDIAKQIPQLKKEIQDGLLKSLSMILMGRSLKHPGAPKTPAS
PLPPTGNISILTESHDVTGITLALRTLGSFDFEGHSLTQFVRHCADQYLSSEHKEIRLEA
VQTCAGLLTPLLVLLSTNQEQVSMAAMTTVADVLNKLLVVGITDSDPDIRLCVLDSLDER
FDPHLAQAENVSALFVALNDEAFEIRERAICMIGRLSSKNPAYVMPSLRKVLIQILTELE
YSGIGRNKEQAARLLGHLVANAARLIRPYMEPILKVLIPKLKNPDPNPNVTISVLTAIGE
QALVSGTEMKKWMDELLPIILDMLQDSTSIQKREISLWTLGQLIETTGCVVVPYQKYPTL
LEVLLNFLKTEQTPGIRREVIRVLGLIGALDPHKHKMNIGLISERESAISKSDNKTNGDS
NQDLNTSEMLASMSATSTLEEFYPAITVANLMKILRDPSLSEHHTMVVQATTFIFKSLRI
KCVPYIPQVIPSFLTVIRNAEASFREYLFQQLGAIISVVKQHIKNYLEDIFTIVKDFWTP
SSTMQSTIIRLIEHIVGALGTEFRVYLPQIIPQMLRVFMHDTSSDRVVTAELLDALQLFG
ANLDDYLHLLLPPVIKLFDSPEIPMAVRKSSLETIDRLTDNLDLTDYASKLIHPLARILD
STPALHGTAMNTLCALVVQLGHKFMIFVPMMNKVLHKQRISHQRYSVLMTKLLRGTTISD
EDLDIHSMKHRRNRSKANKIAESASSDTAAIKKLSVKFDHLKKALAAGRRVSKEDWMEWL
RKLSIALLKESSSPALRSCFVLAQTYNPLARDLFNAAFVSCWTELTECQQDELIDRLKQA
LNSQEITEITQTLLNLAEFMEHCDKGPLPLDSSLLGDRAMTCRAYAKALHYKEEQFHNNK
DDKTEILDALISINNKLQHSEAAAGVLSYAKKHSNDLRVRENWYEKLHEWDHALKAYEEK
EKLHPDEDSILLGKMRCLEALGQWGNLHSLACDKWSTANDTCRTKMARMASASAWGLGNW
NSMEQYMCLIPRTSYDGAFYRAVFALHSDDFKQAQQCIDKARDILDTELTAMIGESYNRA
YGAMVNVQMLAELEEIIQYKLVPERREAIRLNWWNRLKGCQQNVEDWQKILQVRSLVISP
SEDRMTWLKYASLCRKNSRMALSHKTLVILLGMDPSSDSRPIPTTYPHVTFAYLKHMWKN
NQRVNAYEKLQAFTSKSLQSKTLNLPLNDKIKLQANVELYFFRCHRHLGDWAKDLLGIKE
ESIPQILEHYHLATQNDKNWYKAWHAWALMNYECVLYYKQKEQSLGKSGTTPMSSDPGAI
SRPLMELVISPKPESVLVRFSISLLQNTAKIHKYCVPAVTAFFKSIALSSQNSLQDTLRL
LTLWFDFGQWTEVYDALVEGIKTIEIDNWLQVIPQLIARIDTPRNLVGRLIHQLLIDIGK
AHPQALIYPLTVAAKSNVPARQSAADKILRSMSERNSTLVQQANLVSEELIRVAILWHEL
WHEGLEDASRLYFGERNISGMFATLEPLHAMLDKGCHTLKETSFNQAYGHDLIQAQDWCK
KYQRSGNVKDLTQAWDLYYHVFRRISKQLPQLTSLELQYVSRKLLQCQDLELAVPGTYQP
NQPVVKIKRVKSSLQVITSKQRPRKLSIYGSDGKEYQFLLKGHEDLRQDERVMQLFGLVN
SLLRNNQNTFRRNLTITRFSAIPLSTNSGLIGWVPHCDTLHSLIRDYREKKKILLNIEHR
LMLRMAPDYDHLTLMQKVEVFEHALEHTQGDDLAKILWNKSPSSEVWFDRRTNYTRSLAT
MSMVGYVLGLGDRHPSNLMLDRMSGKIIHIDFGDCFEVAMVREKFPEKIPFRLTRMLINA
MEVTGIEGNYQMTCQSVMEVLREHKDSLMAVLEAFVYDPLLNWRLVDATTKPKTKANRSD
SYAGSQEQDLLESVDLSQSTSKKSVPDSIKAAGGDNVPLEVLNKKAIDIINRVRDKLTGR
DFGGEEPMNVKNQVELLIKQATTHENLCQCYIGW
NT seq 7485 nt   +upstreamnt  +downstreamnt
atgtcgacaactacacagatgctgctacagtttgtagctgggttaaaaaatcggaatgaa
gaagttaggaataagactgtcaatgagttacatcattttgtcagtacagagctaagggag
atgccagttgaggaacacatggctttcatggatgatttcaaccatcatatttttgaaatg
gtgtccagttctgatttgaatgaaaagaaaggagggattcttgctatagctacattaagt
ggagtagatgtaggaaacacatcaactagagttacaagattcactaattatctacggaat
atgcttccttcaaatgaagtcagtgttatggagatggctgccatggctgttggcaacctg
gcattactttcaggaactcatgctgcagaatatatagagtttgaggtgaaaagagcattg
