KEGG   Pseudomyrmex gracilis (graceful twig ant): 109853729
Entry
109853729         CDS       T05003                                 
Name
(RefSeq) hamartin
  KO
K07206  tuberous sclerosis 1
Organism
pgc  Pseudomyrmex gracilis (graceful twig ant)
Pathway
pgc04140  Autophagy - animal
pgc04150  mTOR signaling pathway
Brite
KEGG Orthology (KO) [BR:pgc00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04150 mTOR signaling pathway
    109853729
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    109853729
SSDB
Motif
Pfam: Hamartin Peptidase_A2B
Other DBs
NCBI-GeneID: 109853729
NCBI-ProteinID: XP_020281690
Position
Unknown
AA seq 1052 aa
MNIGPANVAELFHHLESNKLGEVEEIKKVFHDQFLCTKDSWLINGLFDYYLSTNSARTAE
VLAGVRDPHDKHLLDRLSDILSKPTSNSKQRIQALTLLGLIARRQPTWLYKLANHALFRD
LLKLLKVEADIVPLMSALLLLVMLLPMLPAALGPYLPEIFEVFGRLASYHHQLSLLSPTP
FTLTTNVICKDHLHLIHLQVGLYNLFHRLYAMYPCNFMSYLKQQYVQREQLAIFTHTIRP
MLDSVRVHPLLVTASKDAEISATRWKKMEHHDIVIECGRFTLDKYREEILGLANSRCTPP
LDQSSTTCAPINIYEGVTTTEINESNGEEDTFWSPSMTMSPHSPPFQNTSHEPRSAPPTP
NNNRSGTSPPEAAIEATPETTPVKDLRKISTRQLPVGSSAVRALNALGNGTSSRPSTPTP
VSLYSGSGARNTDMATSTHGFLSHKLNKIMMDRQSVLQPQKVTSNNEENERLLEIAMRQN
GKNDSWQEDQEVLEIVSSHGNGVAEMPKYIESQSEDQSEKNTYGSTTDLSQKVYKLRLYS
QYQNPVEKSNSKVTHTIRHSKSCPDIRMQKKYNSEDVTAKSVKKFENAGTQTCDLFPYKH
LLLGMLDQNSQNFSQECSDSRLLPINMLDRYIETCTRVNNFSSKTRTNGARQKQKKKGEE
DVEEDKGDDDGIDSLCANQLSINFQLTQMQLQFERQRREVYAERNRRLVGKLRDSRASEE
HNVALTERLKLFEREIEDLKAQLEHNKKAAHLAEEQYKEAMHYWQTKCTEEQQQSHTLKE
RLECLELELKSEQKKATETQQQLRSTEAELFNAGHQLKTALEAADRSKELERIMDTMQKK
FVLSGEAKWKLEENIATFTPTVKHETTLIQKAYTEELNNIRRQLESRTSHLEALKARLSE
VENKEARTEAQLVNLQRLLQETKDRHAFELETVESKYQAQVEIILLLESRILELHGKLET
ATYSNTSPMANPASSASPKERSPPLSTSLASSSEGSLAFIHPGAGIIMNDCCDTSTGEIP
NLQAMIEPVPSSSQVTSPSRSIVQRPPLSKQD
NT seq 3159 nt   +upstreamnt  +downstreamnt
atgaacattggtcctgcaaatgttgccgaattattccatcatttggagtctaataagctc
ggagaggttgaggagatcaagaaagtatttcacgaccaatttctgtgcactaaggatagt
tggttgataaatggattatttgattattacctttccacaaattctgcaaggacggctgaa
gtattagcaggagttcgagatccgcatgacaaacacttgttggatcgtttatcagacatt
ctttcaaagcctactagtaatagtaaacagagaatacaggcacttacactgcttggactt
atagccaggcgtcagccaacttggttgtacaagctagccaatcatgctttattcagagat
ttactcaaattacttaaggtggaggcagatatagtaccacttatgagtgcccttctttta
ttagtaatgttgttaccaatgttacctgctgctctagggccatatctaccagaaatattt
gaggtatttggccgattggcctcttatcatcatcaattgtctttactttctcctactcct
tttactttgactacaaatgtcatctgcaaggatcacttgcatctcatacatttgcaggta
ggattgtacaacttgtttcatagactgtatgcaatgtatccttgcaattttatgtcatac
ctgaagcaacagtatgttcaacgtgagcaattggccatatttactcatactattagacct
atgttggattctgtgcgtgtgcaccctttgcttgttacagcatccaaagatgcggaaatt
