KEGG   Nanorana parkeri (Xizang Plateau frog): 108789546
Entry
108789546         CDS       T04897                                 
Name
(RefSeq) myosin-10-like isoform X1
  KO
K10352  myosin heavy chain 9/10/11/14
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
Pathway
npr04270  Vascular smooth muscle contraction
npr04530  Tight junction
npr04810  Regulation of actin cytoskeleton
npr04814  Motor proteins
npr04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:npr00001]
 09140 Cellular Processes
  09144 Cellular community - eukaryotes
   04530 Tight junction
    108789546
  09142 Cell motility
   04814 Motor proteins
    108789546
   04820 Cytoskeleton in muscle cells
    108789546
   04810 Regulation of actin cytoskeleton
    108789546
 09150 Organismal Systems
  09153 Circulatory system
   04270 Vascular smooth muscle contraction
    108789546
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:npr04812]
    108789546
   04147 Exosome [BR:npr04147]
    108789546
Cytoskeleton proteins [BR:npr04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     108789546
Exosome [BR:npr04147]
 Exosomal proteins
  Exosomal proteins of bladder cancer cells
   108789546
SSDB
Motif
Pfam: Myosin_tail_1 Myosin_head Myosin_N Crescentin IQ CCDC90-like ADIP Uso1_p115_C AAA_22
Other DBs
NCBI-GeneID: 108789546
NCBI-ProteinID: XP_018415089
Position
Unknown
AA seq 1987 aa
MSSRNSYRDDAERYLFVDRNPMSMTATQADWTAKKLVWVPSEKHGFEAASLKEERGDEVV
LELAENGKKVVINKDDIQKMNPPKFTKVEDMAELTCLNEASVLHNLKDRYYSGLIYTYSG
LFCVVINPYKNLPIYSEQIVEMYRGKKRHEMPPHIYAISETAYRSMLQDREDQSILCTGE
SGAGKTENTKKVIQYLAHVASSHKGRKEHTAPNSSAMSYGELEHQLLQANPILEAFGNAK
TVKNDNSSRFGKFIRINFDVAGYIVGANIETYLLEKSRAIRQAKDERTFHVFYQLLAGAG
EHMKTDLLLEGFNQYRFVSNGNVTIPGQQDKEIFHETMESMKIMGISHEEIMSMLKMGSA
VLQFGNIIFRKERNTDQASMPDNTAAQKLCHLLGLNVTEFTRAILMPKIKVGRDYVQKAQ
TKEQADFAVEALAKALYERLFRWLVHRLNRALDRTKRQGASFIGILDIAGFEIFELNSFE
QLCINYTNEKLQQLFNHTMFILEQEEYQREGIEWSFIDFGLDLQPCIDLIERLANPPGVL
SLLDEECWFPKATDKSFVEKVIQELGTHPKFQKPRQLRDKADLSIIHYAGKVDYKADEWL
MKNMDPLNDNVATLLHQSTDKFTAELWKDVDRIVGLDQMTGMGEMSFGSTYKTKKGMFRT
VGQLYKESLSKLMSTLRNTNPNFVRCIIPNHEKKAGKLEPHLVLDQLRCNGVLEGIRICR
QGFPNRIIFQEFRQRYEILTPNAIPKGFMDGKQACAIMIKALELDPNLFRIGQSKIFFRA
GVLAHLEEERDLKITDIIVLFQAAARGYLARKAFTKKQQQMSALKVVQRNCAAYLKLRHW
QWWRLFTKVKPLLQVTRQDEVMQSKVVELQKVKDNQLKAEQDLKDMGSKYQQLIEEKSIL
AEQLQAETELFAEAEEMRARLAAKKQELEEILHDLESRVEEEEERNLQLQNEKKKTQQHV
QDLEEQLEEEEAARQKLQLEKVTTEGKLKKMEENILLLEDQNAKLAKERKLLEERISEFS
SNMAEEEEKIKSLSKLRNKYEAVIADMEDRLKKEEKGRQEMEKLKRKLDGETSDLQDQIL
