KEGG   Clavispora lusitaniae CBS 6936: A9F13_03g03146
Entry
A9F13_03g03146    CDS       T05147                                 
Name
(GenBank) putative myosin
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
clus  Clavispora lusitaniae CBS 6936
Pathway
clus04814  Motor proteins
clus04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:clus00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    A9F13_03g03146
   04820 Cytoskeleton in muscle cells
    A9F13_03g03146
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:clus04812]
    A9F13_03g03146
   04147 Exosome [BR:clus04147]
    A9F13_03g03146
Cytoskeleton proteins [BR:clus04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     A9F13_03g03146
Exosome [BR:clus04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   A9F13_03g03146
SSDB
Motif
Pfam: Myosin_head Myosin_N Tropomyosin SUIM_assoc Crescentin AAA_22 AAA_19
Other DBs
NCBI-ProteinID: OVF10165
UniProt: A0AA91Q2N2
AA seq 1992 aa
MQTSAPMSDDDFSAKNWVWVPDKDEVFVRGCITDYLANNTVRVTVKNGAQDVVKEMAQSQ
LENCNPAKFNKCNDMAELTHLNEPSVIYNLYLRYSDDLIYTYSGLFLVAINPYKKLPIYE
PATLKKFHVAQDGQDERLPPHIFAIAENTYRNLMANKKDQSILVTGESGAGKTENTKKII
QYLSSISSTPQNDSLNDIHNKILQANPILESFGNAKTIKNNNSSRFGKFVKIFFSSQGLI
SGATIDYYLLEKSRVSHQSKDERNYHAFYQFLRGEDPQVLAEKYNLKLPASDYKYLSASS
ISIPNVDDAREFRILKEAFGIMGFSAEEMESIFGCLAIILLLGNVEFTSWKSEQANFAPD
SRIDTIAAMLGVSEEELSRNLLRPKVKAGREYVQKSKKASEVKNTIDAFAKHLYEKIFQY
IIVRINKSLLEEDVSGENFIGVLDIAGFEIFDTNSFEQLCINFTNEKLQQFFNHHSFILE
QSEYLREDIQWEFIDFGLDLQPTIDLIETKQPMGVLEILDEQCILPKASEETFMDKLLET
WGNGESKKFRPNKIRKGFVIDHYAGLVEYNIENWLQKNTDPVSENLLALLPPSSNKFISE
LFSTVDSSDSNNGRSKPRLKTVSQKHKEQLSFLMQQLSSTEPHFVRCILPNLSKKPNKFD
KELVLHQLRCNGVLEGIRIARAGYPNKMTFDEFFSRYSILNAVDVFTRNVKTNCELILKH
IQLDPECYKIGISKLFFKNGILGKLEELRDLSLKNIITNFQSILRGQNARTKIKKQIAVI
QASQVIARNFQRLDGLINQSESPWLKLFLNLKPMLEDSVKVLDSNEMNESLKKLNGKLKD
TETERAALSEENNSLKEKMSHLEEEIQQNSSLMTETTEKLHVLSQKETSMSSKISDLSRE
LEETKAVSEKLAKEKAELMSTSEELQRKLSETESQLETLRSELTNSKENMEQLEAKLREA
EETGKKSMEFENKVTSLTKTHDATVEALNLAKGSIKDLEEKLVSHEETKRKLVTAESEIE
RMQRELSEMKTDLEGKTTNLEEFKQTHEQLQSKVADLEEQKKTLSSSKDERTKEIDTLKH
DLQSKIDNLMITVGGHEDKIAKHEAEKTDLERSINELTAKKTSLEKEVEELEKNHKEEIN
KMQSAFDNEKRSVSENQSEEIRSLKNKLEKESKRVSQLESELKAKETSLSAESKNNKEAQ
EKISQLNKKLEEAQKYEDQLAGEKKKNQEHLSEIQSTKDKLAAKSKEYRQVMDAFENLKH
ESKYLTDAKAENLEQIVILKQQVAELEAKLHDKENMPPPVSKVDSKIMEEHATLKLRLNE
