KEGG   Cryptotermes secundus (drywood termite): 111867485
Entry
111867485         CDS       T07421                                 
Name
(RefSeq) insulin receptor substrate 1 isoform X1
  KO
K16172  insulin receptor substrate 1
Organism
csec  Cryptotermes secundus (drywood termite)
Pathway
csec04068  FoxO signaling pathway
csec04081  Hormone signaling
csec04140  Autophagy - animal
csec04150  mTOR signaling pathway
csec04213  Longevity regulating pathway - multiple species
Brite
KEGG Orthology (KO) [BR:csec00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04068 FoxO signaling pathway
    111867485
   04150 mTOR signaling pathway
    111867485
  09133 Signaling molecules and interaction
   04081 Hormone signaling
    111867485
 09140 Cellular Processes
  09141 Transport and catabolism
   04140 Autophagy - animal
    111867485
 09150 Organismal Systems
  09149 Aging
   04213 Longevity regulating pathway - multiple species
    111867485
SSDB
Motif
Pfam: IRS PH PH_11
Other DBs
NCBI-GeneID: 111867485
NCBI-ProteinID: XP_023713180
Position
Unknown
AA seq 1505 aa
MASLKTSACEARGRCHDGRGGEIVKMGYLRKLKGGLLLQTMKKRFFILRGDSSEASARLE
YYEDEKKWKKNHSPRRAISLKTCFNINRRQDTKHKHVIALYTKDDCFGLVLDSEEELEDW
LKALLSLQYGEDIVDGEEPKPTFEHVWQVTVLNKGLGNTRNMLGRHLLCLTDRSLSLVKL
TQEERAETYEFSLVSVRRCGRSDCFFYMEVGRSSCTGEGELWMQTEDTNIADNMYAAILH
AMSNNSSKEEQLARPRSSSTNEVSKPIAMLQRRQTHVGNSSVKEAAPPTRAVPTNEPDPH
GHPQQVLSAASLPVASSCHHHHRTVTLHHPTPLVRPSQRRHSVSALSCVGSGDAGSHQRT
YSLPLSEPGPHTPWESRRGSTGRTGKRTSGSSNMRSSGRERSDSVPSRTRTISDGPHRSL
VPNCGSSRPHSVCWPAGSPVSPASGPCSTDSPGSSLSIDEGDGEGWGGYGHSLTPDEPVI
LEENCSDDAIWPGTTSLLPPLRKFSPSQMPTNVSTGSPSQDAYSPHSSSPMDPLGGYITM
IQHGTGTEVSTCQRAPSSSNHSRASSLAEETSNGYVPMAPVDDGYVDMEPGQRYHGEDCA
HGEMSPASSCSVTSGTPSTDMRFSEYHLEKVSSYFTPSEEDETSSLDRPTRAYSVGSRPD
AMKRTNRLEIVNQADASRVRAFSVGSRTVNKLSSRALAYDLYMTRQHPMLTPPHHTGGHH
LTQTPTAGGKKSLSAPLLCNSWSGGGTLRHHVHGSSHSSMEPMDDLMEMDFTRNTRGKPK
ANRGSKLEDKPSVVNGYVDMSPRSTASRQADVKSGNVVAASPPKSVIPTISPKIVDYHAQ
SQPIPTPAKVTGASSLSPKTAGPYMEMRPGPSPPTKPSMMQRKTSTVDPPFSDIKNLNTQ
PTSDAFYTSSQNFSSVSPYVEMKSDLHHNNFPVTSGCQSRKPTSPIQEEYMDMGKPGSAS
SDEGYGGVSSVARTAPVDTPHPKKPPEGNMEIAWTGLSRPMQRLSLETYRSNSEDYMNLS
FEGHENSKRKEKRKGRYSSQPIVIQAREAEAAIAAGKPHSSSTSPVFSLSSLIGRKHSTG
TPPKVPPPAFLPLGHTSGNSPGSSPSSSLRRSHIHKTSRQDSIENTGLITPTGSTVTIFP
FSLNSPGSPMKPFPGQQQNKSQAPPLATAPGTDIHYESSRKCLVDATSGTLRLSYPQAPY
SPESTPTTPDSSSSSSEQPTPVNAESQNDLNKVGSPRSHNYVNYSPFHQTREEPVFGDYA
LMRPVAVTASCKTSAPGKIMNLKTDSMDLTTIPDYKSVSRKVPSTAMFCLSETVSTPKLV
TSSTIAPNKEAVQFGRQNVTGSGNKVGKAGTVARQLSGPSMRSTEASSNSKISRQPSGSS
