KEGG   Cryptococcus gattii: CGB_A7410W
Entry
CGB_A7410W        CDS       T02232                                 
Name
(RefSeq) kinesin
  KO
K10392  kinesin family member 1
Organism
cgi  Cryptococcus gattii
Pathway
cgi04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:cgi00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    CGB_A7410W
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:cgi04812]
    CGB_A7410W
Cytoskeleton proteins [BR:cgi04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Kinesins
     CGB_A7410W
SSDB
Motif
Pfam: Kinesin DUF3694 Kinesin_assoc Microtub_bd PH KIF1B FHA PH_9
Other DBs
NCBI-GeneID: 10188065
NCBI-ProteinID: XP_003191629
UniProt: E6QYD5
Position
A:join(1498178..1498209,1498260..1498282,1498354..1498479,1498533..1498661,1498708..1498723,1498779..1498789,1498842..1498856,1498909..1499038,1499089..1499233,1499283..1499351,1499401..1499511,1499575..1499771,1499962..1500042,1500101..1500123,1500179..1500447,1500496..1500550,1500600..1500616,1500654..1501118,1501167..1501684,1501739..1501920,1501976..1503597,1503660..1503772,1503832..1503918,1503990..1504095,1504164..1504274)
AA seq 1550 aa
MSGGNIKVVVRCRPLNAREIARGSKELIRMEGGQTILDPPESTGGASSKAIEKKPMIFSF
DKSYWSAGPKDDPKYASQQTLYEDLGADLLNHSFEGFNTCIFAYGQTGSGKSYSMMGYGA
EKGIIPLTTSELFRRTEARMGGDLNLSYTVEVSYIEIYNEKVRDLLNPKNKGNLRVREHP
SLGPYVEDLSRLVVENYTQMMTLMDEGNKARTVASTNMNETSSRSHAVFTLILTQKRHDP
QTKMTGEKVSKISLVDLAGSERQASTGATGTRLKEGANINKSLTTLGKVIAALAQAGQNK
RKKEEHVPYRDSVLTWLLKESLGGNSKTAMIAAISTLRYADAAKKIKTHAVVNEDPNAKL
IRELKEELELLRSRVSSGVSDESSYDPSIPPEKQIVTYITKEGEIRKVTKLELQDQLEAS
EKLMESLNLTWEEKLQKTQAIHIEREKALEELGISIDTNMVGVHAPQNHPSLVNLNEDPL
MSECLIYQIKPGTTVAGAVDEDKAHIKLSGTHILPEHCAFTNDEGVVTIEAMPDARTFVN
GKRVPPNSSVKLLNGFRVILGDSHVFRFNDPAAVRAERKRLRMSSSSDGLAGIAPGLRPD
SPSSKVDTELMDWTAARREVADIEKLGDQDLDKLYDDILKVRTQRRRPESRMDIADLESH
CERSANPLSTPWAGPGQTITMTSNSLATPVGPDIDVNIVDEQSEASAEQAPYISSALSTP
SYDQKAADATLHQEHLTKQLKMMAQEVKRIRSQAAWAKAMEPGEMEPANWNVAEVRKLRR
VVEKWKRLRSYKIAEELLLGAVEIREANVIAKNMEKQVIYNFLIVNGAIASPTSSLDGQN
GIVEFEDVSGSITQHINGPVVVVKVIDWLAKSVYTWDLLRFRKQLMKMRHVYALKEKPNY
SVHFEVDSPFTDVPPPSYSFIGSAKIPLRLLGKQLSYAVTVPIMCQYTMEAVGSCRVTFK
VEPLDDVLGRSARVSFDRLLNGSISPGSRLTFIFIVDSVKGLSSTDYASIHAQTRLSSLI
GPSIVSEDTFASQPVDLDKSSGTVLILKKTISAVVTPDMIQYMTNEYATVEFFAKAKNEY
LERLERWDVNHEVDPIVSSSTTGTPTKSGDRNSLMRRCETEFVAPERHDILAVISILELA
SNGEYVPAEVYDDTFQLHQGLQRRLHVKLVHSSGKALPWEKMEHTSTGDVRLVDKDGAAS
VGKRLVELKMSDQVVAYHPDGTSSLDAEGVWDTASHACRHLDRRTLPGRHLLIRLTWAVA
VPTLSEPVIFHVDLPVKILGRGAKRPSFLTFWSASKVFKSMTEIFVVECAPPIARSANEL
WRLDTSGKHVEGEETLGGWKPRSLGLLNDWKKMCKAQMGLAEVALTKRVLEVWGEEAEEE