tcagccactagatggaaaaagatggaacatcacgatattgtgatagaatgtggccgtttt
acgttagataaatatcgagaagaaatattaggcttagctaattctcgatgcactccacct
ctagatcaatcttccactacttgcgcgccgataaatatttatgagggagtgacaactaca
gagataaatgagagcaatggagaggaggatacgttctggtcaccaagcatgacaatgtca
ccacatagtccaccgtttcaaaatacatctcacgagccgcgctctgctcctccaacacct
aataacaaccgaagcggtacttctccacctgaggctgctatagaagctactcccgagaca
actcctgtcaaggatttgcgaaagatatcaacgagacaactgcctgttggatctagcgcg
gtacgtgctttgaacgcattaggcaatggcacatcctctcgaccgtcaacgcccactcct
gtaagtttatattctggttcaggagcgagaaatacggatatggcaacaagtacacacgga
tttctgtctcataaattaaacaaaattatgatggacagacaaagtgtcctacagccgcaa
aaagtaacgagtaataacgaagaaaacgaaaggcttttagaaatagctatgcgccagaac
gggaaaaatgattcttggcaagaagatcaagaggttttggaaatcgtcagttcgcacggc
aatggagtagctgaaatgccaaaatacatcgaatcgcaatctgaagaccaaagtgagaaa
aacacgtacggttctacaaccgatttatcgcaaaaggtttataaacttcgattatattct
caatatcagaatccagtggaaaaatcaaactcgaaagtaacgcacacgattcgacactcc
aaatcttgtcctgatataagaatgcagaaaaaatataacagcgaggatgtgacagccaaa
tcagtgaaaaagtttgagaatgctggcacccagacatgcgatttatttccgtataaacac
ttgttgctgggaatgttagatcagaacagtcaaaactttagtcaagagtgttccgattca
agactgttgccgatcaacatgctcgatcggtatattgagacatgtacaagagtgaataac
ttctctagcaaaactagaacaaacggtgccagacagaaacaaaagaagaagggcgaagaa
gatgtcgaagaggacaaaggagatgacgatggtatagattcgctttgtgctaatcagtta
tcaatcaactttcaacttacacaaatgcagctacagtttgaacggcaacgacgagaggtt
tatgccgagcgtaatcggcgtttagtcggtaaattgagggattcacgagcttcggaagag
cataatgttgctctgaccgaacgtttaaaattgttcgagagagaaattgaagacctaaaa
gcacaattagaacataataaaaaagcagcacatctcgctgaggaacaatataaggaagct
atgcattattggcaaactaaatgcaccgaagaacaacaacaaagtcatacactcaaagaa
cgcttagagtgtcttgaactagaattaaaaagtgaacaaaagaaagcaacggaaacacaa
caacaacttcgttctactgaagcggaacttttcaacgcgggacaccaacttaagacagca
cttgaagctgcggaccgatctaaagaactggaacgtataatggataccatgcagaaaaaa
tttgttctttcaggagaggcaaaatggaaattagaagaaaatatagctacttttacgcca
acagttaagcatgaaacgacgctaattcagaaagcatatacagaagaattaaataacatt
cgacgacagttggaatcgcgaacatcacacttggaagcgctgaaagcacgtttgagtgag
gtagagaacaaagaggcgcgcacagaagcgcaactggtgaatctccaaagactcttgcaa
gagacaaaagatcggcatgcgtttgaattggaaactgtagaatcgaaatatcaggcgcaa
gtagaaataattctacttttagagagtcgtatacttgagcttcacggcaaactggagact
gcaacgtactccaatacatcgccgatggctaatcccgcttcttcagcttcgcctaaagag
cgatccccacctctctcaaccagcttggcctcgtccagtgagggcagcctcgcatttatt
catccaggcgccggaatcattatgaacgattgttgcgacacttcaacgggcgagattccg
aatctacaagctatgatagaacccgtaccaagtagcagtcaagtcacttcaccgtcacgt
tctatcgttcaacgaccaccattgtcaaaacaagactaa

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

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