KEGG   Apis mellifera (honey bee): 412278
Entry
412278            CDS       T01057                                 
Name
(RefSeq) tuberin isoform X1
  KO
K07207  tuberous sclerosis 2
Organism
ame  Apis mellifera (honey bee)
Pathway
ame04140  Autophagy - animal
ame04150  mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:ame00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    412278
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    412278
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ame01009]
    412278
Protein phosphatases and associated proteins [BR:ame01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     412278
SSDB
Motif
Pfam: Tuberin DUF3384 Rap_GAP MMS19_N
Other DBs
NCBI-GeneID: 412278
NCBI-ProteinID: XP_006572241
BEEBASE: GB49428
UniProt: A0A7M7H6G3
Position
LG11:complement(6999104..7009164)
AA seq 1826 aa
MSKMSSKDKDNKTLHDKLKQFFRINKGNYKSREDFTLTHDLEKEISPESPVHHRTKAIKD
LCDAVLNQQWEDKAAERLWYLVKDLLEKDVPREHRHVTFNFLRCLVQGQYSKLSSLMRVK
FFMVVKEHNIPEDIGPRLELLQSLTENGKDILHLEERMGPFLLDWMPIVTAGDGKRGAEF
LLLLVNVIKFNSAYIDEDIISGLVQYICHLCYYSNSSEVVSGCLEALDAIVCYSNLQSDS
LQTFIIALCGSVNVETYCQISWKIMRNLLGTHMGHSALYTMCRLLQDTNFQRDVRLLRGA
VFYVNMGLWGTHKIPKLECTPTSVLPSFYQALKCNHPVVMYEVILSIQRLVNKYGTELWD
PTWSIILDIIEEVISHTETSNQPATRQVSVNLHETINSIENLLDINHYNGCIQRFYDLVE
RCSDARPESSVLKLIEYRARSIGPTHYHWQFKLANLMERYYKIETRTNIRMKVLDVLTNV
VQINRSRYEEELIERIIVPYFQHVDMDFDITIRNGVAHLLIDLCLECDTKRCLELLDILE
KVINKPFTSDIPITKDVDIKDIKTAVVGVIKILISKIYYLPSSHAIRAYKVLVNYLEQHY
KEPTVFYDIPTIRYLIFECFLKIRANTLYHLGFPDTQNLSVIKFSPYLILEHTTTERINS
GGGGNSPPPVNPAPLQHLSCQITYMSLALACKAVISCIKLEKDWKVLQLVLKELPQVMQN
RALILSRHTNDIDYFANALCSMVSDKSLRLPESLYNVPPKFTLSEFRVHVFPVLASLASY
HAHLEPNLQQRLIKCLEVGLTAKCASQCVTSLTTCILEMRDAMNKLLSEVLLNLSKISAT
VHIAIPILEFLSTLTRLPKVFASFIGDQYMSVFAILLPYTNPFKYDHYTVSLAHHVIAVW
FLKCRLPFRRDFVRFITTGLKANVIVPFEEGHLMKSDFNFINEDSSNRKRSSSLTEQGSR
GRRERPIMTNRMIGDNKVSDLKPPIDEALMTFHVELTETCIDLMARYTFSTYSARPKRLP
SADFLLKEGQSMTWLLGNKLITVTTSGCSNKAMRNGLCDNCWVVCKSGPQSPEHSKALQS
NLRRASSIETAKEDKLSRQFSGGYGNSTVNTAANSPTEELKKTSEDLDSIKKDHSLEKID
KDQAESSKLEQILNSEKQEEHVLCACWCQGWAEIYVRRPTGDMSWIMRIQNSMQFETNID
FPVYDIMALYRPNQDLKQKQQEFTSEYSGDETEDIADKNMDQIKNDHNNMKSMISSVSSG
PIAIPGSPARPSPSRQSSRDSLESLEDGEDDLRRSRNPVRRSNSSPEMSANWKNPFLNKE
KLNLQQVDRDFSADIEIKLDAELKKPAKTTYAKDMRVSCEAIPEEIFGMGTTPPSENVSD
HPAALQSQRSYPGTAQVTQIITNTSSSNTVPPSPTTIQIQGNFLGVQGRATQIQSVTKPP
QSPTQIYPRLSNFESGQKQISLGTDSKPLIGRNHLDKQKDEKADPSMLPPLPLPFRDRGH
TISVMSPVKKSRGEWDNIRRGNSPRIKETPKTGINPSFVFLQLYHTAHFGSPSEKPLLVP
QTTAVQRAVTNLDRIQPYETHKIGVLYVGPGQASNETEILANQHGSLRYTEFLQRLGTLV
RLKDVDESVFLGGLDRNGENGNFAYIWQDDVTQVAFHVATLMPTKLSDPKCTSKKQHIGN
NYVTVVYNESGESYNIQTVKGQFNYACVVIQPLDHGTNQVTVQVKEELAKHIRHSEPKII
SDQNLAILSRQLALHANLASMVSSSLEQNSHNPYASNWLERLRHIKRLRNRVLQESTNNN
PDGTTDDLSPRSNKRIYMDDFTEYTT
NT seq 5481 nt   +upstreamnt  +downstreamnt
atgtcgaaaatgagctcaaaagataaagataataaaacgttacatgataaattaaaacaa
ttttttcgtattaataaaggaaattataaaagtcgtgaagattttacattaacacatgat