gaatggttgtctgaggaacgtaatgaaggaaaaagaatggctgcagtgttggtgttaaaa
gaacttgcagtgaatactccaactttcttctttcaacaaattcaacaattcttcgattgt
atatttgatgccataagagacttaaagccgtctgtgagagaagctgcagtatcagcacta
caagctgctcttactgtcacatcacaacgagaaacgaaggagacacaacgatcacagtgg
tataagcaatgttttgacgaagctttgaaagtagctgatgacgtcacattacgagaacat
aaaatgacgcgagatgattggatgcatggatcactactgattattaacgaacttttacgt
tgtagtaacgtggaaggagagaaagcaagagttgagatggaagagataacaaatcaacag
aatattcatgagaccagtctgagggaactctatggaagcaagtccaaaagtcatcttcac
catggatcatatcaacatattcagaataaatcaaaggcgttattaatgacaatacgaact
ggtacaactggatatagaaacttgtcaccaggaaataatctttttgaaagtaaaacatgt
aaaatgttaatcaacaataactttgataaggtatgtaatcttgtgttgagacatcgtgga
agtaaaagtggttttatacagacaacaatgttaatggtattacctagactagcttcattt
aatcctactgttttctctagaatatatttagcagatactataaactttctactagtgatt
ttaaaaagggataaagatagaacccaggcgtttcaagctataggattactagctatttca
gtcaatgaggaaattttccgactactgccaagaattatggaaattatacgagcttcacta
ccaccaaaagatatctcttcaaaaaagcatcgtaattttgtggtggatcctgcagtattt
acgtgtattagtatgctagctagggccgtcgggtccaatattactagagatatacgagat
ttattagattctatgctggcaactggacttagccctgcccttactgctgcattaagagac
atagctaaacagataccacagttaaagaaagagatacaagatggtttattaaagagttta
tctatgatattaatgggtagatctttaaaacatcctggtgctcctaaaaccccagcatct
cccctccctcctacaggtaatattagtatattaacagaatcacatgatgtaacaggaatc
actcttgctttaagaactttgggaagttttgattttgaaggtcactctctaactcagttt
gtacgacattgtgctgatcagtatctctctagcgaacataaagagatacgactagaagct
gttcaaacttgtgctggactgttaacacctctactagtgttattatcaaccaatcaagaa
caagttagtatggctgccatgacaacagtagcagacgtattaaataaattgttggtagtt
ggtattacagattcagatcctgatataagactatgtgtgttggactcattagatgaaagg
tttgatcctcatctagcacaagctgaaaacgtcagtgctttgtttgtagccttgaacgat
gaggcttttgaaataagagaacgagctatatgtatgataggaagattatccagtaaaaat
ccagcttacgtcatgccgtctttacgtaaagtgttgattcagattttaacggagttagaa
tatagtggtataggtagaaataaagaacaagctgccagactattaggacatttagtggct
aatgctgctagattgattagaccttatatggagcccattttaaaggtgctgattccaaaa
ttaaagaatccagaccccaatcctaatgttactatcagtgtcttaacagctattggagaa
caagctttggtgagtggaacggagatgaagaaatggatggatgaattattacctattatt
ctggacatgttacaagattctacatctatacaaaaacgtgagatttcactatggacatta
ggtcagttgatagagactactggttgtgttgttgtaccatatcaaaaatatcccacatta
ctagaggttttactgaacttcttaaaaacagagcaaacaccaggcatcagacgagaggtg
atcagagttcttgggttgattggtgctcttgatccacacaaacataaaatgaacattgga
ttaatctcagaaagagaatcagctatcagtaaatctgataataaaactaatggagacagt
aatcaagatttgaataccagtgaaatgctagcaagcatgagtgctacctccactttagaa
gagttctaccctgctataactgtagctaatttgatgaagatattacgtgacccgtcgcta
tcagaacatcacaccatggtggttcaagccaccaccttcatctttaagtcactacgtatc