ERGKEDESDEKKRALVSKCLDLWHKAIENRVEIDVEKESVEEEAVSRKLGKLLPDLEPKP
VPTVKLQRRVENVIKSGHLVLLRDSQADQWEKTFIVLRPPYLHVHENAGEREMQVINLTG
SHVITSPEVEMLLKRRWAFTVFTPTNSYILQAASENERKEWMSVISTSAN
NT seq 4653 nt   +upstreamnt  +downstreamnt
atgtcaggaggaaatatcaaggtcgtcgttagatgccggcctctcaatgcacgagagata
gcgaggggttcaaaagagctcatccgtatggaagggggacagaccatcctggatcctcct
gaatcaaccggaggggcatcctcaaaggccatcgaaaaaaagcctatgatcttttctttt
gacaagtcatactggtctgctggccccaaagatgatcccaaatatgcttcgcaacagact
ttatatgaggatttaggagcagatctattaaaccatagttttgagggattcaacacctgt
atttttgcctatgggcaaacaggaagtggaaagagctactctatgatgggatatggtgcc
gaaaaaggtataataccgcttacgacgtcagagctctttcggaggaccgaagcacgtatg
ggtggtgatctgaacttgtcatatacggtagaggtatcttatatcgaaatatacaatgaa
aaagtaagggacctcttaaatcccaaaaacaagggcaacctgcgcgtgcgggagcatcca
tccttggggccatacgtagaagacctcagtcgattggtcgtagaaaattatacacagatg
atgacactcatggatgaaggtaataaggctcgtacggtggcttccacgaacatgaatgaa
acatcttcccgatcgcatgcggtcttcacattgatccttacccaaaagcgtcatgatcca
cagacgaagatgactggagaaaaggtgtctaagatatctctcgttgatctggctggtagt
gaacggcaagcctctacaggagccacaggtacccgtctgaaagaaggtgccaacatcaac
aagtccctaacgacacttggcaaagtcattgctgcactcgctcaagcagggcaaaataaa
agaaaaaaggaagaacatgtgccttaccgggactctgtattgacttggctattgaaagaa
agcttaggaggtaatagtaagacggcaatgatcgcagccatttctacattgcgatatgcc
gatgccgccaaaaagatcaagacccatgctgtcgtcaatgaagaccccaatgctaaactc
atccgcgagctcaaagaggagctggaactccttcgaagcagagtatcgagcggggtttca
gacgaatcatcctatgatccgagcattcctcccgaaaagcagatcgtaacctacataaca
aaagaaggtgaaattcgaaaagtcaccaagctcgaacttcaagaccagttagaggcgtca
gaaaaactcatggaaagtctgaacctgacatgggaggaaaagctccaaaagacgcaggca
atccatatagaaagggaaaaggctttggaggagcttggtatcagcatcgatacgaatatg
gtgggagtccatgcacctcaaaatcatccgtcattggtcaacctcaatgaggatcccctc
atgtcagaatgtctcatctatcaaattaaacctggcactacagttgcaggtgctgttgac
gaagacaaggcccatatcaagttatccggcacacatattcttcccgagcattgtgcattc
accaatgacgagggcgtagtcaccattgaagctatgcctgatgctcgcactttcgtgaac
gggaaacgggtccctccaaattcatcagtaaagctcttgaacggcttccgagtgattctg
ggtgactcccacgtattccgcttcaatgatcctgctgctgtcagagcagagaggaagaga
ctgagaatgtcatccagcagtgatggacttgcgggcatagctcctggattaagaccggat
tcaccaagctccaaggtggataccgagttgatggattggactgcagcaaggagggaggta
gccgatatcgagaagcttggcgatcaagatttagacaaactctacgatgacattctcaaa
gtccgtacgcagcgtaggcgaccagagagtcgtatggacattgcagatctcgaatctcat
tgtgagagatctgccaatcctctaagcactccctgggctggtcctggtcagacgattacc
atgacttcaaatagtctggctactccagttggtcctgatattgatgtcaatattgttgat
gaacaatctgaggcatccgctgagcaagccccgtatatcagtagcgcattatcgacgcca
tcgtacgaccagaaagctgctgatgcgacgctgcatcaagaacatctgacgaagcagctc
aaaatgatggcccaggaggtcaagagaatccgttcacaagctgcgtgggcgaaggcgatg