LGSAEGAISRQLSSSSVESVVTGQAAAVSGGSPTSSRPPSVSSERELHYASLDLAPSGSE
GEDGSRSPHSIRTQGSLTESSTSSPSPNPVNQGTGEPAFTYAEIDFAKSEGLRNVSCSLN
KKLRH
NT seq 4518 nt   +upstreamnt  +downstreamnt
atggcatcactgaaaacatctgcctgtgaggctcgtggtcgctgccatgatggacggggt
ggtgagattgtgaagatggggtaccttcggaaactcaagggcggtcttctgttgcagacc
atgaagaagcggttcttcattttgcgtggagattcatctgaagcttcagcacgactggag
tactatgaggatgagaagaagtggaagaagaaccactctcccagaagggccatctcactg
aaaacgtgctttaacatcaaccggcgacaagacacaaaacacaagcatgtgattgctctg
tacacaaaggatgactgctttgggctggtgctggactctgaggaggagttagaagactgg
ttgaaggctcttctctcgctgcaatatggggaggacatagtggatggggaagagcccaaa
cctacgtttgagcatgtgtggcaagtgacagtgctgaacaaaggccttggcaacactcgc
aacatgttgggtcgccacctgctgtgtctaactgacagaagcctgtctctggttaagctg
acccaggaggagagggctgaaacatacgagttctcgcttgtgagtgtccggcgttgtggg
cgctctgactgcttcttttacatggaggtggggcgttcctcctgcacgggtgagggagag
ctctggatgcagactgaggatacaaacattgctgacaacatgtatgctgccatcctgcat
gctatgagcaacaacagttctaaagaggagcagttggcacgcccacgttcctcatctacc
aacgaagtctcgaaaccgatcgccatgctacaaagacgccaaacacatgtgggcaacagt
tctgttaaagaagctgcaccccctacgcgtgcagtgcctaccaatgagccggaccctcat
ggccaccctcagcaggtgttgtctgctgctagtctgcctgtcgctagtagttgccaccac
caccaccgcaccgtgaccttacatcatccgacgccactggtgcgtccatcccagaggagg
cactctgtgtcagcactttcctgtgtgggaagcggggatgcgggttcccaccaacgtacc
tactccttaccactgtctgagcccggaccccacaccccttgggaatctaggagagggagc
acaggtcgaacaggcaagagaacttcaggcagcagtaatatgcgcagctctggtcgtgag
cgttcagacagtgttccgtcacgcacacgaacaatcagcgatggtccacaccgcagtctg
gtcccaaactgtggcagcagtcggccacactcagtgtgctggccagcaggcagtcctgtc
agccctgcatcaggtccatgctcaactgactcaccaggctcatccctgtccattgacgag
ggtgatggagaaggatggggaggctatggacactccctgacaccagatgagcctgtaatt
cttgaggaaaattgtagtgatgatgcaatatggcctgggaccacatcattgttgccacct
ctccgcaagttctcacccagccagatgccgactaatgtcagcacaggctcccccagtcag
gatgcatacagtcctcacagttcatcaccaatggatccattgggaggatacataaccatg
atacagcatggaacagggacagaggtgagcacatgtcagcgtgcaccaagctcttccaat
cacagccgagccagcagtctggctgaggagacttcaaatggctatgtgccaatggcgcct
gtggatgacggctatgtggatatggagccaggacagaggtaccatggtgaagactgtgcc
catggagaaatgtctcctgctagtagctgttcagtcacttccggcactccatctacagat
atgcgcttctctgagtaccacctggagaaggtgagctcatatttcactccatcagaagag
gatgaaacatcgtcactggatcgtccaacacgggcctactctgttggctctcgtccagat
gcaatgaagcgtacaaacaggctagaaattgtgaatcaggcagacgcttcaagagtgcga
gcattctctgtcggcagccggacagtgaataagctgagttcacgggcactggcatatgat
ttgtacatgacacgccaacatcccatgctcacaccaccacatcacacaggtgggcatcat
ctgacccaaacccccacagctgggggtaagaagtctctgtctgctcccctgctctgcaac
tcatggtcaggaggtggtaccttgcgccaccatgtgcatggcagtagccactcatctatg