ELQQQIEELKQQLARKEEELQAALARVEEEAAQKNNLLKQLREIQSQLSELQEDVESEKA
ARAKAEKQRRDLGEELEALKSELEDTLDSTAAQQELRSKRELEVTDLKKTIEEEAKTHES
QIVEIRQRHTQALEDLSEQLEQSRRFKVNLEKVKQTLETENADLAKEVKNLHATKQESEQ
KRKKLEGQVSELQIRVSDSEKSKAELAEKLQKVQAELDGISGTLGSTESKSIKLNKDLSA
VQSQLQDAQELLQEETRQKLNFSSRVKQLEEEKNNLMENLEEEESAKAQLHRQIQALQQQ
LGETRKRMEDHGGAVDGLEEAKKKLAKELELMHQRFDEKHQTSDKLEKTKNRLQQELDDL
MVDLDHQRQIVSNLEKKQKKFDQMLAEEKNISARYAEERDRAEAEAREKETKVLSLSRSL
EEALDFKVELDRHNKLLRAEMDDLVSSKDDVGKNVHELERAKRALEQQVQDMKTQMEELE
DELQAIEDGKLRLEVNMQALKAQYDRELQNRDDSSDEKKKLLIKQVRDMELELDEERKQK
TQILAAKKKLEMDLQEMENQIDSANKGREEAVKQLKKLQFQLKEVWREVEETRTSREEMF
IQSRENEKRLKNLETELLQLQEELAAAERAKRQAQQERDDLADELANGVSGKSALLDEKR
ALEARIAQLEEELDEEQSNMELVNDRYRKYTMQVETMTTELSAERSFSQKAENARQQMER
QNKELKVKLNEMDSSVRAKYKIAIASLESKIAQLEEQMEQESRERILANKLVRRAEKRLK
EVLLQVEEERRNADQFKEQHEKAHIRMKQLKRQLEEAEEDASRANSNRRRIQRELEDVTE
SAESMNREVNTLRSRLSKLERQHRKRAPLQLTSRTIRTVYHLEGVSDEEAEAPSGEPSTN
HQQPQQE
NT seq 5964 nt   +upstreamnt  +downstreamnt
atgtcatctcgaaactcctatagagatgatgcagagcgctaccttttcgtggatcgaaac
cctatgagcatgacagcaacacaagctgactggacagcaaagaagctagtgtgggtgccc
tctgaaaaacatgggtttgaagcagctagcctcaaggaagagcgaggtgatgaagtagtg
ctggagctggctgagaatggtaaaaaagtggttatcaacaaggatgacattcagaaaatg
aatccaccaaagttcaccaaggtcgaggatatggcagagttgacctgtttaaatgaagca
tctgtccttcacaatctcaaggaccggtattattctgggctcatctatacatattcaggc
ctcttctgtgtagtgatcaacccttacaagaacctgccaatatactcagaacaaatagtg
gaaatgtacagagggaagaagcgtcatgagatgcctccgcatatatacgcaatatcagaa
acggcctatcgcagcatgcttcaagatcgtgaagatcagtccatcctgtgcacaggggaa
tcgggtgcaggaaaaacagaaaacaccaagaaagtaatccagtacttggctcatgtcgcc
tcgtcacacaaggggcgtaaagaacacactgctccgaactccagtgccatgtcatatgga
gaactagaacatcagctcctgcaagccaaccctattttggaagctttcggaaacgccaag
actgtgaaaaatgacaactcttcgcgatttggcaaattcatccgaattaattttgatgtt
gctggatacatcgttggagctaacattgaaacttatttactggagaaatctcgagcaatt
cgccaagctaaggatgaaagaacattccatgttttttaccagcttttagcgggagcaggg
gagcatatgaaaactgacttacttttggaaggcttcaaccagtatcgctttgtatccaat
ggaaacgtcaccattcccggacagcaggacaaagagatattccacgagacaatggagtcc
atgaaaatcatgggaattagtcatgaagaaatcatgtctatgctgaagatggggtcggct
gttctccagtttggcaatattatctttcgcaaggagaggaacacagaccaagcatccatg
ccagataatacagccgcacagaaactttgccatcttttgggcctaaatgtgacagagttt
acacgtgccatcctgatgccaaagattaaagttggccgtgattatgtccagaaggcacag
actaaggaacaggctgactttgctgtggaggcacttgctaaagcgctatatgaaaggctt
ttccgctggttggtccatcgcctcaacagagcactggataggaccaaaagacaaggtgca
tcattcatagggatcctggacatagctggctttgaaatctttgagctgaactcatttgag