gagccaggagagatggagccagcgaactggaacgttgcggaagtgcgaaagcttagacgt
gtagtggaaaagtggaagcggttgagaagttataagatagcggaggagcttttgctggga
gctgtagagatcagagaggccaacgtcattgctaaaaatatggagaagcaagtgatctat
aactttctgattgttaacggagctatcgcttctcctacatcctctttggatggacagaac
gggatagttgagtttgaggatgtctcgggctctatcactcagcatattaatggacctgtc
gtcgttgtgaaagtgattgattggctagccaaatcggtatacacttgggatctccttcgc
ttccgaaagcagttaatgaagatgcgtcacgtatatgctctaaaagaaaagccaaactac
tctgttcatttcgaagtcgatagtccatttacggacgtccctcctccttcctattcattc
attggttctgccaaaatccctctacgtctacttgggaagcagctttcatacgccgttacg
gtgcccatcatgtgtcagtacaccatggaggctgtaggatcatgtcgagtcaccttcaag
gttgaaccccttgatgatgtgctcggccggtctgcccgagtttctttcgaccggctgtta
aatggttctatcagccctgggagcagactgacttttatatttatcgtcgattcggtcaaa
ggtctatcatctacagattacgcctcgattcacgcccagacgcgcctatcttctctcatt
gggccatccatcgtctctgaagacacttttgcttctcaacccgtcgatttggacaaatct
tctggcactgttctgatcctcaagaaaaccatttcggcggtcgttactccggacatgata
cagtacatgacaaacgaatacgccaccgttgagttttttgcaaaagcaaagaatgaatat
cttgagcggctggaaagatgggatgtcaatcatgaagttgatcccattgtttccagttca
acaaccggtacaccgacgaaatcgggggatagaaattccttgatgcgccggtgtgaaacc
gagtttgtcgcccccgagagacacgatatcctcgccgtgatctccatcttggaacttgct
tccaatggcgaatacgtgcctgctgaagtgtatgatgatactttccagcttcaccaaggt
cttcagcgacgtcttcacgtcaaacttgtccattcttcaggtaaagcgctcccgtgggag
aaaatggagcacacaagtacaggagatgtacgattagttgacaaggacggagcggcgagt
gtaggcaagcgtttagtcgagctcaagatgtctgatcaggtggtggcgtatcatcctgac
ggcacttcgtccctggacgccgagggagtatgggataccgcctcgcatgcttgtcggcat
ctcgaccgccgtactttacctggccgacacctcttgatacgcctaacgtgggcggtcgct
gtccctaccttgtcggaaccggtgatcttccatgttgacttgcccgtcaagattctcggg
cgcggtgccaaaagaccgtctttccttactttctggtcagcatccaaagtgtttaaaagt
atgacggaaatattcgttgtggaatgtgcgccgccgattgcgaggagtgcgaatgagttg
tggcgacttgatacgagcgggaaacatgttgaaggcgaggagacgttgggtggttggaag
cctaggagtttggggttgttgaacgattggaaaaagatgtgtaaagcacaaatggggctc
gccgaggttgccctcacgaagagagtgctggaggtgtggggtgaagaagcggaagaagaa
gagagagggaaggaagacgaaagtgatgaaaagaagagggcgcttgtatccaagtgtttg
gatctgtggcacaaggctatagagaaccgtgtcgagattgacgtcgagaaagagtctgtt
gaggaagaagcagtttctcgcaaactcggaaaattacttcccgacctggagccaaagccc
gttcccactgtcaagctgcaacgacgagtggagaacgttatcaaaagtggccaccttgtg
ctgttgcgggattctcaagcggaccaatgggaaaagacttttattgtgctacgaccaccg
tacctccatgtgcacgaaaatgcgggggaaagggagatgcaggtgatcaacttgacggga
tctcacgtgattaccagcccagaagtcgaaatgctgctcaagcgacgatgggcctttaca
gtgttcacacctacaaattcgtatatcctacaagcggcttctgagaatgagcggaaggaa
tggatgtctgtgatcagtacgagcgcaaactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (19)   

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