KEGG   Xenopus tropicalis (tropical clawed frog): 100496668
Entry
100496668         CDS       T01011                                 
Symbol
myo18b
Name
(RefSeq) unconventional myosin-XVIIIb isoform X1
  KO
K10362  myosin XVIII
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Pathway
xtr04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    100496668 (myo18b)
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xtr04131]
    100496668 (myo18b)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:xtr04812]
    100496668 (myo18b)
Membrane trafficking [BR:xtr04131]
 Endosome - Golgi transport
  Others
   Others
    100496668 (myo18b)
 Others
  Actin-binding proteins
   Myosins
    100496668 (myo18b)
Cytoskeleton proteins [BR:xtr04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     100496668 (myo18b)
SSDB
Motif
Pfam: Myosin_head Myosin_tail_1 IQ ABC_tran
Other DBs
NCBI-GeneID: 100496668
NCBI-ProteinID: XP_017945491
Xenbase: XB-GENE-876492
UniProt: A0A8J0T0W0
Position
1:148039034..148320503
AA seq 2294 aa
MAISSRLALWEQKIKEEDKRPKVTSPPPLLSVIPGGFIKQLVRETEKEAKQKEKEQKEKP
PVKQEHPQESIRSPGKLSESLVQQFVFKDENILAVEEEEEMASKNNLFMNGLNGDKHPGQ
ATEKTSKINLNLNDITKVAKKAVSPEPKPSTEVAETLKEAAETLSSTCRSPDLVQIENMQ
AAEDTVPEVIAGDDIQEKKVERLEQDTNNISEETFLHDNKVELKINGDDDDEAEAKNQGE
QEMTDSEKVPGDVWYETEQVWYIHNDGFTLATELKPDVGTPELAAGKVRIRIDEENRVLE
VDEENIHRTNPSKFDYAEDLTTLISLNESSVINTLRHRYQSQLIHTSAGPNLIVLKPSSP
VANFSTKVFQGKKDSMPPHICSVAQKAYWNMLTQRQDQTILPLGRSGSGKTTCCQSALEY
LAAAAGTVDNRVTVEKIQAMFTVLKSFGCVTTRECSNSTRFSMVMSLDFNAAGRITAGHL
QTMFLERIRVAQQPQGESNFNVFTQLLGGAETDLRSELYLHQMADNHSFGMAPCVKPEEK
QKASAAFVQLQSAMEVLGFTAIEQKAIWHVLAGIYHLGAAGACRVGRKQFMRFEWANNAA
NVLGCDCEELSTSVFKHHLKQIIQQVTSGSRGGNQEDDTKSGPKMTGVECVEGMAAGLYE
ELFAAIVTLINRCLSSTLLTLASIMVVDITGFQNPRHQKLERAATFEELCHNYVQERLQC
LFYSRTFLHTLERFQEENIEVAFDPPQDIPFVTVSVIDQISSQINVQSSNQMEEKKGLLW
ILDEEVLIQGSTDSNVLDRLCSYFEMKGEDKYESGAFRKCEQSLQFEILHQLGKDPVRYD
VTNWINKAKLNQSAENAIQVLQQSRLDFVKDLFAPRAKFPLICRSVSGMEGKSQQALQRI
SCVRKTFASSFAAVRRRSVCGQIKLQMDALINLLKRSQIHFVHCMVPRLGMDGSECKIHP
LCKGTAGDPINAVIDVPSVRIQLASAQLLDAMRLCRIGYPDRIGFTEFRLRFQVLASEAM
KKYNSTYEPVDERKAVEELFQLLDLEKKSVVMGRSQVFLKSGVLPRLEKQREKTISQRMV
LLQAACRGFLCRQKYKNLKIQLIALKCLQKNIRKFYLVRHWPWWKIICHFRPSLSVNIDE
EKFKAKQEEITVLSLKFKKSEKSRNELRQNVDLLESKITDLTTELSDERFKGEVTCQVLE
VERGERLRASREIKEMQAKYEQMQKNLDSVSKQLEDAQQQIQLRELNAGSSGRADEWQIR
FDCAQTEIDFLRKRVTQFEERLESEKSYRKDLEQKLSQLQGAYENAKRAAQQATRKCKHL
TSDLEDTRVLMENQQIRNHDLEKRQRKFDMQLAQAIGEAAFEKSLREKVTQENTSCRWEV
GKLRQSLEKKELETANLTRQLEVLGNRVKELSTSSGLDNNSVASLKTKVWELETSVAEQN
QQLTEQANAIQLLEQTRLRFEMEIERMKQIHLKELEDKEEELEDIRQSCQRRLRQFEMQL
EQEYEEKQMVLHEKQDLEGLIGTLCEQIGHRDFDVEKRLRRDLKRTHALLADLQLLLASM
GDSGPSVDRGELEKVHIQLEESEAKCADALKCQKSLSMELDSLHMELENLSRNKNMADEQ
LFQLQREKTELLKRIDEDQEDLNELMKKHKALIAQSANDITQIRDLQTKLEDTKKEKQIL
QEKLQVAQSRIDYLEHSMVERSIVSRQEAVICDLESKLEFQRAQIKRFEVLILRLRDSMI
