KEGG   Caenorhabditis elegans (nematode): CELE_F55C7.7Help
Entry
CELE_F55C7.7      CDS       T00019                                 

Gene name
unc-73
Definition
(RefSeq) Uncharacterized protein
  KO
K08810  triple functional domain protein [EC:2.7.11.1]
Organism
cel  Caenorhabditis elegans (nematode)
Brite
KEGG Orthology (KO) [BR:cel00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01001 Protein kinases [BR:cel01001]
    CELE_F55C7.7 (unc-73)
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cel04131]
    CELE_F55C7.7 (unc-73)
Enzymes [BR:cel01000]
 2. Transferases
  2.7  Transferring phosphorus-containing groups
   2.7.11  Protein-serine/threonine kinases
    2.7.11.1  non-specific serine/threonine protein kinase
     CELE_F55C7.7 (unc-73)
Protein kinases [BR:cel01001]
 Serine/threonine kinases: CAMK group
  Trio family [OT]
   CELE_F55C7.7 (unc-73)
Membrane trafficking [BR:cel04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    CELE_F55C7.7 (unc-73)
BRITE hierarchy
SSDB OrthologParalogGene clusterGFIT
Motif
Pfam: RhoGEF I-set PH PH_13 Ig_3 SH3_1 fn3
Motif
Other DBs
NCBI-GeneID: 171988
NCBI-ProteinID: NP_001021496
WormBase: WBGene00006805
Ensembl: WBGene00006805
UniProt: O61528
Position
I:complement(join(3999348..3999523,3999587..3999691,3999776..3999908,3999956..4000017,4000337..4000542,4000676..4000803,4001431..4001502,4002343..4002508,4002597..4002832,4002892..4003149,4003270..4004088,4004481..4004604,4010774..4010852,4015941..4016043,4016885..4016971,4021229..4021750,4021954..4022344,4022391..4022501,4022549..4022796,4023299..4023554,4023650..4023751,4024278..4025277,4025460..4025837,4025886..4026126,4026417..4026800,4026867..4026941,4026989..4027199,4027768..4027871,4027999..4028403,4028790..4028883,4029059..4029228,4031607..4031627))
Genome map
AA seq 2488 aa AA seqDB search
MGDYDGKMTMKAEDILHVLRDGIAVLPGGRCRAGQAVIVCPSREQPVNQDNLRNVFLYLF
EVTSKMAREKGFLVVIDMRGKQTWTNVRHILKALSSIESSSTVQVFIIKPEKFWEKQKAQ
MSLGTWDFEVEMISFESLIKIIDSSHLPKTVGGSYPYDHDEWLELRLDLEKWIWNITEIM
EKLESVRREICEGEQPVDVTTANAALKKSQHAKNSIFNVPVEGIETEGNKIATRILKPSK
GVKNPDLEATTPYISNLTDSLRLLKGEVAKNWEVRQMELSKVYQQKQFERDAEHMIETLR
PYKKACERSMGDVGGCANDVVRLSAEFEQFQIAVRGMEVSVKQVFDKENHLRTIGARNQI
TDHVAARLAEEWHLVKELMERRSAVLHNAKEFFTSAQRYFAEVPRWTAQPGVNPNDVLFN
QESLEEAIRKHDAFWAQVEEVYAQAYDDASKVTRALKEADAEDNVAREHSSRLQRAHKQL
MEKWKERQVLLHHMLAMIAFETDVRLVVDWLEQHGEPYLRRNIHIGENVNQARSFQRNHT
NFQRVAANTYGNVQKLHQVYQDVTKSGSKICDVDTMHGLMTDLSAKIEKFTKIENSRELL
LRQSVLFHTHYKELTDWYGKMGEKYKDRRIDLTVPTCDKNKERFVLETDETAQAYAMTID
