KEGG T00019: CELE

Caenorhabditis elegans (nematode): CELE_C10C5.6

Entry

CELE_C10C5.6 CDS T00019

Gene name

daf-15

Definition

Protein DAF-15, isoform B

Orthology

K07204

regulatory associated protein of mTOR

Organism

cel Caenorhabditis elegans (nematode)

Pathway

cel04150

mTOR signaling pathway

Class

Environmental Information Processing; Signal transduction; mTOR signaling pathway [PATH:cel04150]

SSDB

Motif

Pfam:

Raptor_N HEAT HEAT_2 HEAT_EZ

Other DBs

NCBI-GI:

NCBI-GeneID:

WormBase:

UniProt:

Position

IV:join(9386447..9386521,9386586..9386683,9386902..9387123,9387249..9387545,9387595..9387721,9388093..9388462,9388519..9388698,9388742..9389475,9389544..9390406,9390453..9390561,9390993..9391209,9391252..9391431,9391478..9391636,9391686..9392217,9392701..9393012,9393074..9393279,9393680..9393894,9393944..9394272,9394393..9394516)

AA seq 1782 aa
MEEDRSITPFSSFAERLTVNLWHAQRNVERVTLYLQEPRHVEDIAGSMEDEWDCIEECVN
RRKGSDRLRTASVAIIMCLHLGVDPPEAPSRKDAPSRLLSWVDPYKCGAHKAAIEIGLST
QRAYEKWQPKSKTRYKICTDPPIDDVRKVATNLRRISGNDRVLFHYNGHGVPKPTDNGEI
WVFNKSFTQYIPLSIFDLQGWLDYPTIYIWETHSAETILHNYRRFGEDQKISWQSRFDRW
QEEQRNLPPISSKMTDADQAEALGFPEKYPRYNDCIHLAACSAGQWLPMSNPHLPADLFT
SCLTTPIRTSLAFHLSHSEHRDEYPENILDMIPGNLAERRTVLGELNWIFTAITDTIAFT
SIDRDSFQKLFRQDLLLATLFRSFLLAQRVMSKFNVLPVSQPPLKDTSMHDLWRCWDQTM
DMVLDYCRELIYVKECERALFCGRDVINRSNVFPFLVLIDFEHVLTYNETHQYNTFFTEQ
LQAFELWLDYGVDEGTPPLQLPMVLQVLLSQAHRVRALRLLARFLDFGRWAIGYSLAVGI
FPYVLKLLQSNISDLKISLAFIWAKILAVDPSCQMELFNECIDESATQQQSPAQSQQPSV
ALKPSSMFANHPPPAQLTMDKRALQINTQTGGRFQTNQNQALDMQLQYAQQQAHQRQMDP
SGGQHSPNAQPRQPQPQQPQQLQQQPSQQQQQQSRQPQGIMKPTNAQPQEKKTMLRFQYF
LQLLGDPEIKPKQKTVAAFVLAQLTSNNFKLAQKELTNKGYMGICTELMVDDTARSVKLL
KLWILIGLGRLWSDYDVARWQGIRLMAHDKMILELSDESAEVRAAAVFALGSLLRNSSRS
NEHASAVEENLAGELCSQCVFDSSVLVREELIVALQWFVFDFEKRFVKFLLELSNQIKFK
LPRKRNSSENLSEQGLDIAAEMPSNHRRPRAPPVNEFMQPSVIRKKMSTSVFSTAVEETV
HEDGIGNVYHIAHEAGNRVEQESEDIEYRERAKVQIKHLEAKTFNEAVAKTWLSLLILSL
DPIERVARMAQKIVHRVEAGMPEMQANIDNTMAHLSRKMIARKNSKATVEMPRKPVGPSE
EVSTLSERIKRNLEVEKVVEMIPESGVSADGIDFTKLNMQKAKEQRKGGKGGQIKKLQDE
SKVKFQVGSPGDVNQQHKNALSPGSSFTDETQSSELFSKDDSSDDDENKSANDEKDRATT
ASGKTVKGAFRKSDIMDAALMEFTPRRTKAVPGDFAVKEESKTLRTVIENPIVSTQFVAW
CSKVFVEPILHVITLDEEKSEDWEHEDEDEFMPEQFREKIKDIQKQDRKMHEEKRARDKK
EGKKEKSQEDVVVTTTTISDWAIHAMEGMLQSADIEGRDFQSCKYDECLWRVKLTHPARS
LTTSKLRRCMYASDGRLMTIIRQDTDTRSFRRFDLTASNPFCPSYVSQLILINDMSREMV
IACSTNGVVRIWDPYFLGWCDDYEKPPELVSASFPLESQMKISDETNRCLFDWNQQNGKL
LCTGTRSVRIWDAHCEKVCHDVMYSPGSKQQTGPGAKLNTNTLPTAMSGNLDEEGNMVAV
GYADGRVDYFDMRMANPKAARCNLAPVNMSKQFNDRPPGIMHLRVNRQGFGTELFAGSQD
GSIYKLQLRMFKEATPSIVTPWEYGAHSHMFVHEDSRILASAGGGELAIYDVAQNKLMAR
ILPPGEPNSMRRDKNSSTFGLFSSQRKLSQVQMSGRMSSMSSATVGEDRQPKVISLTMHQ
MRLLTVAGYDDNTVCVYGSPKPGLTGHYENTQGASSPPSQSL