cttgaaaaagaaattagtcctgaaagtcctgtacatcatcgaacaaaagcaattaaagat
ttgtgtgatgcagttcttaatcaacaatgggaagataaagctgctgaaagattatggtat
ttagtaaaagatcttttagaaaaagatgtacctcgtgaacatagacatgtaacatttaat
tttctgcgatgtcttgttcaaggtcaatattctaaattatcttctcttatgagagtaaaa
ttttttatggttgttaaagaacataatattcctgaagatattggacctagattggaactt
ctacaaagcttaacagaaaatggaaaagatatattacatctagaagagagaatgggacct
ttcttattagattggatgccaattgttacagcaggagatggaaaaagaggagctgaattc
ttattacttcttgttaatgtcattaagtttaactcagcatatattgatgaagacattata
tcaggccttgttcagtatatctgccatctatgttattatagtaatagtagtgaagttgtt
tctggatgtttagaagctttagatgcaattgtttgttacagtaatttacagtctgattca
ttacaaacttttatcatagcattatgtggaagtgttaatgttgaaacatattgtcaaata
agttggaagataatgcgtaatttattaggtacacacatgggtcattctgcattatataca
atgtgtcgtttgctacaagatacaaattttcagagagatgttcgtctacttagaggagca
gtattttatgtaaatatgggtctttggggaactcataaaattccaaaactagaatgtact
cctacatctgttttaccttcattttatcaagctttaaaatgtaatcatccagtagttatg
tatgaagttatattatcaattcaaagattagtaaataaatatggaactgagttatgggat
cctacatggagcattattcttgatattattgaagaagttatttctcatacagaaacaagt
aaccaacctgcaactagacaagtctcagtgaatttacatgaaacaataaatagtattgaa
aatttactagatattaatcattataatggttgtattcaacgattttatgatctcgttgaa
cgttgtagtgatgcaagacctgaaagttctgttttgaaattaattgaatatcgagcacgt
tctattggacctacacattatcattggcaatttaaattagcaaatttaatggaacgttat
tataagattgaaacacgtaccaacattagaatgaaagttcttgatgttttaacaaatgtc
gtccaaattaatagatctagatatgaagaagaattaattgaacgaataattgtgccatat
tttcaacatgttgatatggattttgatatcactattcggaatggtgttgcacatttactt
attgatctttgtcttgaatgtgatacaaagagatgtttagaacttttagatatattagag
aaggtaatcaataaaccttttacatctgatataccaattacaaaagatgttgatatcaaa
gatataaaaactgcagttgttggtgtgataaaaattttaatatcaaaaatttattattta
ccttcaagtcatgctatacgagcttataaagttttagtaaattatttggaacagcattat
aaagagccaactgtcttctatgacattcctactattcgatatttgatttttgaatgtttt
ttaaaaattagagcaaacacactttatcatcttggatttccggatactcaaaacttatcc
gtgataaagtttagtccatatttaattttagaacatacaacaactgaacgaataaatagt
ggaggaggtggtaatagtcctccaccagtcaatccagctccattgcagcacttatcttgt
caaattacttacatgtcattggcacttgcatgtaaagctgttatttcctgtattaaattg
gaaaaagattggaaagttttacaactggtattaaaagaattacctcaagtgatgcaaaac
agagcattaatattatcacgacatacaaatgatattgattattttgcaaatgcactttgc
tcgatggttagtgacaaaagtttaagacttccagagtctctttacaatgtccctccaaaa
tttactctttcagaatttcgcgttcatgtttttccagtattagcatcattagcttcatat
catgcacatttagaacctaatttacaacagcgtttaataaaatgtttagaggttggttta
acagcaaaatgtgcaagtcaatgtgttactagccttacaacttgtattttagagatgcgt
gatgcaatgaataaacttttatccgaagtacttttaaatttatcaaaaatttcagcaaca
gtacatatagctataccaattttagaatttttatctactcttactagacttccaaaagtt
tttgcaagttttattggagatcaatacatgtcagtttttgcaattctattaccatataca
aatccttttaaatatgatcattatacagtatccttggcacatcatgtaattgctgtatgg
tttttgaaatgcagattaccatttcgaagagattttgttagatttattactacaggtttg
aaagctaatgttatagttccttttgaagaaggtcatttaatgaaatcagattttaatttt
ataaatgaagattcttcaaatagaaaacgtagttcgagtttaacagagcagggcagtaga
ggcaggagagaaagaccaataatgacaaatcgaatgataggagataataaagtttcagat
ttaaagcctccaattgatgaggctttaatgacttttcatgttgaacttactgaaacttgt
