KEGG   Tetranychus urticae (two-spotted spider mite): 107366371
Entry
107366371         CDS       T04901                                 
Name
(RefSeq) myosin heavy chain, non-muscle
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
tut  Tetranychus urticae (two-spotted spider mite)
Pathway
tut04814  Motor proteins
tut04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:tut00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    107366371
   04820 Cytoskeleton in muscle cells
    107366371
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:tut04812]
    107366371
   04147 Exosome [BR:tut04147]
    107366371
Cytoskeleton proteins [BR:tut04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     107366371
Exosome [BR:tut04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   107366371
SSDB
Motif
Pfam: Myosin_tail_1 Myosin_head Myosin_N ERM_helical ADIP AAA_22 IQ
Other DBs
NCBI-GeneID: 107366371
NCBI-ProteinID: XP_015789443
Position
Unknown
AA seq 1977 aa
MASMGLEVQPNGRIDVSKDPELKYLVVDRNLVADPAQQAEWSNKKLIWIPHDTQGFVAAS
IRGETSDEYEVEIVETGKKVIVPKDDVQKMNPPRFNKVEDMAELTCLNEASVLHNLKDRY
FSCLIYTYSGLFCVVVNPYKKLPIYTEKVIELYKGKKKHEVPPHIFAVTDGAYRSMLQDR
EDQSILCTGESGAGKTENTKKVIQYLAFVASSKPKPSIVAAVQSGELEQQLLQANPILEA
FGNAKTVKNDNSSRFGKFIRINFDASGFIAGANIETYLLEKSRTIRQAVDERCFHIFYQL
LNGASPEQSKEFLLEDVKNYTFLTHGNVPVPGVDDAFEFKNTFQAMQIMGLSPEDLSAIF
KVISAVLLFGNMKFKQERNSDQATLPDNTVAQKISHLLGMNVTEMTKAFLKPRLRVGRDF
VTKAQTKEQVESAVEAIAKACYERMFKWLVHRINRSLDRTKRQGASFIGILDIAGFEIFD
LNSFEQLCINYTNEKLQQLFNHTMFVLEQEEYQREGIEWKFIDFGLDLQPTIDLIEKPMG
ILALLDEECWFPKATDKTFVEKLVSAHATHPKFIKSDFRVSADFSIIHYAGKVDYSANQW
LMKNMDPLNENVVVLLQNSSEPFIMQIWKDAEIVGMGMATMGDTQFGARTRKGMFRTVSQ
FYKDQLSKLMVTLRNTNPNFVRCIIPNHEKKAGKIDATLVLDQLRCNGVLEGIRICRQGF
PNRIPFQEFRQRYELLTPNAIPKGFMDGKLACGKMIAALDLDPNLYRIGQSKIFFRAGVL
AQLEEERDAKISDLIKNFQAMCRGLIARRNYQKRLQQLNAIRIIQRNCAAYLKLRNWSWW
RLYTKVKPLLQVTKHDEQLLAKEDELRHVRELKEKLELEINEMEKKLGAEREEKAALVEQ
LQAETEIAQEAEDARVRLAARKQELEDILHDLEARIEEEEERNQALAAEKRKLAVVIQDL
EEQLEEEEANRQKIQLEKCTLDAKVKKLEEENALLDDSNNKLVKEKKVLEERLAEVSKSL
SEEEEKAKHLSKLKAKHETTIQDLEERLSKDTQIRQELERVKRRFETELNDVKEQLNEKR
LQLEELQTQLGKREEELSQAYLRCDEESVLKGQAQKVLRDIESQLVELQEDLESEKQARA
KAEKQKRDLNEELEALKNELLDSLDVTATQKEIAIKREQELHHIKSAIEEEASQHETQVA
ELRAKYSKSIDELNEQLDNLKRAKASLEKAKSNLEAENADMANEIKSLTAIRQESERRRK
QLEIQLQEMTTKFVDMERSKVELNEKSSKLQAELDNVNAQLEELERRASQTARNNQALEA