EGKTLIEMMQRATRVFDVDYSASVAHIQLLISDIEDKNTQISSEWSPRRTLLHIASKFAM
FEQNQFEVLEQIKSWEVDMREMAESDSFYDKADSVLPFHKDNQQQVRNAIADIQKSAKEL
SQALYSQKLTDLRDKRDRVVLEAIREHVRELEIAESRVMTYANETSMRMQAASEVGDLRR
ISNSVCKLIDNQLSALTQLGVIPNDYNDTVQKQEELRAFRDAVQHKLKEPYDAFVIRFRE
LMENRLANRDEVVYHNEAIQAKYCRLMNLCEDRNKLLKSAHGCYKTYETAVLPILNQLES
EYHSPTVTDWCAGCTSSIDADRAAYVADLLSKHMDYKERFGKGCTYALRNGDFLLRYIRR
STVNQSERKRHETKIADMKNNIRERQSNILELWMQKKLLLEGCQSFIFIEASAKELLEFM
KGEGNRKLKHFEKKGRRESTDDDDEFAKFKSEVKQKKTDIQTFLMLSTNETMSRGVHGDE
IDRCIEQVKDEFSRFSRRVGDCEVVLRGENGSTQSSKDEFSLDRHSDTAIFNEKKINERR
EENRKMLEPMRELIQSERDYIKDLERCVNIYVKEFDQAAKNGTIPTLNPLKYEIFGNIEK
IFKFHNDKLLHELIKYENQPEAVGASFIVWIDLLNELYTEYCVNKEQKNHVIATPDAVSF
FTGIRERHGLEINNEIASLLIKPVQRITRYRLLIEQLMRSCTDKTNDLKEAYEVVCSVPR
KVNDLIHYNCLDLKDFKVDELGPFVTQDTLTFWEPRAYFKGRGKERQVFLFDISIVFAKR
IEVSPKNIKYVIKGKPLPLSEVSIVEHVEGDTCRFGLRVGTVSSNDNRIDLKANNHHTKV
KWVQKIRDLTAGMLPLGLGVSEAYSVGTLSTARSVSVRSGASTSSGGENRQSQDVESLLR
HRYSVHSCDSEQSSEVWIVTADFDGQVEGHLTVHKGDRVEIVEDQATDCAEYVQVVLCDQ
PTKHGLVPASIIAPPESGSVPDRPDDSNASGSTVSKRKSLRRIFANSSKERAAAANSSSS
NNNSPATRQSTSTSSPVTANGHTTESSTSAPIGVLSSGEPTSSNSIPSSSTPTHTVPSSV
PATVIPIVVAEDEKAEDCLPPPMENITINNSIDEKDMNEDSVAASDAVEPEVALPAKVEK
TPEETARFKRSYVLMELVETEQDYVKDLTSVVEGYIGNLNKMDLPADLVGKDKIIFANIV
NILEFHKTNFLKEIEKCSENYEAAGAAFVKYERRLHTLYVTYCQNKPKSDYLLAQDDFEA
FFADTKAKLGHKVALCDLLIKPVQRIMKYQLLLKDILKFTERAKDKTDTLKKALQVMHVV
PKACDDMMQVGRLQNFDKSLSAQGKLIHQGTLQISESIAGNVQKPKDRRIFLFEQSAIIA
DHIPPKKEFGNPTYIFKSQFMVNKMVFEPNVPDDPLRFVIKSSDPTQPTSFIANAQSQEE
KDEWNRKMSELLDQQKRLLAALVDPRRYNDMSSGMGDLSLGAPGGDRRGAPSSANRSAAS
SSKKPAESPKKEGKSKSSLFSFGKKPAKSPTSPPPLDAAAAGKFQKVADDQVNLETDEKV
KVLDVKNGYASVKKADGTVGKCPSYFLTMSDIPGTNFAEQIQYRREWQRRVDETDVEYGP
SAFDTATSSTDNFDVLLELTTCERPVVVEDMKDIEVVEGNDVEMCPIISSHTDFTVIWHG
PAVDSKRARIQTNQLNSRLLIKHVKKCDAGAYSVIAKNSFGVTSTVAFLSVISIPDPPTD
FTVKISGDHEVRLKWKAESGLKYCIEYRILDDSSPENWLIASTNIEKTHVSLRNFARNSY
SFRVFAYNQRVRSAPSQCICICFDGTEM
NT seq 7467 nt NT seq  +upstreamnt  +downstreamnt
atgggcgattatgatggaaaaatgacgatgaaagcagaagacattctgcatgttcttcgt
gacggcattgcagtacttcctggaggacgatgtagagccggacaagcagttatcgtatgt
ccatcacgagagcaacctgtcaatcaggataatttacgcaatgtctttctgtatttattt
gaagttacttcgaagatggcacgcgaaaagggattccttgtggtaattgatatgcgtgga
aaacaaacatggaccaatgttcgacacattctgaaagctctcagtagtattgaaagctca
tcaacagtacaagtgttcatcatcaagcccgaaaaattctgggagaaacaaaaagcacaa
atgtcccttggaacgtgggattttgaagttgaaatgatctcattcgaatcgcttatcaaa
ataatcgactcgtcacatttaccgaaaaccgtcggcggaagctatccatatgatcatgat
gaatggcttgagctcaggttggatctcgagaaatggatctggaatatcactgaaattatg
