KEGG   Ceratina calcarata (carpenter bee): 108625539
Entry
108625539         CDS       T06061                                 
Name
(RefSeq) tuberin isoform X1
  KO
K07207  tuberous sclerosis 2
Organism
ccal  Ceratina calcarata (carpenter bee)
Pathway
ccal04140  Autophagy - animal
ccal04150  mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:ccal00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    108625539
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    108625539
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ccal01009]
    108625539
Protein phosphatases and associated proteins [BR:ccal01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     108625539
SSDB
Motif
Pfam: Tuberin DUF3384 Rap_GAP MMS19_N F-box
Other DBs
NCBI-GeneID: 108625539
NCBI-ProteinID: XP_017881112
Position
Unknown
AA seq 1836 aa
MSKMSSKDKDNKTLHDKLKQFFRINRGNYKSREDFTLTHDLEKEISPESPVHHRTKAIKD
LCDAVLNQQWEDRAAERLWYLVQDLLDKDVPREHRHVTLNFLRCLVQGQYSKLSSLMRVK
FFMVVKEHNILEDIGPRLELLQSLTENGKDILHLEERMGPFLLEWMPTVTAGDGKRGAEF
LSLLVNVIKFNSAYIDEDIISGLVQYICHLCYYSNSSEVVSGCLEALDAIVCYSNLQSDS
LQTFIIALCGSVNVETYCQISWKIMRNLLGTHMGHSALYTMCRLLQDTNFQRDVRVLRGA
VFYVNMGLWGPHRIKKLECTPTSVLPSFYQALKCNHPIVMYEVILSIQRLVNKYGAELWD
PTWSIILDIIEEVISHIETSNQPATRQVSVNLHETINSIENLLDSSHYNGCVQRFYDLVE
RCSDTRPECSVLKLIEYRAHTIGPTHYQWQPRLAGLMERYYKIETRTNVRVKVLEVLTNV
IQVNRSRYEDELIERIIVPYFQHVDMDPDIIIRNGVAHLLVDVCLECDTKRCLELLDILE
KVINKPFSSDTPVTKDHDVKDVKTAVVGVIKILMSKIYHLPSNHAIRAYKVLVNYLEQHY
KEQSVFHDVSTIRYLIFECFLKVRANKLYHLGFPDAQNSIVTKFSPYVVLEHAATERMNS
GGGGSSPPPVSPAPLQHLSCQITHISLAHACKAVISCIKSEKDWKVLQLVLKELPQIMQN
RALILSRYTNDIDYFANALCSMVSDKSLRLPESLYNVPAKFTISEFRIHVFPVLASLASY
HAHLEPNLQQRLIKCLEVGLTAKCASQCVTSLTTCILEMRDTMNKLLSEVLLNLSKISAT
VHIAIPILEFLSTLTRLPKVFASFIGDQYMSVFAILLPYTNPFKYDHYTVSLAHHVIAVW
FLKCRLPFRRDFVKFITTGLKANVIVPFEEGHLMKSDFNFVNEDSSNRKRSSSLTEQGSR
GRRERPIMANRMIGDNKVSSKQADLKPPIDEALMTFHVELTETCIDLMARYTFSTYSARP
KRLPAADFLLKEGQSMTWLLGNKLITVTTSGCSNKAMRGGLCDNCWVACKPGSQSPDNAK
ASQSSLRRASSTETAKEDKLSRQSSGGHGSSTGNTAANSPTEESKKNSEDLDATKNYVSE
KLDKDQAESSKLEQILNSEKQEEHVLCACWCQGWAEIYVRRPTGDMSWIMRIQNSMQFET
NIDFPVHDIMALYRLNQYSVQKQQESTSECSGDEAEDIVDRTVDQPRNDYITKSVMSSVS
SGPIAIPGSPARPSPSRQSSRDSLESLEDGDDDLRRSRNPVRRSNSSPEMSANWKNPFLN
KEKINLQQVDRDLSSADVEVKLEAELKKHAKNAYTKDMRVSCEAIPEEMFGMGTTPPSEN
ISDHPTALRSQRSYPGATQVSQIISTTTSNTVPPSPTTIQAQGNFLGVQGRATQIQSSIS
KPPQSPTQIYPRLSSLDSGQKQMPLGSDSKPPIGRNHLADKQKDEKPDPSMLPPLPLHFR
DRGHTISVMSPVKKSRAEWDNIRRGNSPRIKETSKTGVNPSFVFLQLYHTAHFGSPSEKP
LLVPQTTAVQRAVTNLDRIQPYETHKIGVLYVGPGQASNETEILANQHGSLRYTEFLQRL
GTLVLLKDVDESVFLGGLDRNGENGNFAYIWQDDVTQVAFHVATLMPTKPSDPKCTSKKQ
HIGNNYVTVVYNESGEPYNIQTVKGQFNYACVVIQPLDHGTNQVTVQVKEELAKHIRHSE
PKIISDQNLAILSRQLALHANLASMISSSLEQNRHNPYASNWLERLRHIKRLRKRVLQES
THNNPDGATDDLSPRSNNVSNDRKRIYMDDFTEYTT
NT seq 5511 nt   +upstreamnt  +downstreamnt
atgtcgaaaatgagttcgaaagataaggacaataaaacattacacgataaactgaaacaa