ATAAVRKERFENHKLSEEVNMLRKKVNDSFESPSKRSEYRRSLAYGEDLKFNSSVDNKLG
EEIKSLKIRLQQEESNSARAEAYAIELQKKLNKLQAMRGINSYTDYEVKYKESQKRIAEL
ERNLGNVMDSNSTDGTNSPPMEQMSRSSSLGMVSLANGSGDFAKIYRDMSHTLKSTREEL
NKSKTEILRLKSLLRDSEDELYELKRSNVKISVKDYEGEIARFKVSNETLSKRLEEVEQT
SEKFRKRSEEYFEKLELAESAVMISKRRDEQSRKELEQKTTELKLVKEEIRASERVIKQL
RQNKSDLEVQLTDSQHREEKLHAKSKSLEEKLQYLNDTYGEKRNAIEEHKREIWSLRDDL
KFKQEKETELIRENKRLTIENEELTRVREEVLAENTEVTEENEQLTNTNERLVSEIDSLK
NDKQILERKLDSFARQTEALKQLIEENRSQLEVLNSKNSQLEQEKEDLESKVADLQGQVE
RANSKMELMREHVLDLEKEKEENRKELQEVQKRWDSSDEHYKKARTENLVIVEENESLKT
VNIELKQKVQKLEEKLYSNDQLNYLEENMAKLNRDVDDLKHQLYEGEMREQKLHKQVSTL
EYENNEKNMQMKKYNDENFNYQNMVGQYKSRVEFLTQDNNEKDLHLKAQERELQELREKV
LVFEKERLGRRE
NT seq 5979 nt   +upstreamnt  +downstreamnt
atgcaaacactggcacccatgagcgacgacgacttttccgcaaaaaactgggtctgggtc
ccggacaaagacgaggtgtttgtgcggggctgcatcaccgactacttggccaacaacacc
gtccgggtcacggtgaaaaacggcgcccaagatgttgttaaggaaatggcccagagccag
ttggaaaactgcaacccggccaagttcaacaagtgcaacgacatggccgaattgacccac
ttgaacgagcccagcgtcatctacaacttgtacttgcgctattccgacgaccttatctac
acgtactcgggtcttttcttggtggccatcaacccgtacaaaaaattgcccatctacgag
ccggccacgctcaaaaagttccacgtggcgcaggacggccaggacgagcgcttgccgccg
cacatctttgccattgccgaaaacacctaccgaaacctcatggcgaacaaaaaggaccag
tccatcttggtgacgggcgaaagtggtgctggcaagacggaaaacacaaagaaaatcatc
cagtacctctcgtctatcctgctgacgccgcaaaacgactcgctcaacgacatccacaac
aaaatcttgcaggccaacccgatcttggagagtttcggcaatgccaagacaatcaaaaac
aacaactcgtcgcgcttcggcaagttcgtcaagatcttcttctcctcgcaggggctcatc
agcggcgccaccatcgactactacttgttggaaaaatcaagagtcctgcaccagctgaag
gacgagagaaactaccatgccttctatcagtttctcagaggcgaggacccgcaggttctt
gctgaaaagtacaacttgaagcttcctgctctggactacaaatacctcagcgcgtcttcc
atttccatccccaatgtcgacgatgcgagagagtttagaatcttgaaagaagcgtttggc
atcatgggtttttctgcagaggaaatggagagcatttttggctgcttggccatcattctt
cttctaggaaatgtcgagttcacgtcctggaaatccgaacaggccaactttgccccagac
tcaagaatcgacaccatcgctgccatgttgggcgtgctggaggaggaattgtcccggaat
ttgctccggccaaaagtgaaggctggccgggagtacgtgcaaaaactgaaaaaagcttcg
gaagtcaaaaacaccatcgacgcttttgccaaacatttgtacgaaaaaatcttccagtac
atcattgtacgcatcaacaagagcttgctcgaggaagatgtttcaggcgaaaatttcatt
ggtgtgttggatattgctggattcgagatttttgacacaaactcgttcgagcagctatgt
atcaacttcaccaatgaaaagttgcagcaatttttcaaccaccactcttttattttggag
cagagcgaatatttgcgtgaagatatccaatgggaattcattgattttggtttggacttg
cagcccaccattgatttgattgaaacaaaacagcccatgggtgttttggagatcttggac
