KEGG   Caenorhabditis briggsae (nematode): CBG_07725
Entry
CBG_07725         CDS       T01054                                 
Symbol
Cbr-dyn-1
Name
(RefSeq) Protein CBR-DYN-1
  KO
K01528  dynamin 1/3 [EC:3.6.5.5]
Organism
cbr  Caenorhabditis briggsae (nematode)
Pathway
cbr04144  Endocytosis
Brite
KEGG Orthology (KO) [BR:cbr00001]
 09140 Cellular Processes
  09141 Transport and catabolism
   04144 Endocytosis
    CBG_07725 (Cbr-dyn-1)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:cbr04131]
    CBG_07725 (Cbr-dyn-1)
  09183 Protein families: signaling and cellular processes
   04147 Exosome [BR:cbr04147]
    CBG_07725 (Cbr-dyn-1)
Enzymes [BR:cbr01000]
 3. Hydrolases
  3.6  Acting on acid anhydrides
   3.6.5  Acting on GTP to facilitate cellular and subcellular movement
    3.6.5.5  dynamin GTPase
     CBG_07725 (Cbr-dyn-1)
Membrane trafficking [BR:cbr04131]
 Endocytosis
  Clathrin-mediated endocytosis
   Dynamin
    CBG_07725 (Cbr-dyn-1)
  Lipid raft mediated endocytosis
   Caveolin-mediated endocytosis
    CBG_07725 (Cbr-dyn-1)
   RhoA-dependent endocytosis
    CBG_07725 (Cbr-dyn-1)
Exosome [BR:cbr04147]
 Exosomal proteins
  Exosomal proteins of haemopoietic cells  (B-cell, T-cell, DC-cell, reticulocyte, and mast cell)
   CBG_07725 (Cbr-dyn-1)
SSDB
Motif
Pfam: Dynamin_M Dynamin_N GED PH MMR_HSR1 FSIP2
Other DBs
NCBI-GeneID: 8587951
NCBI-ProteinID: XP_045093453
Position
X:complement(17748963..17761568)
AA seq 1440 aa
MAWANQGMQALIPVINRVQDAFSQLGTNVSFELPQIAVVGGQSAGKSSVLENFVGKDFLP
RGSGIVTRRPLILQLIQDRNEYAEFLHKKGHRFTDFDAVRKEIEDETDRVTGQNKGISPH
PINLRVFSPNVLNLTLIDLPGLTKVPVGDQPADIETQIRDMILTFISRETCLILAVTPAN
SDLATSDALKLAKEVDPQGLRTIGVLTKLDLMDEGTDAREILENKLFTLRRGYVGVVNRG
QKDIVGRKDIRAALDAERKFFISHPSYRHMADRLGTTYLQHTLNQQLTNHIRDTLPTLRD
SLQKKMFAMEKDVAEYKNFQPNDPGRKTKALLQMVTQFNADIERSIEGSSAKLVSTNELS
GGARINRLFHERFPFEIVKMEIDEKEMRKEIQFAIRNIHGIRVGLFTPDMAFEAIAKKQI
ARLKEPSLKCVDLVVNELANVIRQCADTMARYPRLRDELERIVVSYMREREQTAKQQIGL
IVDYELAYMNTNHEDFIGFSNAEAKASQGQSAKKNLGNQVIRKGWLSVSNISFVRGSKDC
WFVLTSDSLSWKKRKSIMLPLDGIRLRDIERGFMSRQHKFALFYPDGKNIYKDYKQLELG
CNNLDEVDAWKASFLRAGVYPEKQKAPEDESLPEMEESSMDPQLERQVETIRNLVDSYMR
IITKTIKDLVPKAVMHLVVNQIAMSMPSFSTRRDIVSRILTLSEKEIEDETDRVTGQNKG
ISPHPINLSVFSPNVLNLTLIDLPGLTKVPVGDQPADIETQIRDMILTFISRETCLILAV
TPANSDLATSDALKLAKEVDPQGLRTIGVLTKLDLMDEGTDAREILENKLFTLRRGYVGV
VNRGQKDIVGRKDIRAALDAERKFFISHPSYRHMADRLGTTYLQHTLNQQLTNHIRDTLP
TLRDSLQKKMFAMEKDVAEYKNFQPNDPGRKTKALLQMVTQFNADIERSIEGSSAKLVST
NELSGGARINRLFHERFPFEIVKMEIDEKEMRKEIQFAIRNIHGIRVGLFTPDMAFEAIA