NT seq 5349 nt +upstreamnt +downstreamnt
atggaagaggataggagtataacaccgttttcctcgtttgcagaacgtttgacagtcaat
ttgtggcatgctcagagaaatgtagaaagagtcacattatatttacaagaaccccgacat
gtcgaagatatcgcaggaagtatggaagatgagtgggattgtattgaagagtgcgtaaat
cgccgaaaaggcagtgatcgcctccgaactgcatctgtcgccatcatcatgtgtctacat
ttgggagtcgatccaccagaagctccgtctcgaaaagatgctccttctcgtcttttatca
tgggttgatccatataaatgtggtgcacacaaagcagccatagagatcggattgagcact
caaagggcttatgaaaagtggcaaccaaaatcaaaaactcgatataaaatttgtacggat
ccgcctatcgatgacgtgagaaaagttgcaacaaatcttcgaagaatcagtggaaatgat
cgagttctgtttcactacaacggacacggtgtaccgaaaccaacagataatggagaaatt
tgggtatttaataaaagcttcacccaatatattccattgtcaatattcgatctacaagga
tggcttgattatcccacaatttatatctgggaaactcattcagctgagacaattcttcat
aactatcgacgatttggagaagatcagaaaatatcctggcaaagtaggtttgatcgatgg
caagaggaacagaggaatctaccaccaatctcatcaaaaatgacagatgctgatcaagca
gaagcattaggttttccagagaaatatcccagatataatgattgtatccatctagcagca
tgcagtgccggtcaatggcttccaatgtcgaatcctcatctgccagctgatctattcact
tcctgtctaaccacgcctatccgaacatcactcgcatttcatttgagtcattcggagcat
cgtgatgagtatccggaaaacattttggacatgattcctggaaatcttgctgaacgaaga
actgtgctcggagagctcaactggatattcactgccatcactgacacaattgcattcact
tcaatagatcgtgactcgttccaaaaacttttccgtcaggatctacttttggcaactctg
ttcagaagtttcttgcttgcacaaagagttatgtcaaagttcaatgttttaccagtttcg
cagcctcctctgaaagacacatcaatgcatgatttatggagatgctgggatcaaacaatg
gatatggttctagactattgtagagaattgatttatgtcaaagaatgcgaaagagcactg
ttttgtggaagagatgttattaatagaagcaatgtgttcccgtttttagtgctcattgac
ttcgaacatgtgctgacttacaatgagacccaccagtacaacacattcttcacagaacaa
ctacaagcttttgaactttggctagactacggtgttgacgaaggaacacctccactccaa
cttccgatggttcttcaagtacttctgagtcaggcacatcgtgtcagagctctacgatta
cttgcacgattccttgattttggtagatgggctatcggatattcacttgccgttggaatc
tttccatatgttctgaagctacttcaaagcaatattagtgatttgaaaatctctttagcg
tttatttgggcaaaaattctggcagtagatccatcgtgtcaaatggaattattcaatgag
tgtatcgatgaatcagcaacacaacaacaatcaccagcacaatcacaacaaccatcagtt
gcattgaaaccatcatccatgtttgcaaatcatccaccacctgcacaattaacaatggat
aaacgtgcacttcagattaatactcaaactggcggaagatttcaaactaatcagaatcag
gcattggatatgcaattacaatatgctcaacaacaagctcatcagaggcaaatggatcca
tcaggaggacaacattcaccaaatgctcagcctagacaaccacaaccacagcaaccacaa
caactacaacagcaaccatcacagcaacaacaacaacaatctagacaaccgcaaggaatt
atgaaaccaacgaatgcacagccacaagaaaagaagacaatgcttcgttttcaatatttc
cttcaacttctcggcgatcctgaaatcaaaccgaaacagaaaactgttgctgcattcgta
cttgctcagctaacatccaataatttcaaactggcacagaaagagctcaccaataaggga
tacatgggaatttgtacggaattgatggtcgatgatactgcgagaagcgtcaaattgctg
aaactgtggattctgattggattgggtcgtctgtggtcagattatgatgtagccagatgg
cagggtattcgattaatggctcatgataaaatgattttggaattgagtgatgaatcagca
gaagttcgtgcagctgctgtatttgcacttggaagcttattgaggaactcttcgagatca
aatgagcatgcatcagcagttgaagaaaatctagcaggagaactatgttcccagtgtgtg
tttgatagttctgttcttgtgagagaagaactgattgttgctcttcaatggtttgtgttt
gatttcgagaaacgattcgtgaaattcttactggaactatcgaatcaaattaagttcaaa
cttccacgaaaacgaaattcttctgaaaatctcagtgaacaaggattggatattgctgca
gaaatgccatcaaatcatcgacgacctcgtgctccaccagtcaacgaattcatgcaacct