QLSESQDLLHEETKQKLSLTTRLRQMESEKENLAEQLEEEEETKKQLEKKIVELSSQIND
FKKRTDDENDMLAQSEEVKKRLTKEIEILQQKLVETIGNSDKFEKSKKKLESELEDLNVE
LENQRAKVSELEKKQRKFDAMLAEEKAASERIAAERDNAEREVREKETKILSLIRALEEK
EEQYEELERLKRQLLTELDELMSNQGDTDKNVHELEKAKRTLENQVTDMKTQIEELEDEL
QLAEDVKLRLEVNMQALKAQFERDLLARDEQSEEKRRGLLKQIRDLEAELEDERKQKSLA
MAAKKKLESDYNELEQQLEISNRLKEEANRQYKRLQAQMKEFQKDSEETSSMRESLVAQT
KEAEKKAKQLEAEVAHLQEDLATSDRARRLAENDREELMEEIETHVNRFSLMQEDKRRLE
VQIAQLQEELEEEQSNAEMAIDKLRKVTAQIEVLNTELANERASMQKLENDKSVIERQNK
ELKAKLQEVETSQRSRTKASFASMETKIAQLEEQLDMEMKEKQAATKAARKLEKRLKEVT
IQIDDERRHTDQFKEQIEKANNRVKGLKRQLEEMEEECSRERGFRRKAQRDLEDAIEANE
ALNREVASLKNKMRRSGPGSSTRGYLGTKRGSIGTGGDDGSIGSPIDDSPNDCSPSD
NT seq 5934 nt   +upstreamnt  +downstreamnt
atggcctctatggggttggaagtccaaccaaacggtcgtattgatgtatccaaggatcct
gaacttaaatatttggttgttgatcggaatttagtggctgatccagcccaacaggctgaa
tggtcaaataaaaagttaatctggattccccatgatacccaaggatttgtggcagcctct
ataagaggtgaaactagtgatgaatatgaggttgaaatagttgaaacggggaaaaaagtt
atagttcccaaagatgatgttcaaaaaatgaatccaccgcggtttaataaagttgaagat
atggccgagttaacatgcctcaatgaagcatccgttttacacaatcttaaagatcgttat
ttttcttgccttatctacacctattccggtttgttctgtgtagttgtcaacccatacaaa
aagttacctatctacacagaaaaggttatcgaattgtataaaggtaaaaagaaacatgag
gtacctccacatatttttgccgttacagatggtgcctaccggagtatgcttcaagaccgt
gaagatcaatctattctctgtactggtgaatctggtgctggtaaaacagagaatactaaa
aaagttattcagtatttagcttttgttgcctcatctaagcctaaaccgtccatcgtagct
gcagttcaatcaggtgaacttgaacaacaattgcttcaagccaaccccatcttagaagct
tttggtaatgccaaaacggtcaaaaatgacaattcgtctcgatttggtaaattcataagg
attaattttgatgcctctggtttcattgcgggagccaatattgagacttaccttttagaa
aaatctcggacaatcaggcaagcagtcgatgaaaggtgtttccatatattttatcaatta
ttgaatggtgcctcacccgaacagtcgaaagaatttcttttggaagatgttaaaaattac
acattcctcacccatggtaatgtacctgtaccgggtgttgatgacgcctttgaatttaaa
aatacttttcaagctatgcaaataatgggtctcagtcctgaagatttaagtgccatattt
aaagtaatctctgccgtgttactcttcggtaatatgaaatttaaacaagaaagaaattca
gatcaagccacattacctgacaacacggttgcccaaaaaattagccatcttctcgggatg
aatgttaccgaaatgactaaagcattccttaaaccacgactacgggtaggccgtgatttt
gtcactaaggcccaaactaaagagcaagttgaatcagctgttgaagcaattgctaaagct
tgttatgaacgaatgtttaaatggctggtccatcgaattaatcgttcactcgatagaaca
aaaagacaaggggcttccttcatcggtattcttgatattgctggtttcgagatatttgac
ctcaactctttcgaacagctctgtataaattatacaaatgagaagttacagcaacttttt
aaccacactatgtttgttttggaacaagaagaatatcaaagggaaggtattgaatggaag
tttattgatttcggccttgatcttcagccaacaattgatcttattgaaaagccaatgggt