attgatcttatggctcgatatacattttcaacttattcagctcgacctaaaagattacca
tctgctgattttctacttaaagagggtcaatctatgacatggttacttggtaataaactt
attactgtaacgacaagcggttgtagtaataaagcaatgcgaaatggactttgtgataat
tgttgggttgtgtgtaaatctggtcctcaatctcctgaacattcaaaagcattgcaatca
aatttacgacgagcatcaagtatagagacagcaaaagaagataaattatctagacagttt
tctggaggttatggaaattctactgtaaatacagctgcaaattctccaacagaagaattg
aagaaaacatcagaagatttagattctataaaaaaagatcattctttagaaaaaatagat
aaagatcaagcagaatcgtcaaaattagaacaaatacttaatagtgagaaacaagaagaa
catgttctttgcgcttgttggtgtcaaggatgggctgaaatatatgtgcgtagacctaca
ggtgatatgtcttggataatgagaattcagaattctatgcaatttgaaacaaatatagat
tttcctgtgtatgacataatggctttatatagaccaaatcaggatttgaagcaaaagcag
caagaatttacatcagaatattctggagatgaaacagaggatattgcagataaaaatatg
gatcaaataaaaaatgatcataacaatatgaaatctatgatatcttctgtgtcatcaggt
ccaatagctatacctggttcaccagctcgaccgagtccttcaaggcaaagttcacgtgat
agtttagaaagtttagaagatggtgaagatgatttacgtcgttctcgaaatcctgtacgt
agatcaaattctagtcccgaaatgagtgctaattggaaaaatccattcttgaataaagaa
aaattaaatttacaacaagtcgatcgtgatttttcagcagatatagaaattaaacttgat
gctgaattaaagaaacccgcgaaaactacgtacgcaaaggatatgagagtcagttgtgaa
gctataccagaagaaatatttggtatgggtacaacacctccatcagaaaatgtatcagat
catccagctgcattacagtctcaacgctcttatccaggcacagcacaagtaactcaaatt
attacgaatactagttcgagtaatactgttcccccatctcctactactatacagattcaa
ggaaattttttgggagtacaaggacgtgcaacacaaattcaatctgttacaaaacctcca
caatcacctacacaaatttatcctcgattatctaattttgaatctggtcaaaaacaaata
tcattaggaacagatagtaaaccacttattggacgtaatcatctagataagcaaaaggat
gagaaagctgatccttcaatgttaccacctttaccattacctttccgtgatagaggtcat
acaatttctgtaatgagtcctgtgaaaaaatctcgcggagaatgggataatattcgtaga
ggaaattcgccacgaataaaagaaactccgaaaactggtattaatcctagttttgtgttt
ttacaactatatcatacagcacattttggttcgccttcagaaaaacctttattggttcca
cagacaacggctgtacaaagagcagtaacaaatttagatagaatacaaccatatgaaact
cacaaaattggagttctttatgttggtccaggacaagcttctaatgaaactgaaatttta
gctaatcaacatggatcacttcgatatacagaattcttacaacgattaggaacattagtt
cgattgaaggatgttgatgaaagtgtgtttttaggaggattagatcgtaatggtgaaaat
ggaaacttcgcatatatttggcaagatgatgttacacaggtagcatttcatgttgctaca
ttaatgcctacaaaattaagtgatccaaaatgtacatctaaaaagcaacatattggaaat
aactatgttactgttgtttataatgaatctggagaatcatataatattcaaactgtaaaa
ggacagttcaattatgcatgtgttgtaattcaacctctagatcatggtactaatcaagtc
acagttcaagtaaaagaagaattagctaaacatattagacacagtgaaccaaaaattatt
tctgatcaaaatttagctattttatctcgacaattagctcttcatgccaatcttgcttca
atggtttcatcatcattagaacaaaacagtcacaatccatatgcttctaattggttagaa
cgtttacgacatattaaaagacttagaaatcgtgtgttacaagaatcaacaaataataat
ccagatggaacaactgatgatctatccccaagatcaaacaaacgtatttatatggatgat
tttactgaatatacaacatga

  All links  
Gene (127)   
   RefGene (123)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   BEEBASE (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (6)   
   RefSeq(nuc) (2)   
   GenBank (2)   
   EMBL (2)   
Protein domain (4)   
   Pfam (4)   
All databases (140)   

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