gaacagtgcattttgccaaaagcatccgaggaaacatttatggacaagttactagagact
tggggcaatggcgaaagcaaaaagtttcgccccaacaaaattagaaagggctttgtgata
gaccactatgctggcttggtggaatacaatatcgagaattggcttcagaaaaatactgac
ccagtgagcgaaaatcttttggctcttttacctccatcctccaataaatttatttccgaa
ttgttcagcaccgtggactctctggactcgaataatggccgtctgaaacccagattgaag
acggtctctcaaaagcataaagagcaactttctttcctaatgcagcagttgagcagcact
gagccccattttgtccgctgtatattaccaaacttgagcaaaaaaccaaacaagtttgac
aaagaattggtgcttcatcaacttcgatgcaatggtgttttagaaggtattagaatagcc
cgggccggatatccgaacaaaatgacattcgacgagtttttctcccggtactcgattctt
aatgccgttgatgtatttacgagaaacgtcaaaacaaattgtgaactcattctcaaacac
attcagctagatcccgaatgctacaagatcggtatctccaaattgttcttcaaaaacgga
attcttggcaagttggaagaacttcgggacttgagcttgaagaatatcatcactaatttc
caaagtattttacgtggacagaatgctcgaacaaagataaagaagcaaattgctgtgatc
caagcctcgcaagtcattgcaaggaatttccagcgattggatggccttatcaaccaaagc
gaaagtccgtggctcaaacttttcttgaatttgaaacctatgcttgaagattcggtaaag
gtattggactccaacgagatgaatgaaagcttgaagaaactcaatggcaagcttaaagat
accgaaacagaaagagctgcattatcggaggagaacaattcattgaaagaaaaaatgtcc
cacttggaagaggaaattcaacaaaactcttcgttgatgactgagacaactgagaaactt
catgttcttctgcagaaggagactagtatgtcgtctaaaatttctgatctctccagagag
cttgaagaaaccaaagctgtgagcgaaaaacttgctaaagaaaaggctgaactcatgtca
acatccgaagagcttcaacgaaaactttctgaaacggaaagccagttggaaacccttaga
agcgagcttacaaactccaaggaaaacatggaacaactagaagccaaattacgcgaggct
gaagaaactggtaaaaaaagtatggagtttgagaataaggttacaagtctcacaaagacc
catgatgccacagtcgaagcattgaacctcgccaaaggttccattaaagaccttgaggaa
aagttagtgagccacgaggagacgaaacggaagttagtaactgcagaatcagagattgaa
agaatgcagcgtgaactctccgaaatgaaaacagacttggaaggaaagactacgaacctt
gaagagtttaagcagacacatgagcagttgcaatccaaggtggcagatttagaagagcag
aagaaaactttgagctcatccaaagacgagagaacgaaagagatcgatactctcaagcat
gatcttcaaagtaaaatcgacaatttgatgattaccgttgggggacatgaggataaaata
gccaaacacgaggcggaaaaaactgacctcgaacgttccatcaacgagcttactgcgaag
aaaaccagtctcgaaaaggaagtggaggagcttgaaaagaatcacaaggaggagattaat
aagatgcagagtgcatttgacaatgaaaagagaagtgtttcggaaaatcaatctgaggaa
attcgttcgttgaaaaataagctagaaaaagaaagcaaaagggtgagccaattggagtct
gaacttaaagcaaaggaaacctctttgagtgccgaatctaaaaacaacaaggaagctcag
gaaaaaatcctgcaattgaacaaaaaattggaggaggcacagaaatatgaagatcagtta
gctggagagaagaagaaaaaccaggaacatttgagtgaaatacaatccacgaaagacaag
cttgcggcgaaactgaaggagtacagacaagtaatggacgctttcgaaaacttgaagcac
gagtcaaagtacttgacggacgcaaaagcggaaaacttggaacaaatcgtgatcttaaag