KKQIARLKEPSLKCVDLVVNELANVIRQCADTMARYPRLRDELERIVVSYMREREQTAKQ
QIGLIVDYELAYMNTNHEDFIGFSNAEAKASQGQSAKKNLGNQVIRKGWLSVSNISFVRG
SKDCWFVLTSDSLSWYKDDEEKEKKYMLPLDGIRLRDIESGFMSRQHKFALFYPDGKNIY
KDYKQLELGCNNLDEVDAWKASFLRAGVYPEKQKAPEDESLPEMEESSMDPQLERQVETI
RNLVDSYMRIITKTIKDLVPKAVMHLVVNQVSEFMKDELLAHLYQCGDTDALMEESQLEA
QKREEMLRMYHACKEALRIISEVNMSTLGDTPPSLPVTDYRPSGPSSAPRPAPAPPGGRQ
APMPPGPRGPGGPPPPGMRPPPGAPGGGGMYPPLIPTRVPTPSNGAPEIPARPQVPKRPF
NT seq 4323 nt   +upstreamnt  +downstreamnt
atggcgtgggctaaccagggaatgcaggcgctgatccctgtgatcaaccgcgtccaggat
gctttctctcagctcggcaccaacgtcagcttcgaacttccacaaatcgctgtcgttgga
ggacaatccgccggaaagtcatcagtactggagaattttgtgggaaaagacttccttccg
cgtggttctggaattgttactcgtcgtccattgatcttgcaactcattcaagatcgcaat
gagtatgccgagtttctccacaagaagggacatcgtttcacggattttgacgctgtccga
aaggagatcgaggatgaaaccgatcgtgtcacgggacaaaacaagggaatcagtccccat
ccaatcaacctgcgtgtgttctccccaaatgtcttgaacttgactcttatcgatcttccg
ggtcttaccaaggttccagtcggagaccaaccagccgatatcgagacccaaatccgtgac
atgatccttactttcatcagccgcgagacctgtctcattctggccgtcacaccagctaac
agcgatcttgccacttctgatgctctcaaacttgccaaggaagtcgatccacaaggactt
cgtactattggtgttcttaccaaactcgacttgatggacgagggaaccgatgctcgtgaa
attctggagaacaagttgttcacccttcgtcgtggatatgttggagttgttaatcgtgga
cagaaggatattgtgggacgcaaggatattcgagctgccttggatgccgaacgcaaattc
ttcatttctcatccatcgtacagacatatggctgaccgtttgggaaccacttatctccaa
catactcttaatcaacaactcaccaatcatatccgtgacactcttccaacacttcgtgat
agtcttcaaaagaagatgtttgctatggagaaggatgttgctgagtataagaacttccag
ccaaatgatcctggacgcaagaccaaagctcttttacaaatggtcactcaattcaacgct
gacatcgagcgctctatcgaaggatcttctgccaaactggtttctaccaatgagctatct
ggaggagcccgcatcaatcgtcttttccacgagcgtttcccattcgaaattgtcaaaatg
gaaatcgacgagaaggagatgcgaaaagagattcaattcgctatccgtaacatccatggt
atccgtgttggtctcttcactccagatatggctttcgaagcgatcgccaagaagcagatc
gctcgtctgaaggagccatcgttgaagtgcgtggacttggtcgtcaatgagttggccaat
gttatcagacagtgtgctgacactatggctagatacccacgtcttcgtgatgagttggag
agaattgtggtgtcgtatatgcgggagcgtgagcaaactgccaagcaacagattggattg
atcgtcgactacgagttggcctacatgaacaccaatcatgaggattttatcggtttcagc
aacgctgaagcaaaagcatcacaaggtcaatcggctaagaagaacctcggaaatcaggtg
atccgtaaggggtggctctcagtgagcaacatctcctttgttcgtggatccaaggactgt
tggttcgtcttgacttctgacagcctgagttggaaaaagagaaaaagtattatgcttcca
ttggatggaatcagattgagggatatcgagaggggattcatgtcgcgtcaacacaagttt
gcacttttctacccggatggaaagaacatttacaaggattacaagcaactcgagttggga
tgcaacaatttggatgaagtcgatgcctggaaagcttcattcttgcgtgccggagtctat
ccagaaaaacagaaggcaccagaggacgagtcgctcccagaaatggaggaatcgtcgatg
gatcctcaattggagcgtcaagtggagaccattcgtaatttggtcgactcgtatatgaga
atcatcaccaaaacgatcaaagatttggtgccaaaggctgtgatgcatttggttgttaat