gaaaagctcgagtctgtacgtcgagaaatttgcgaaggcgagcagcctgtcgatgtgaca
actgccaacgctgcgctgaaaaagagccaacacgcaaagaatagtatatttaatgttccg
gtggaaggaattgagacagaagggaataaaattgcaactcgaatattaaaaccgtcgaag
ggtgtcaaaaacccggaccttgaagcgacaaccccatatatttcaaatttgaccgattcg
ctcaggttgctcaaaggcgaagtagccaagaattgggaagttcgacagatggaactttca
aaagtgtaccagcagaaacaatttgaacgtgacgcagaacatatgattgagacgcttcgg
ccgtacaaaaaagcctgtgaacgtagtatgggtgatgttggtggttgtgcaaacgatgtc
gttcggctctctgcggagtttgagcagttccagattgctgtgagaggtatggaagtgtct
gtgaaacaagttttcgacaaggaaaatcatttgagaactattggagcccggaatcagatt
accgatcacgtggcggcacgacttgccgaagaatggcacctagtcaaagaactcatggag
aggcggagtgcagttttgcacaatgccaaagaattctttacgtcagctcaacgatatttc
gcagaagtacccagatggactgcacaacccggagtaaatccaaacgatgtgctcttcaat
caggagtcgttggaagaagccattcgaaaacatgacgcattttgggctcaagttgaagag
gtttatgcgcaagcttatgatgatgcgtcaaaagtgacaagagctctgaaagaagctgat
gctgaagataatgttgctagggagcattcgagtagactgcaaagggcacataagcagttg
atggaaaagtggaaagaaagacaggttctgctccatcatatgcttgcaatgattgcgttt
gaaaccgacgtgaggttagtcgtcgattggctcgaacaacacggtgaaccgtatcttcga
cgtaacattcatattggtgaaaacgtgaatcaggcgagaagcttccagaggaatcacaca
aattttcaacgggttgctgcgaatacctatggtaacgtgcaaaagcttcatcaagtctat
caggatgtgactaaatctggcagtaaaatctgcgacgttgacactatgcacggtctcatg
acggatctatcggcaaaaattgagaagttcacgaagatcgagaactctcgggagctgctg
ctacggcaatcggttctttttcacactcactataaagagttgacggattggtatggaaaa
atgggcgagaagtataaggatcggaggatagatctgacggttccaacttgtgataagaat
aaggaacgatttgtgttggagactgacgagactgctcaagcatacgccatgacaatagac
gaagggaagacgctgatcgaaatgatgcagagagctacacgggtttttgatgttgattac
tcggctagtgttgcacacattcaactgcttatctcagatattgaagacaagaacacacag
atctcatcagaatggtctccacgacgaactctcctacacatcgcctcaaagtttgccatg
ttcgaacagaatcagtttgaagtgttggaacagatcaaaagttgggaagttgatatgcga
gaaatggcagaatctgactcattttacgacaaggctgattcggttttaccattccataaa
gataaccaacaacaagttcgcaacgcgatcgcggacattcaaaaatctgcaaaagagcta
tcgcaagctttgtatagtcaaaagttgacggatcttcgggacaaacgggatagagtggtg
ctcgaagcaatacgagagcatgttcgagaacttgaaattgccgaatcccgagtgatgacg
tacgcgaatgaaacttcaatgagaatgcaagcagcttcggaagtcggtgatctcagaagg
atatccaatagtgtttgtaagcttattgataatcaattatcagccctcacgcagctagga
gtcattccaaatgactataatgatactgtgcaaaagcaagaagagttgagagcttttcgt
gatgcagttcaacataagctcaaggaaccgtatgacgcatttgttataagatttcgagag
ctgatggaaaatcggctggcgaatcgagatgaagtagtctaccacaatgaagcaattcaa
gctaaatactgtcgactcatgaatctttgtgaagatcggaataagttactaaaatccgca
catggatgctacaagacctatgagacagcagtgcttccaatactcaatcagttggagtct
gaatatcactctccgacggttacggattggtgtgcaggatgtacatcttcgatcgacgcc