ttctttcgtattaacagaggaaactataaaagtcgtgaagattttacattaactcatgat
cttgagaaagagatcagtcctgagagtcctgtgcatcatcgcacaaaggcaatcaaagat
ctgtgcgatgcagttcttaatcaacaatgggaagatagagcagctgagagattatggtat
ttggtacaagatcttttggacaaagatgtaccccgtgaacataggcatgtaacattaaat
tttttgcgatgccttgttcaaggtcaatattctaaattatcttctctaatgagagtgaag
ttttttatggttgttaaggagcacaatattcttgaagatattggtcctagattggagctc
ctgcaaagcttaacagaaaatggaaaagacatattacacttggaagaaagaatgggaccc
ttcttgttagagtggatgcctactgtaacagcaggagatgggaagaggggtgctgaattt
ttatcccttcttgtcaatgttatcaaatttaactcagcatatatcgatgaagatattata
tcaggccttgttcagtacatttgtcacttgtgctattatagcaatagcagcgaggtcgtt
tctggatgtttagaagctctagacgcaattgtttgctacagtaatttacaatccgattct
ttacaaacttttattatagcattatgtggaagtgttaacgttgaaacatattgtcaaata
agctggaagatcatgcgtaatttattaggcacacatatgggtcattctgctttatacaca
atgtgtcggttgctacaagacacgaattttcagcgtgacgttcgcgtacttagaggtgca
gttttttatgttaacatgggtctctggggtccccataggattaaaaagttggaatgtact
ccaacatctgtcctaccttcattttaccaagctttaaaatgtaatcatccaattgttatg
tacgaagtcatattatcaattcaaaggctggtaaataagtacggtgctgagttatgggac
cctacatggagcattattcttgacattatcgaagaagttatttctcacatagaaactagt
aatcagcctgcaactagacaagtttcagtcaacttacatgaaacaataaacagcattgag
aatttattggatagtagtcattataatggttgcgttcaacgattttacgatcttgttgaa
cgttgtagcgatacaagacctgaatgttccgttttgaaactaatcgagtatcgagcacat
actataggaccaacgcattaccagtggcagcctagattagccggtttgatggaacgatat
tacaaaattgagacacgtactaatgttagagtgaaagttcttgaagtcctaacgaacgtc
atccaagttaatagatctagatacgaggatgaattaattgaacgaataattgtgccatac
tttcaacacgttgatatggatcccgatattataattcgtaatggtgttgcacacctactc
gttgatgtttgcttagagtgtgacacaaaaagatgtttagaacttttagatatactagag
aaggtgatcaataagcctttctcttctgatactccagttactaaagaccacgacgttaaa
gatgtaaagactgcagttgttggtgtaataaagatattgatgtcaaaaatttatcattta
ccttcgaatcacgccatacgtgcttataaagttttggtgaattatctggaacaacactat
aaagaacaatctgtgtttcatgatgtttctacgattcgatatttgattttcgaatgcttt
ttaaaagttagggcgaacaagctttatcatcttggatttccggatgctcaaaattcaatc
gtgacaaagttcagtccatatgtagtcttagaacatgcagcaaccgagcgtatgaacagc
ggaggcggtggtagtagtccaccacctgtgagtccagctcctttacaacatttatcttgt
caaattactcacatatcactggcgcatgcatgcaaagctgttatatcttgtatcaagtca
gaaaaagattggaaagttttacaactcgtattgaaggaattacctcaaataatgcaaaac
agagcattgatattatcacgatatacaaacgatattgattactttgcaaacgcgctttgt
tcaatggtcagtgacaaaagtttgagacttccagagtccctttacaatgttcctgcgaaa
tttactatttcagaatttcgaattcatgtcttcccagtgttagcttcgttagcttcgtat
catgcacatttggaacctaatctacaacaacgtttgataaaatgtttggaagtcggttta
acagcaaaatgtgcgagtcagtgtgtcactagccttacaacttgtatcctggagatgcga
gacacgatgaacaaacttctgtcggaagtgcttttaaatttatcaaaaatctcggcaaca
gtacacatagctataccaatcctggaatttttatctactcttaccagacttccaaaggtt
ttcgccagttttattggggatcaatacatgtcggtttttgcaattctattaccctacacg
aatccgtttaagtacgatcattacacagtatcactggcgcaccacgtgattgctgtatgg
tttttaaaatgccgactaccatttcgaagagattttgtcaaattcattactaccggattg
aaagctaatgtcatagttcctttcgaggaaggtcacttgatgaaatcagattttaacttc
gtaaatgaagattcttcaaacagaaagcgcagttcaagtttaactgaacagggcagtaga