cagctttgtattaattacacaaatgagaaactgcagcagctcttcaatcacaccatgttc
attctggaacaagaggaataccagcgggaaggcattgagtggagcttcatcgattttggc
ctggacctgcaaccctgcattgatctcattgagagactggccaatcctccaggcgtcctg
tcactgctggatgaagagtgctggttccccaaagccactgataaaagttttgtggagaag
gttatccaagaacttggcactcatcctaaattccagaagcctagacaactgcgagacaag
gctgatctgtctataatccattatgctggcaaggtggactataaagcagacgaatggctc
atgaagaacatggaccctctgaatgataacgtggccactcttcttcatcagagtacagac
aaatttacagcagagctctggaaagatgtggatagaattgtgggacttgaccagatgacc
ggcatgggtgaaatgtcatttggctcaacatacaagacaaagaaagggatgttccgaacc
gtgggacagctatacaaagaatcgctgtctaagctgatgtctacactaagaaacaccaac
cctaactttgtccgatgcatcattcccaaccatgaaaagaaagctgggaaactggagcct
catctagtcctcgaccagttgcgctgtaatggagtcctagagggaatccgtatttgtaga
caaggcttcccaaataggataattttccaggaattcaggcaaagatatgagattttaact
ccaaatgctattcccaaaggatttatggatggcaaacaagcttgtgcaataatgatcaaa
gctttggaactagaccccaatctgtttcgcattgggcagagtaaaatattcttccgtgct
ggagtactggctcatttggaagaggagagagatcttaagattaccgacataattgtgctt
ttccaagctgctgcccgaggataccttgccagaaaagcttttacaaagaaacagcaacaa
atgagtgctttgaaggtggtgcagagaaactgtgctgcatacctcaagctacgacattgg
cagtggtggagactctttaccaaggtgaagccattgttacaagtgactcgacaggatgaa
gtaatgcagtccaaggtagttgaactgcagaaggtgaaggataaccagctgaaggcagag
caggatctaaaggacatgggaagcaaataccagcagttaatagaagaaaagtcaattttg
gcagaacagttgcaagcagagacagagttgtttgcagaggctgaagagatgcgagccaga
cttgcagcaaagaaacaggagttagaggaaatattacatgatttggagtcccgtgtggaa
gaagaagaagaacggaacttgcagctgcaaaatgagaagaaaaagacgcagcaacatgtg
caggatttagaggaacaattagaagaagaagaggcagctcgacagaagcttcaacttgaa
aaagtaacaactgaaggcaagctgaaaaagatggaagaaaatattcttctattagaagac
cagaatgccaaactggccaaggaacgaaagttgttggaagaacgcatttctgaattttcc
agtaatatggctgaagaagaagagaaaataaagagtcttagcaaactccgcaacaaatat
gaagctgtcattgcagatatggaagatcgtctaaagaaagaagaaaaaggcagacaagag
atggagaaattaaaaagaaaacttgatggggaaacatctgacttgcaagatcagattcta
gagcttcagcaacagattgaggagctgaaacagcaacttgcacggaaggaagaagagctc
caggcagcccttgctagagttgaagaggaagcagctcaaaagaacaatctactaaaacag
cttcgagaaatacagtctcagctctctgaattacaagaagacgtagagtcagaaaaggct
gcaagagcgaaggcagagaaacagcgacgggaccttggggaagagctggaggcactgaag
tctgagcttgaagacactttagattccacagctgctcaacaagaactaaggtcaaaacgt
gaactggaagtcacagatcttaaaaagacaattgaagaagaggcaaaaacccatgagtct
cagattgtggaaatcagacagagacacacacaggcactggaagacctctcagaacaactg
gaacaatcacgtaggttcaaggtgaacctggagaaggtgaaacagaccctagaaactgag
aatgctgacctggcaaaagaagtcaagaatcttcatgccacgaaacaggaatctgaacag
aagaggaaaaaattagaaggacaggtgtctgagcttcagatccgggtgtctgacagcgag