gatcgagcagcttatgtggcagatctgctcagcaagcacatggactataaagaacgattc
ggtaaaggatgtacgtatgcgctgagaaacggtgactttctgctacgttatattcgaaga
tcgacggtgaaccaaagtgaacggaagcgacatgaaacgaagattgctgacatgaagaac
aatattcgagaacgacaatcgaatattctcgagctatggatgcagaaaaaattgttgttg
gaaggatgtcagtccttcattttcatagaagccagtgcgaaagaacttttggaatttatg
aaaggcgaaggtaatcgaaagttgaagcattttgagaagaagggtcgtcgagagtcaacc
gatgatgacgatgaattcgcaaagttcaaatctgaagtgaagcagaagaagacggatatt
cagacgttcttaatgctgagcacaaatgaaactatgagccgaggggttcacggagacgaa
attgataggtgtattgagcaggtgaaagatgagttcagtcgattctcacgacgtgttggg
gactgtgaagttgtattgagaggggaaaatggatcaacgcagtcgtcgaaagacgaattc
tcacttgatcgacactcggatactgccatattcaatgagaagaagatcaatgaacgacgt
gaggagaatcgaaagatgcttgagccaatgcgagagcttattcaatccgaacgggattat
atcaaagatctcgagagatgtgttaacatatacgtcaaggaatttgatcaagctgcgaag
aatggaacaattccgacgttgaatccgctgaaatatgaaattttcggaaacattgagaag
attttcaagtttcataatgacaaacttcttcatgagcttatcaagtatgagaatcaacca
gaagctgttggtgcatcgtttatagtttggattgatttgctcaatgagctctacacggaa
tattgcgtgaacaaggagcagaagaaccatgtcatcgcgacacccgacgccgtttcgttt
ttcaccggtatccgagaacgacacggattggagatcaataacgagattgcgagtctcttg
ataaagcctgttcagagaataacacgctatcgtctgttgattgagcaattgatgagaagt
tgtacggataagacgaatgatctcaaagaggcgtacgaagtggtgtgcagtgtgcctaga
aaagtgaacgatctcattcattacaactgtttggatttgaaggatttcaaggttgatgag
cttggaccatttgtcactcaagacactttgacgttctgggagccacgagcctactttaag
ggacgaggaaaagagcgtcaagtattcttattcgatatttcgattgttttcgctaaacgc
attgaagtttcaccgaaaaatatcaaatatgtgatcaaaggaaagccccttccactaagc
gaagtgtcaattgtggagcacgtcgaaggcgacacttgccgattcggtcttcgtgttgga
actgtgtcgtcgaacgataatcgcattgatttgaaggccaacaatcatcatacaaaagtg
aaatgggttcagaaaatccgtgatctaacagctggaatgttgccattgggtcttggagta
tcggaggcttactcagttggaacactatcgacagcccgtagtgtctcagtgcgatcaggt
gcatccacgtcgtctggtggtgagaatcgacaatcacaggatgtcgagtcacttttacgc
catcgatacagtgttcacagttgtgatagtgagcagtcatcggaggtctggatcgtgacg
gcagattttgatggacaagtcgaagggcatttgactgtgcataaaggggatcgagttgag
attgtggaagaccaagccaccgattgtgccgaatacgtgcaagtggtactgtgtgatcag
ccaacgaaacacggactcgtacccgcctccataattgctccacccgaatctggaagtgta
cctgaccgcccagacgactcgaatgcctcgggatcgacggtgtcgaagcgaaaatcgttg
cgacgaatcttcgccaactccagcaaggagcgggccgcagcagcaaactcgtcgtcgtca
aacaacaacagcccggcaacgaggcagtcgacgtctacatcatctccagtcactgccaac
ggacatactactgaatcgtcaacttctgcaccaattggagtactttcatctggagaacca
acatcatcgaactcgattccatcttcatcgacaccaacacataccgtcccgtcttcagtc
cccgcaacagtcattccgatcgttgttgcagaagacgagaaggccgaggattgcctaccc
ccaccgatggaaaatatcaccatcaacaatagcatcgacgagaaggacatgaacgaggat
tcggtagcagcatcagacgccgttgagccggaagtcgctttacctgcaaaggtggagaag