KMGEELENAADSEAREKENAKYYQIRMEEMKVEMNELLQREMEACRRRVELETQVYELSA
VRQTLQADLETSIRRIADLQAALEEVESSDDSDTERDNESTIGSVMSMGQTESVRSWVNS
SASWASPTGGSVDGRLSRQSASDTQSLQSLRLKEMKDEDISRPSSSLSSRGKLYGSNVTA
VESENTAKQPDLKAGNITPTLNRKFTSQTEDTFSRSSSALSDFLDELRKKRAAEKDQASL
VLEDTSSLPIYRTTGASSLRRCTNLNNDDDDELSLTLGKISDERPSTSKGLMRSASLRCL
PSESNNPTLSPAIKRMAKFGSCESLQNPHSNVGIKQSSVLGEDSVPSILKPWRKCLETPL
EEATENDFGKQPIVFQNKRFSSLIDEDNDDSLSYHTKLPSLSYERKLPDDGEDILPALRK
AESVQNISKYSRDRKEGQRPLSVHFGDLPLNDQKLSSGGLKSALKKSPFTREDLGNLSDS
SSSSGSVISCKSADSIKMRPHSQRLEGEGHSGRTMTSEMAQESKRPEAEGREDDVNSIMR
KYLRKNEEEQGSLK
NT seq 6885 nt   +upstreamnt  +downstreamnt
atggctatctcatcacgactagcactttgggaacaaaagatcaaagaagaagacaagagg
ccgaaggttacctcccctccacccttgctttctgtaattcctggtgggttcatcaaacag
ttggtcagggaaacagaaaaagaagcaaaacaaaaagagaaagagcagaaggaaaagcct
cccgttaaacaggagcatccacaagagagcataaggtcacctggtaaactcagtgaatca
ttagtccagcagtttgtgtttaaagatgagaacattcttgcagtagaagaagaagaagaa
atggcatctaaaaataatctgtttatgaatggactgaatggggacaaacacccagggcaa
gcaacagaaaaaacaagtaaaataaacctcaacctgaatgatattacaaaggtagcaaag
aaagcagtttcaccagaaccgaagcccagcacagaagtagcagaaacactcaaggaagca
gcagaaactctctcttcaacgtgtagatcaccagatcttgtacaaatagaaaatatgcag
gcagcagaagatactgtgccagaggtgattgcaggagatgatattcaagagaaaaaagta
gaaagacttgagcaagatactaataacataagcgaggagacctttctacatgataataag
gtggagctgaagatcaacggtgatgatgatgatgaagctgaggctaaaaatcaaggggaa
caagaaatgactgactcagaaaaggtgccaggagatgtgtggtatgaaacagagcaagtc
tggtatattcacaatgatggctttacactggccacagaactaaagcctgatgttgggaca
cccgagttagcagcgggaaaagtaagaattcgtatcgatgaggaaaacagagttttagaa
gttgatgaagaaaatattcatagaaccaacccatcaaagtttgattatgcagaagacttg
acaactctgattagtttgaatgagtccagtgtcatcaacactttgcggcatcgctaccag
tcccaacttattcacaccagtgctggaccaaacctaatagtgctaaagccaagttctcct
gttgctaacttttctacaaaggtatttcaaggaaaaaaagacagcatgccacctcacatc
tgctctgtggcacagaaggcttactggaacatgttaacccagcgtcaggaccagactatt
ttgccactggggagaagtggatctggcaaaacaacttgctgtcagagtgcgttggagtat
ctcgcagcggctgctgggactgtggacaacagagtaacagtggagaaaattcaagcaatg
tttacagttctaaagtcttttggctgcgtgacaacgagggagtgcagcaattctacccgc
ttctccatggtgatgtccctggactttaatgctgctggccgtataactgcaggacaccta
cagactatgttcttggaaagaatccgtgtcgcacagcaacctcagggggagagtaatttt
aatgtgtttacccaactgttgggtggagcagaaacagatctcaggtcggagctgtatttg
caccagatggcagacaaccactcttttggaatggccccctgtgtaaagcctgaggagaag
cagaaggcatctgcagcatttgttcagcttcaatctgccatggaggttctgggattcaca
gctattgagcagaaggccatttggcatgttcttgctggcatatatcacctcggagcggca
ggtgcctgcagagttggcaggaaacagtttatgagatttgagtgggcaaacaatgcagca
aatgtgttggggtgtgattgtgaagaactctccacatctgtcttcaagcatcacctcaaa
cagatcattcagcaagttacctctggatcaaggggtggaaaccaagaagatgacacaaag
tcaggacctaaaatgactggggtggaatgtgtagaaggaatggctgctggactgtatgaa
gaactctttgcagccattgtcacccttattaacagatgcctatcatcaactttgctgaca
ctggcttccattatggtggttgacatcacaggatttcagaatccacggcatcagaagtta