cagatcgcaatgagtatgccgagtttctccacaagaagggacatcgtttcacggattttg
acgctgtccgaaaaggagatcgaggatgaaaccgatcgtgtcacgggacaaaacaaggga
atcagtccccatccaatcaacctgagtgtgttctccccaaatgtcttgaacttgactctt
atcgatcttccgggtcttaccaaggttccagtcggagaccaaccagccgatatcgagacc
caaatccgtgacatgatccttactttcatcagccgcgagacctgtctcattctggccgtc
acaccagctaacagcgatcttgccacttctgatgctctcaaacttgccaaggaagtcgat
ccacaaggacttcgtactattggtgttcttaccaaactcgacttgatggacgagggaacc
gatgctcgtgaaattctggagaacaagttgttcacccttcgtcgtggatatgttggagtt
gttaatcgtggacagaaggatattgtgggacgcaaggatattcgagctgccttggatgcc
gaacgcaaattcttcatttctcatccatcgtacagacatatggctgaccgtttgggaacc
acttatctccaacatactcttaatcaacaactcaccaatcatatccgtgacactcttcca
acacttcgtgatagtcttcaaaagaagatgtttgctatggagaaggatgttgctgagtat
aagaacttccagccaaatgatcctggacgcaagaccaaagctcttttacaaatggtcact
caattcaacgctgacatcgagcgctctatcgaaggatcttctgccaaactggtttctacc
aatgagctatctggaggagcccgcatcaatcgtcttttccacgagcgtttcccattcgaa
attgtcaaaatggaaatcgacgagaaggagatgcgaaaagagattcaattcgctatccgt
aacatccatggtatccgtgttggtctcttcactccagatatggctttcgaagcgatcgcc
aagaagcagatcgctcgtctgaaggagccatcgttgaagtgcgtggacttggtcgtcaat
gagttggccaatgttatcagacagtgtgctgacactatggctagatacccacgtcttcgt
gatgagttggagagaattgtggtgtcgtatatgcgggagcgtgagcaaactgccaagcaa
cagattggattgatcgtcgactacgagttggcctacatgaacaccaatcatgaggatttt
atcggtttcagcaacgctgaagcaaaagcatcacaaggtcaatcggctaagaagaacctc
ggaaatcaggtgatccgtaaggggtggctctcagtgagcaacatctcctttgttcgtgga
tccaaggactgttggttcgtcttgacttctgacagcctgagttggtacaaggatgatgag
gaaaaagagaaaaagtatatgcttccattggatggaatcagattgagggatatcgagagt
ggattcatgtcgcgtcaacacaagtttgcacttttctacccggatggaaagaacatttac
aaggattacaagcaactcgagttgggatgcaacaatttggatgaagtcgatgcctggaaa
gcttcattcttgcgtgccggagtctatccagaaaaacagaaggcaccagaggacgagtcg
ctcccagaaatggaggaatcgtcgatggatcctcaattggagcgtcaagtggagaccatt
cgtaatttggtcgactcgtatatgagaatcatcaccaaaacgatcaaagatttggtgcca
aaggctgtgatgcatttggttgttaatcaggtcagcgaattcatgaaagacgaacttctg
gctcacctttaccaatgcggcgacactgatgctctcatggaggaatcacaactggaagct
cagaaacgcgaagaaatgcttcgcatgtaccacgcctgcaaggaagccctccgtatcatc
tccgaagtcaacatgagcactctcggcgacactccaccatcacttccagtcaccgactac
cgtccatccggaccatcttcagctccacgcccagctccagctccaccaggcggacgtcaa
gctccaatgccaccaggaccacgtggaccgggaggaccaccaccacctggaatgcgccca
ccaccaggtgctccaggaggtggaggcatgtatccaccattgattccaacaagagtacct
acaccatccaatggagcaccggagatacctgcccgtcctcaagtaccaaaacgaccattc
taa

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Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (18)   

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