tcagttattcgaaagaaaatgtcgacaagtgtgttcagtacagctgttgaagaaactgtg
catgaagacggaataggaaatgtttaccacattgcacatgaagctggaaatcgtgttgaa
caagaatctgaagatattgagtatagagaacgagcaaaagtacagatcaagcacttggaa
gcgaaaacattcaatgaagccgttgctaaaacttggttgtcacttttaatattgtcattg
gatcctattgagagggttgcccgaatggctcaaaaaatagtgcatcgcgtcgaagcagga
atgcccgaaatgcaagccaacattgacaatacaatggctcatctcagtcgaaaaatgatt
gctcgtaaaaattcgaaggcgactgtcgaaatgccacgtaaaccagttggaccgtcagaa
gaagttagcacactttcagaacgaataaaacgaaatttagaagttgaaaaagttgtcgaa
atgattccagagtctggagtctctgccgatggaattgacttcacaaaattaaatatgcaa
aaagcgaaggaacaaagaaaaggaggaaaaggaggacaaatcaagaagttacaggatgaa
tcaaaagtcaaatttcaagttggaagccctggtgatgtaaatcaacaacataaaaacgcg
ttgtctcctggtagttcgttcacagatgaaacacaaagcagtgaacttttttccaaagac
gactcttccgatgacgacgagaacaaatcagccaacgatgagaaggatcgggcaacaact
gcttcaggaaaaactgtcaaaggagcttttcgaaaatcagacatcatggatgcagctttg
atggagttcacaccacgacgaacaaaagcagttcctggagattttgcagtgaaagaagaa
tcaaaaacgttacgaactgtaatagaaaatccaattgtctcaacacaattcgttgcatgg
tgtagtaaagtatttgttgaaccaattcttcatgtaatcacacttgacgaagaaaaatca
gaagattgggaacatgaagatgaggatgaatttatgccagaacaatttcgagaaaaaatc
aaagatattcaaaaacaggatcgtaaaatgcatgaagagaaaagagcaagagacaaaaaa
gaaggaaagaaagagaaaagccaagaggatgtcgttgtcacgacaacaacaatcagtgat
tgggcgattcatgcaatggaaggaatgttgcaaagtgcagatattgagggaagagacttc
cagagttgtaaatatgatgaatgtctctggagagttaagcttactcatcctgctcgatcg
ctaaccacttcaaaactgagaaggtgcatgtatgcatcagatggtcgattgatgacaatt
atccgccaagacacagatactcgttccttccgaagattcgatttgactgcttcaaatcca
ttctgcccatcttatgtatctcaattgattcttattaacgatatgtcacgagaaatggtt
atcgcgtgtagtacaaatggtgtagttcgaatctgggatccatattttctcggatggtgt
gatgactatgaaaagcctccagaactcgtatcagcatcatttccactggaatcacaaatg
aaaattagtgatgaaacgaatcgatgcctctttgattggaatcagcaaaacggaaagctt
ctgtgtaccggcacaagaagtgtcagaatttgggatgcacactgtgagaaagtatgtcac
gatgtgatgtattctccaggaagtaaacaacagacaggaccaggagcaaaactcaataca
aatactttaccgacagcaatgtctggaaatctggatgaagaaggaaatatggttgcagtc
ggttatgctgatggtcgagtcgactattttgatatgcgaatggctaatccaaaagctgca
cgttgtaatcttgctcctgtaaatatgtcaaaacagtttaatgatcgaccacctggaatt
atgcatttgagagttaatagacaaggttttggtactgaattatttgctggaagtcaagat
ggaagtatctacaagttacaacttagaatgtttaaggaagcaactccatcaatcgttact
ccttgggaatacggagctcattctcatatgtttgttcacgaagattcccgaattcttgca
agtgctggtggtggagaattagcaatctacgacgttgctcaaaataagctaatggctcgt
atcttaccacccggagagcccaattcaatgaggagagataaaaattcaagcacatttgga
ttgttcagctcacaaaggaaactatcacaagttcaaatgagtggaagaatgtcatcgatg
tcttcagcaacagttggagaagatcgacaaccaaaagttatttcattgacaatgcatcaa
atgagactgctcactgtcgctggatacgatgacaatacagtttgtgtatatggatccccg
aaacccggacttacaggccactacgaaaacacccaaggcgccagttcccctccctcccaa
tcactgtaa

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (6)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
   WORMBASE (1)   
Protein sequence (4)   
   UniProt (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (4)   
   Pfam (4)   
All databases (18)   

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