aaatgtgtaccatatataccacaagtcataccatcctttctgactgttatacgcaatgcc
gaggctagtttcagagagtatttatttcaacaactaggggctataatatcagtagtaaaa
caacatattaaaaattatttagaagatatttttactattgttaaggacttctggacacca
agcagcacgatgcagagtacaataataagattgatagaacatattgtaggagctcttggt
acagagttccgagtctatcttccccagattataccacagatgttacgtgtcttcatgcat
gataccagttctgatagagttgttactgcagagttattagatgccctgcagttatttgga
gctaatttagatgattatcttcatttattattaccacctgtcattaaactctttgattca
cctgaaatacccatggcagtcagaaagtcatccttggagacaatagatagattaacagat
aatctggatttaacagactacgcttccaagctaatccatcctctagctagaatactggac
tcgactccagccttacatggcacagcaatgaacactctctgcgctttggttgttcaactg
ggacataagtttatgatatttgtacccatgatgaataaagttttacataaacaacgcatc
agtcatcaacgctatagtgttttaatgaccaaattattacggggtacaactatctctgat
gaagatttagatatacactctatgaaacatcgtagaaacagaagtaaagccaataagata
gctgaatcagcatccagtgatacagcagccatcaaaaaacttagtgttaaatttgatcat
ttgaaaaaggcgctggcagcaggtagacgtgtatctaaagaagactggatggaatggcta
cggaaattatctattgccttgttaaaagagtcgtcttctcctgccttaagatcatgtttt
gttttagctcaaacatataatccactagccagagacctgtttaacgcagcctttgtctca
tgctggactgaactaactgagtgtcaacaagatgagctgattgacagattgaaacaggcc
ctgaattcacaggaaattactgaaataactcaaactctactgaatttagctgaatttatg
gaacattgtgacaagggtcctctgccattagatagcagtctgctgggagacagagctatg
acatgtagagcctatgctaaagctctgcattataaagaagaacagtttcacaataataaa
gatgataaaacagaaattttagatgctcttattagtatcaacaataaactacaacattct
gaagctgctgcaggagtattgtcttacgccaagaaacacagtaatgatctgagagttcgt
gagaactggtatgagaaactacatgaatgggatcatgcccttaaagcctatgaagagaaa
gaaaaactacacccagatgaagattctatccttttgggcaaaatgagatgtctggaggct
ctaggacaatggggtaatctgcattctctagcttgtgataaatggtctacagccaatgat
acatgtagaactaaaatggccaggatggcttcagcttctgcttggggtttaggtaattgg
aatagtatggaacagtatatgtgtttaataccaagaactagttatgatggagctttttac
agggctgtattcgctcttcattctgatgattttaaacaggcacaacagtgtattgataaa
gctagagatatattggacactgaattaacagctatgattggtgagagctacaaccgagct
tatggggcaatggtgaatgtacagatgttagctgaattagaagagatcatacaatataaa
ctagtaccagagagacgagaagctattagattaaattggtggaatagactcaagggttgt
caacagaatgtagaagactggcagaaaatattacaagtgagatccctggttatttcacca
tcagaagatagaatgacttggttgaaatatgccagtctctgtcgtaaaaacagtcgtatg
gcattgtctcataagacactagttatcttgttaggaatggatccatcatcagactccaga
ccaatacccacaacatatcctcatgttacattcgcttacctgaaacacatgtggaaaaat
aaccaaagagtgaatgcgtatgagaagctacaagcattcaccagtaaatctctccaatct
aaaactctaaatcttcctcttaatgacaaaataaaactacaagccaatgttgaactatat
ttttttagatgtcatcgtcatctaggagactgggctaaagatctgctgggaattaaagaa
gaatctatacctcaaattttagaacattaccatctagcaacacaaaatgataaaaactgg
tacaaggcatggcatgcgtgggcactaatgaattatgaatgtgtgttgtattataaacaa