aagtccaaggctgaactggcagaaaagctgcagaaagtacaggctgaattagatggtata
tctggtacactgggatcaacagaaagcaagtctattaaactaaacaaagacctatcagca
gtgcagtcacagctgcaagatgcccaggaattgctacaagaggagactcggcagaagctt
aactttagctccagggtaaaacagttggaagaggagaaaaataacctaatggagaactta
gaggaagaggaatcagcaaaagctcaacttcatcgtcagattcaggctctccaacaacag
cttggtgaaacaaggaaaaggatggaagatcatggaggtgctgttgacggtctggaagaa
gccaagaagaagctggccaaggagttagaacttatgcatcaacgtttcgatgagaaacat
caaaccagtgacaagctggaaaagactaaaaaccgcttgcagcaagagctggatgacctc
atggttgatttggatcatcaacggcaaattgtttcaaacttggaaaagaaacagaagaaa
tttgatcagatgctggcagaagagaagaacatatcagcacgctatgctgaggagcgagat
agagcagaggcagaggctcgtgaaaaggaaacaaaagtcttatctctgagtcgatcctta
gaagaagcccttgattttaaagttgaactggacagacataacaagctgctacgtgcagag
atggatgaccttgtcagctccaaggatgatgttggcaagaatgtccatgaattggaacgg
gccaagcgagctttagagcaacaagttcaggacatgaagactcagatggaagaactggag
gatgagcttcaagccattgaagatggaaaactccgcttggaggtcaacatgcaggcattg
aaagctcaatatgaccgagaactccaaaaccgtgatgactccagtgatgaaaagaagaaa
ctcctgatcaagcaggtgcgtgatatggagctggaactggatgaggaacgtaagcagaaa
acccagattcttgctgccaagaaaaaactggaaatggacttgcaggaaatggaaaatcaa
attgattcagctaacaaaggccgggaagaggcagttaagcaactgaaaaaactacagttc
cagctgaaagaagtgtggcgggaagtggaagagactcgcacatctcgagaggaaatgttc
atccagtctagagaaaatgaaaagagactcaagaatttagaaacagaactcctacagcta
caagaggaattggcagctgcagaaagggcaaaaagacaagctcagcaagaaagagatgat
ctggctgacgagctggcgaatggtgttagtggcaagtctgctcttctggatgaaaagagg
gctctggaggccagaatcgctcagctggaggaggagcttgatgaggagcagagtaatatg
gagctggttaatgacagatataggaaatacaccatgcaggtggagacaatgactacggaa
ctgtctgcagaaagaagcttctcccagaaggctgaaaatgccaggcagcaaatggaaaga
cagaacaaggagcttaaagtaaaattaaatgagatggattccagcgtaagggcaaaatac
aagattgcgattgcttccctagagtccaagattgctcaactggaagaacaaatggaacag
gaatcaagggagcgcattttggcaaacaaactggtgcgacgtgctgagaagaggctgaag
gaggtgcttctacaagtagaggaagagagaagaaatgctgaccagtttaaagagcagcat
gagaaagcacacatccgcatgaagcagctgaaacgccagttggaggaagctgaagaagat
gcctcacgagccaattccaatcgccgtagaattcaaagagagctagaagatgtgacagaa
tcagcagagtccatgaaccgggaggtgaacactctccgaagccgactcagcaagttagag
cgacagcaccgcaagagggcacctcttcagttaacttctcgtactatacgtacagtgtac
catcttgaaggtgtttctgatgaagaggcagaggcacccagcggagaaccatcaactaat
catcaacagcctcagcaagagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (5)   
   KEGG PATHWAY (5)   
Genome (1)   
   KEGG GENOME (1)   
Gene (174)   
   KEGG ORTHOLOGY (1)   
   RefGene (170)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (9)   
   Pfam (9)   
All databases (200)   

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