attcttgcacttctagatgaagaatgttggttcccgaaagcaacggataaaactttcgtt
gaaaaattagtttcagctcatgcaacgcaccctaaattcattaaatctgattttcgagtg
tctgctgattttagcatcattcactatgctggaaaggttgattattcagcaaatcagtgg
ctgatgaaaaatatggatccattgaatgaaaatgttgttgttcttttacaaaactcatct
gaaccttttattatgcaaatatggaaagatgctgaaattgttggcatgggtatggcaacc
atgggagacacccaattcggagcaagaacaagaaaaggaatgtttaggaccgtcagtcag
ttttacaaagaccaactatctaaattgatggttactctgcgaaataccaatccaaacttt
gttcgatgtatcattcctaaccatgaaaagaaagctggtaaaattgatgccactctagtt
cttgatcaattaagatgcaatggtgttcttgaaggaatccgtatttgccgacaaggtttt
cctaatcgcatacctttccaagagttcagacaaaggtatgaactcctcacacccaatgca
atacctaagggatttatggatggtaaattagcttgtgggaagatgattgcagcacttgat
ttagatcccaacctttaccgtattggtcaaagtaaaattttcttccgagctggtgtacta
gcgcaattggaggaagaaagagatgcaaaaatatctgatttaatcaaaaatttccaagcc
atgtgtcgtggtctgattgctcgacgtaactatcagaaacgtttacaacagctcaatgct
attcgaatcattcaacgtaactgtgcagcttacttaaagcttcgcaattggtcatggtgg
aggttgtatactaaagtaaaacctttacttcaagtcaccaaacatgatgaacagttactt
gccaaagaagatgaacttcgtcatgtgagagaacttaaagaaaaattggaattggaaatc
aatgaaatggaaaagaaactaggtgcagaaagagaagaaaaagctgctctggttgaacag
cttcaagcagagactgagatagctcaggaagcagaagacgctcgagttcgacttgctgca
cgaaaacaagagttagaagatattttgcatgatttagaagctcgaatcgaagaagaggaa
gaacgtaatcaagctcttgctgcagaaaaacgaaaacttgcagtagtcattcaagatctg
gaagagcaactggaggaagaagaagctaatcgacagaaaattcaactagaaaaatgtaca
ttagacgccaaagtcaagaaattagaagaggaaaatgctcttcttgatgattccaacaac
aaattagtcaaagagaagaaagttcttgaagaaaggctggccgaagtctccaaatcattg
tccgaagaggaagaaaaggccaaacacctcagtaaattgaaagccaaacacgaaacaacc
attcaagatcttgaagaacgtctttcaaaagacactcagattcgtcaagaattggagcga
gttaaaagaagatttgagactgagctcaacgatgtcaaagaacagttgaatgagaaacgt
cttcaactagaagaacttcaaactcaacttggtaaacgagaagaggaattgagtcaagct
tatttacgctgtgatgaagaaagtgttctcaaaggccaagctcagaaagttttaagagac
attgagtctcaacttgttgaacttcaagaagatttggaaagtgaaaaacaagctcgtgca
aaagctgaaaaacaaaagagagacctcaacgaggaattggaagctctcaaaaatgaatta
ttggattctctggatgtgactgctacacaaaaagagatcgccataaagagggaacaagaa
ctccatcatattaaaagtgctattgaggaagaagcttcacagcacgaaacacaagttgct
gaactcagagccaaatattcaaagagtatcgacgaactcaacgagcaattagacaacttg
aagcgcgctaaagccagtttggagaaagctaaatctaacctcgaagctgaaaacgctgat
atggccaatgaaatcaaaagtcttacagccattcgccaagaaagtgaacgtcgtcgaaaa
caattggaaattcaacttcaagaaatgaccaccaaatttgtcgatatggaaagaagtaaa
gttgagttgaatgaaaagtcttccaaattacaagcagagcttgataatgtgaatgctcag