ggtagaagagaaaggccgataatggccaatcgcatgataggagataataaagtatcaagt
aagcaagcagatctaaagccaccgatcgatgaagctctaatgacttttcacgttgagctt
actgaaacttgtatcgatcttatggctcgatatacattttcaacttattcagcaagaccg
aagaggctaccggctgctgactttttacttaaagagggtcaatcgatgacgtggttactc
ggtaacaagcttattactgtaacgacaagcggttgtagcaacaaagcgatgcgaggtggt
ctttgtgataactgttgggtcgcgtgtaaacccggctcacaatctcccgataatgcgaaa
gcctctcagtccagtctaagacgagcatcgagtacagagacggcaaaagaggataaatta
tcgaggcagtcttccggcggtcatggcagttctactggaaatacagctgcaaattcaccg
acagaggagtcaaaaaaaaattcggaagatttggatgcaacgaagaattatgtatcggaa
aaattggataaagatcaagcagaatcatcaaaattggaacagatacttaatagtgagaaa
caggaggaacacgtgctctgtgcttgttggtgtcaaggttgggccgagatatatgtgcgt
agacccacgggcgatatgtcttggataatgagaattcaaaattcgatgcaattcgaaacg
aacatagattttcctgtacatgacataatggctttgtacaggctaaatcagtattcggta
cagaagcaacaagagtcgacgtcagaatgttccggcgatgaagcagaggatattgtggat
agaactgtggatcaaccacgcaatgattatatcacgaaatctgtgatgtcgtctgtgtca
tcgggtccaatagcgatacctggttcaccagcacgaccgagtccttcaaggcaaagttca
cgtgatagcttggaaagtttagaggatggtgacgatgatttacgccgttctcgtaatcca
gtacgcagatcaaattctagtccggaaatgagtgctaattggaagaacccatttctgaat
aaagagaagataaacttgcaacaagtggatcgggatctttcatcagcggatgtagaagtt
aaacttgaagcggaattaaagaaacatgcaaaaaatgcgtatacaaaagatatgagagtc
agttgtgaagctataccagaggaaatgttcggtatgggtacaacacctccgtcagaaaat
atatcagatcatccaactgcgttgcgatctcaacgttcttatccaggcgcaacacaagtg
tctcaaataatttcaaccactactagtaatactgtccctccatcacctaccactatacag
gcgcaaggaaactttttgggagtacaggggcgtgcaacacaaattcagtcgtctatttca
aaacctccgcaatcgccaacgcagatttatcctcggttatctagtcttgattctggtcag
aaacaaatgccattgggatcagatagcaaaccacctattgggcgcaatcacttagcagat
aaacagaaagacgaaaaaccagatccttctatgttacctcctctgcctttacattttcgc
gatagaggccatacaatctctgtaatgagtcctgtgaaaaaatctcgcgcggaatgggat
aatattcgtagaggaaactcgccacgaataaaagaaacttctaaaaccggcgtcaaccct
agctttgttttcttgcaactgtatcatacagcacactttggctcaccttcggaaaaacca
ttactggtaccacaaacaacggctgtgcaaagggcagtgacaaatttagataggatacaa
ccatacgaaactcataaaatcggtgtcctctacgttggcccagggcaagcttctaatgaa
accgaaattttagctaaccagcatggatctcttcgatatacagaattcttgcaacgactg
ggaacattggtcctattgaaggatgtcgacgaaagcgtgtttttagggggtttggatcgt
aatggtgaaaacgggaacttcgcatacatatggcaagatgatgttacacaggtggccttt
cacgtagctacattgatgccaacgaaaccaagtgacccaaagtgtacatccaaaaagcaa
catattggaaataattacgttactgtcgtttataacgaatccggggaaccatacaatata
caaactgtaaaagggcagtttaattatgcatgcgttgtgatccaaccattagatcatggt
actaatcaagttacagttcaagtgaaggaagagttagctaagcatattcgacacagcgaa
ccaaaaattatctctgatcaaaatttagccattttgtcccgccaactagctcttcatgca
aatcttgcttcgatgatttcgtcatcattggaacaaaataggcataatccatatgcttct
aattggctggaacgtttgcgacatattaagcggctccggaagcgtgttttacaagaatca
acacacaataatcccgatggagcaaccgatgatttatcgccaagatcgaacaatgtatca
aatgatcggaaacgtatttatatggatgattttactgaatacacaacatga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (5)   
   Pfam (5)   
All databases (17)   

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