gagccaatggatgatctcatggagatggactttacacgcaacacacgaggcaagcccaag
gccaatcgtggcagcaagttagaagacaagccatctgttgtcaatggctatgttgatatg
tccccgcgttccacagcctccaggcaggctgatgtaaagtcagggaatgtggtagctgca
tcccctccaaaatcagttatccccacaatctctccaaaaattgttgattatcatgctcag
agtcaaccaatccccactccagcaaaagtcacaggtgcatcctcattgtctcccaagact
gctgggccatatatggagatgaggcctggaccatcaccacccacaaagccttccatgatg
cagcgcaagacatccactgtagacccaccattctcagatatcaagaacttaaacacacag
cctacaagcgatgctttctataccagttctcagaacttcagcagtgtctctccttatgtg
gagatgaagagtgacctgcaccacaacaatttcccggtgacctcagggtgtcagagtcga
aagccaacatcgcccatacaggaggagtacatggatatgggcaagcctggcagtgccagc
agtgatgagggctatgggggagtgtctagtgttgcacgcactgcaccagtggacactcca
cacccaaagaagcctccagaaggtaatatggaaattgcatggacaggtttgtccaggcct
atgcagcgtttgtcactggagacctacagatcaaacagtgaagattacatgaacctctca
tttgagggacatgagaacagcaagaggaaagagaaacgaaagggtcggtacagttcccag
ccaatcgtcatccaggcacgtgaagcagaggctgcaatagcagcaggcaagccacattct
tcatccaccagtcctgtgttctcactgtccagtttaataggacgcaaacactctactggt
acgcctccaaaagttccacctcctgccttccttcccctaggccacacatctggcaactca
ccaggctcaagtcccagttcctctctacggcgcagtcatatccacaagaccagtaggcaa
gatagcatagagaacactggtctgatcacaccgacaggctccacagtcacgatattccca
ttcagtcttaacagtccaggatcaccaatgaaaccgttcccaggacagcagcagaataaa
tcacaggctcctcccttggcaacagcccctggtacagatattcactatgagtcgtcacgg
aagtgtctggtagatgccaccagcggtacattgcggctatcctatccacaagctccatat
tctccagagtcaacccccacaactcctgactccagcagctcgtcttctgaacaacctaca
cctgtgaatgcagagtcacagaatgacctgaacaaggttgggtcacccagaagtcacaac
tatgtgaactatagccctttccatcaaacaagagaagagccagtgtttggggactatgcc
ttgatgcggcctgtggcagtaacggcgtcatgcaagacttctgcccctggcaaaataatg
aacttgaagactgacagcatggacctcactaccattccagattacaaatctgtttctcgg
aaggtaccaagcactgccatgttctgcctcagtgagacagtcagcacaccaaagttggtc
actagttccaccattgcaccaaacaaggaagcggttcagtttggtagacagaatgtcact
gggtctggcaacaaagttggcaaggcaggaacggtagcccggcagctgtctggtcccagc
atgaggtccacagaagccagcagcaacagcaaaatctctaggcagccatctggctccagc
ctgggatctgctgagggggccatctccagacaactttccagttcgagtgtggaatccgtg
gtgacaggccaagcagcagcagtttctggtgggtcacctacttcttcccgtcccccatct
gtgagcagcgaacgggaactccactacgcttcactggaccttgctcccagtggctcagaa
ggggaagatgggtcacgcagtccccacagcatcaggacacaaggatctctcacagagtcc
tccacctcctctcctagccccaaccctgttaaccagggaacaggggaaccagccttcacc
tatgctgaaatagattttgctaagagtgaagggctacgcaatgtttcatgttcgctgaac
aagaaattgcggcactga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (8)   
   RefSeq(pep) (8)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (3)   
   Pfam (3)   
All databases (21)   

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