cttgaagagttagaaagacgagccagtcaaacagctagaaataatcaagctttggaggct
caattatctgaatcacaagatcttctccatgaagagactaaacaaaagctgtcacttacc
actagacttcgtcaaatggagtcagagaaagaaaaccttgccgagcaacttgaggaagaa
gaagagacaaagaaacaacttgagaaaaagattgttgaattgtcaagtcaaatcaacgat
ttcaagaaacgcaccgatgatgaaaatgacatgttggctcaaagtgaagaagttaagaaa
cggttaacaaaagaaatcgagatattgcaacaaaagctggtggaaactattggaaattct
gataagtttgagaaatcgaagaaaaaacttgaatcagaattagaagatctgaatgttgaa
ctggaaaatcaacgtgctaaagtctccgagcttgagaagaagcagagaaagtttgatgct
atgttagcagaagaaaaggcagcctctgaaagaatcgctgccgaacgtgataacgcagaa
agagaggtccgagaaaaagaaacgaaaattttatcattaattcgtgccttggaagaaaaa
gaggaacagtatgaagaacttgaacgactcaagagacaattattaactgaattagatgaa
ttgatgagtaatcaaggtgataccgataagaacgttcatgaattggaaaaggccaaacgt
actttggaaaatcaagttaccgatatgaagacccaaattgaagaactggaagatgaattg
cagttagccgaagatgtcaaattgagattagaggttaacatgcaagctttgaaagctcaa
tttgaacgtgatttacttgcacgagatgaacaatctgaagaaaaacgtcgcggtcttttg
aaacaaatcagggacttggaagctgaattagaagacgaacgaaagcagaagagtctcgct
atggcggccaaaaagaaattagaaagtgattacaacgaacttgaacagcagttagaaatc
tcaaatagattaaaagaagaagccaatcgtcaatacaagcgccttcaagctcaaatgaaa
gaattccaaaaggattctgaagaaacctcttcaatgcgtgaatctttggttgctcaaacc
aaagaagctgaaaagaaagcaaaacagttggaagctgaggtagctcatcttcaagaagac
ttagctaccagtgatagggctcgaagattggccgaaaatgacagagaagaattaatggaa
gaaattgaaactcatgttaatcgtttctcattaatgcaagaagataaacgacgacttgaa
gttcaaattgcccaattacaggaagaattggaagaagaacaatccaatgctgaaatggcc
atagataaacttcgtaaagtaacagctcagatcgaagttttaaatactgaattagcaaat
gaaagagcatctatgcagaaacttgaaaacgataaatctgttattgaaaggcaaaacaaa
gagcttaaagcaaaacttcaagaagtcgaaacgtcccaacgatctcgaaccaaggctagt
tttgcttcaatggaaaccaaaattgctcaacttgaagaacaattagacatggagatgaaa
gagaaacaagcagcaaccaaagctgctcgtaaactggagaagcgcttgaaagaagttaca
atacagatcgatgatgagcgtcgtcataccgatcaatttaaagaacaaattgagaaggca
aataatcgagttaaaggattaaagagacaattagaagaaatggaggaagaatgttccagg
gaaagaggattccgcagaaaggctcaacgtgatttggaagatgcaattgaagccaatgaa
gcattgaatagagaagtagcaagtctcaagaataaaatgagacgttctggaccaggctca
tctaccaggggatacttaggaacaaaacgaggttcaattggtactggtggtgatgatggt
tcaattggatcaccaattgatgattcacctaatgattgttcaccaagtgattga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (231)   
   KEGG ORTHOLOGY (1)   
   RefGene (227)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (7)   
   Pfam (7)   
All databases (248)   

Download RDF
DBGET integrated database retrieval system