acgccggaagagacggctcgattcaagagatcatatgtgctgatggagctcgtcgagact
gagcaggattatgtgaaagacttgacgtcggttgtcgaaggctatattgggaatttgaac
aagatggatcttccagctgatctcgtcggaaaggacaaaatcattttcgcgaatatagtc
aatattcttgagttccacaaaacaaacttcctgaaagagattgaaaagtgttccgagaat
tacgaagccgccggagccgcgtttgtcaagtacgagagacggttacacactctgtacgtg
acgtactgtcaaaacaagccaaaatccgactatcttttggcgcaagatgattttgaggca
ttcttcgcagacacaaaagcaaaattaggacacaaggtagcgctgtgcgacttgcttatc
aagccggtgcagcgaatcatgaaatatcaattgttgctcaaggatattctcaagttcacc
gaacgagcaaaggataagaccgatacgcttaagaaagcgttacaggtgatgcatgttgtt
ccaaaagcctgtgatgacatgatgcaagtcggtcgtctgcaaaactttgacaaaagtctc
tcagctcaaggcaaacttattcatcagggaacactgcagatcagtgaatcgatagccgga
aacgtacaaaaaccgaaagatcgacgaattttcttgtttgagcagtcggcgatcatcgca
gatcacattccgccgaagaaggagttcggaaatcccacgtacatttttaagagtcaattt
atggtaaacaaaatggtgttcgagccaaatgtgccggatgatccgcttcgattcgtcatc
aagagctccgatccaacacagccgacaagcttcattgcgaatgcacaatcacaagaggag
aaggacgaatggaatcgcaaaatgagcgagctactcgatcaacaaaaacgattgctcgca
gctcttgtggatccgagacgatacaacgatatgtccagcggaatgggagatctgagttta
ggtgcccctggaggtgacaggagaggcgctccatcatcagcaaacagatcagcagcatca
tcatcgaaaaagccagcagaatctccgaaaaaagagggaaaatcaaaatcgtcgctgttc
tcgtttggaaagaaaccggcgaaatcgccgacctctccgccaccgttggacgcggctgca
gccggcaaattccagaaggttgctgatgatcaagtaaatctagagacggatgaaaaggtt
aaagtgctagatgtgaaaaatggatatgcaagtgtgaagaaagccgacggtactgttggg
aagtgtcccagctactttttgacaatgtcagacataccaggaacaaattttgcggaacaa
attcaatatcgtcgagaatggcaacgtagagtggatgagacggacgttgaatacggtcct
agtgcatttgatactgccacgtcatcaacggacaattttgacgttcttctggagttgacg
acatgtgagagaccagttgtggttgaggatatgaaagatattgaagttgtcgagggaaat
gatgttgaaatgtgtccgattatttcttcgcatacagacttcaccgtaatatggcatgga
ccagcggttgactcaaaacgagctagaatccagacaaatcaactgaacagtcgacttttg
attaaacacgtaaaaaagtgtgatgccggtgcttattcagtaatagcaaaaaactcattt
ggagtgacgtccactgtcgcatttctcagtgttatttcaattccagatcctccaaccgat
tttaccgtgaaaataagcggtgatcatgaggttcgcctaaaatggaaagcggaatcaggc
ttgaagtactgcattgagtaccgtattttggacgactcatctccagaaaattggctaatc
gcgtcgacgaacattgagaaaacacatgtttcactgcgaaattttgctcgaaacagttat
tcattccgagtttttgcatataatcaacgggtcaggagtgcaccatcacagtgtatttgt
atctgttttgatggaacggaaatgtga

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (71)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   WORMBASE (1)   
Protein sequence (10)   
   UniProt (1)   
   RefSeq(pep) (9)   
DNA sequence (13)   
   RefSeq(nuc) (9)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (107)   

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