caacaagttgctgagttggaagcgaagctccacgataaggaaaatatgcctccaccagtt
tcgaaagtagactctaaaatcatggaagagcacgcaacgttgaagttgcgtcttaacgaa
gcaacagcggcagttcggaaagagaggtttgaaaaccacaaattgtcggaagaggtgaac
atgttgcggaaaaaggtcaatgatagttttgaaagtccactgaaacgcagcgaatacaga
agatcactcgcatacggagaagatctcaagtttaatagctcagtcgacaacaaactagga
gaagaaatcaagtcgttgaagatccgcttgcagcaggaagagtccaacagtgctcgtgca
gaggcttatgcgattgagcttcaaaagaagttgaacaagttgcaggctatgagagggatc
aacagctatacggactatgaggtgaaatacaaagagtcccaaaagcgcattgcggagctc
gagagaaaccttgggaacgtaatggacagtaatagcacggacggaacaaactctccgcca
atggagcaaatgtctcgaagcagcagtttgggcatggtttctttggccaatggatcgggc
gattttgccaagatataccgtgacatgagccatacattgaaaagcacacgggaagagctc
aacaaatccaaaacggaaatcttgagactcaagtctttgttgcgagacagcgaagatgag
ctctatgagttgaaaaggctgaatgtgaagatttctgtcaaggactacgagggggaaatt
gcccggttcaaggtatcgaacgaaacattgtcgaaacgattggaagaggtggagcagacc
agtgaaaagttcagaaaacggagcgaggagtacttcgagaagcttgaacttgcagagtcg
gcagtcatgatcagcaaaagacgcgacgaacagtcgcgcaaagaactagagcagaaaacc
accgagttgaaacttgtaaaagaagagattcgggccagtgagcgggtcatcaagcagctt
cgccaaaacaaaagcgacttggaagtacagttgaccgatctgcaacatagagaagaaaag
ttgcacgcgaaaagcaaaagcttggaagaaaagcttcagtacttgaacgatacatacggc
gagaaacgcaatgcaattgaagagcataagcgggagatttggagtttgcgagacgatctc
aagttcaagcaagagaaagagacagagttgatcagggaaaataagcggctcacgattgaa
aacgaagagttgacccgtgtacgggaagaagttcttgcagaaaacaccgaggtgacagag
gaaaatgagcaattgacaaatacgaacgaacgtttagtttcggagatcgactccttgaag
aatgataagcaaattttagagcgcaagctcgatctgtttgcgagacaaacggaagctttg
aaacagctcattgaagagaatagactgcagctcgaagtgttgaattccaaaaacagccag
cttgaacaagagaaggaagatcttgagagcaaagtggcggaccttcaaggccaagtggaa
cgggcaaactccaagatggagcttatgcgggagcacgttttggatctcgaaaaggaaaaa
gaagagaaccgcaaagagctccaagaagtgcaaaagagatgggattcgagtgacgagcac
tataagaaagcacgcacggagaatttagtgattgtggaagagaacgaaagcttgaaaaca
gtcaacatagagcttaagcagaaggttcaaaagcttgaagagaaactttactctaacgat
caactcaattatcttgaggaaaacatggccaagctcaatcgggacgtcgatgacttgaag
caccagttgtatgagggcgagatgcgggaacagaagcttcacaagcaagtatctacgctt
gagtatgagaacaatgagaagaacatgcaaatgaagaagtacaatgacgagaacttcaac
tatcagaatatggtgggccagtacaaaagccgggtggagtttttgacccaggacaataac
gaaaaggatcttcatctcaaggcgcaagagagagagctccaggagcttcgagaaaaagtg
cttgttttcgagaaggaaagacttgggcgtagggaatag

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (7)   
   Pfam (7)   
All databases (17)   

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