aaagaacagagtctgggtaaatctggtactacaccaatgtcatctgatcctggtgccatt
tccagaccactgatggaattagtcatttcaccaaaaccagaatcagtcctcgtgaggttt
tcgatttctttattacagaatactgccaagatccataaatattgtgtaccagcagtgaca
gccttcttcaagtctattgctttatctagtcagaatagtttacaggatacattacggtta
cttacattatggtttgattttggtcaatggactgaggtgtatgatgccctagtagaagga
attaaaactatagaaatagacaattggcttcaggtaattcctcaactaatagccaggata
gatactcctagaaatttagtgggacgtttaattcaccagttactgatagacattggtaaa
gctcatccacaggcattaatctaccctctaactgtagcagctaaatctaatgtaccagct
cgacagtcagctgctgataaaatactacgctcaatgagtgaaagaaacagcaccttggta
caacaggctaatttggtttcggaggaattgatccgtgttgctattctctggcatgaatta
tggcatgaaggattagaagatgcctccaggttatattttggagaaagaaatatatcagga
atgtttgctacgctggaaccactacacgccatgttagataaaggttgtcatacactgaag
gaaacttcttttaaccaggcatatggtcatgatttgatacaagcacaagattggtgtaag
aaatatcaacgttctggtaatgtgaaagatttaactcaagcttgggatttatattatcat
gtatttagacgtatctccaaacagctccctcagttgacatctctagagctacagtatgtt
tcccgtaaactgcttcaatgtcaagatctagaactagctgtaccaggaacataccagccc
aatcaacctgtggttaaaattaaaagggtgaagagttcattacaagttataacatctaaa
caacgaccaagaaaacttagtatttatggaagtgatggtaaagaataccagtttctgtta
aaaggccacgaagatttacgtcaggatgaaagagttatgcagctgtttggattggtcaat
tctttattacgtaataatcaaaatactttcagacgtaatctcacgattacaagattttct
gccataccattatcaacaaattcaggtttgatcggctgggtaccacattgtgatacctta
cattccctgatacgagattacagagagaagaaaaaaattctgttaaatatagaacatagg
cttatgttaaggatggccccagattatgatcatcttacattgatgcagaaggtggaagtg
tttgaacatgctctagagcatacacaaggagatgatttagctaagattctgtggaataag
agtcctagttctgaagtttggtttgatagaaggactaactatacacgttcactagctact
atgtctatggtggggtatgttcttggtctaggagatagacatccctccaatttaatgtta
gacagaatgagtggaaagattattcatattgattttggtgattgttttgaagtggctatg
gttcgagagaaatttcctgagaaaattccattccgattgaccaggatgttgattaacgct
atggaggtaactggtatagaaggcaactatcagatgacctgtcaatcagtaatggaggtc
ttacgtgaacacaaggacagtctaatggctgtactggaagcttttgtctatgatccatta
ttaaactggagactggtagatgcgaccacaaaacctaaaactaaagctaatcgttcagat
tcttacgctggtagtcaagaacaagacctgctagaaagtgttgatttgtctcaatcaacc
agtaaaaaatcagttccagactccatcaaggctgcaggaggtgataatgtaccactggaa
gttttaaataaaaaggctatagatattatcaatagggtacgagataaactcactggtcga
gattttggaggtgaagaacctatgaatgtgaagaatcaagttgaattgttaataaaacaa
gctactacacatgaaaacttgtgtcaatgttatataggatggtag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (3)   
   KEGG PATHWAY (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (65)   
   KEGG ORTHOLOGY (1)   
   RefGene (60)   
   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 (10)   
   Pfam (10)   
All databases (87)   

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