gagagggctgctacttttgaagagctttgccataactatgtgcaggaacgccttcagtgc
ctgttctatagcagaacattcctgcatacattggaaaggtttcaggaggaaaacattgaa
gtagcttttgatcctccccaggatatcccctttgttacagtatctgttattgatcagata
tcatcacagatcaatgtgcaaagcagcaatcagatggaagagaagaagggtctactctgg
attcttgatgaagaagttttaattcaaggttctactgacagtaatgttcttgatcgacta
tgttcttattttgaaatgaaaggagaagataagtatgagagtggagcattccgtaaatgt
gaacaaagtcttcagtttgagatcctccaccagctgggcaaggaccctgtccgatacgat
gtaactaactggatcaacaaggcgaaactgaatcagtctgcagaaaatgctattcaagtg
cttcagcagtccagacttgactttgtaaaggatttattcgcacctcgagcaaagtttcca
ctgatctgccgctcagtgtctggcatggaaggaaaatcccagcaagcattacagagaata
agctgtgtgaggaaaacatttgctagcagttttgcagccgtaagaagaagatctgtttgt
ggccaaatcaaacttcagatggatgctctgataaatttgctaaaacgatcccagatacat
tttgtacactgtatggtcccaagactgggaatggatggcagtgaatgcaaaatccaccca
ttgtgcaaaggaacagcaggagatccaattaatgctgttattgatgtcccttctgtaaga
atccagcttgccagtgctcagctattagatgcaatgcgtctctgcaggataggttaccct
gaccgaattggctttactgagtttcgacttcgctttcaagttttggcttcagaggctatg
aaaaaatacaattccacctatgaaccagtggatgaaagaaaggccgtggaagaacttttt
cagctgcttgacttggaaaagaagagcgtcgtgatggggcgcagccaggtcttcctgaaa
tcaggggttctgcccagactagagaagcagcgggagaagacaatttcacaaaggatggtc
ctactgcaagctgcatgccgggggtttctgtgccggcaaaagtacaaaaatctaaagatt
cagttaattgctctcaaatgtttacagaagaacattaggaagttctacttagttaggcac
tggccatggtggaaaattatctgtcattttcgcccctctctttctgttaatatcgatgag
gagaaattcaaggcaaaacaggaagaaatcacagtattatcgctaaaatttaaaaagtct
gaaaagtctcggaatgagttgcgccagaatgttgacctattagaaagcaagatcacagat
ttaacaactgagctctctgatgaacgattcaaaggggaagtgacctgccaagttttggaa
gtagagcgaggagaaagactaagggcgtcacgagagattaaggagatgcaggcaaaatat
gaacaaatgcaaaaaaacctggactctgtgtcaaaacaactagaagatgcacagcaacaa
atacaacttagggaacttaacgcaggaagctcaggaagagcagatgagtggcaaatacgt
tttgactgtgctcaaactgaaatagatttcttgaggaaaagggtcacacaatttgaagaa
agactagaatctgaaaaatcatacaggaaggacctggaacagaagctcagccagttgcaa
ggtgcatatgaaaatgctaaacgtgcagctcagcaagcaacaagaaagtgcaaacacttg
acttctgaccttgaagacacacgtgtgctaatggaaaaccagcagatccgtaaccatgac
ctggagaaaagacaaagaaagtttgatatgcagttagcacaagcaattggggaagctgca
tttgaaaaaagtttacgcgagaaagtgacacaagagaatacatcgtgccgatgggaagta
ggcaaactacgtcagagtttagagaaaaaagagctggagaccgccaacttgactaggcaa
ttggaggtgttgggaaatcgagtaaaagaactctcgacttctagtggactcgataacaat
tctgtggcatcactaaagacaaaagtgtgggaactggaaactagtgttgctgaacagaat
cagcagttgactgagcaagctaatgccatacaactacttgagcagacgcgcctcagattt
gaaatggaaattgagagaatgaagcagatacatttgaaggagctggaggataaagaagag
gaattggaagatatcaggcaatcatgccaaaggcggcttcggcaatttgaaatgcaattg
gaacaggagtatgaagaaaaacagatggtattgcatgaaaagcaagatttggaaggactt
attggaaccctttgtgagcagataggacatcgggattttgatgtggagaagcgccttcgg
agggatctaaagaggacacatgctcttcttgctgacttgcagcttcttttggctagtatg
ggagattctggaccatctgtggatcgaggagagttagagaaagtccacattcagcttgaa
gaaagtgaggcaaaatgtgcggatgcgttaaagtgtcagaaatctctgtccatggagctg
gatagtctacacatggagcttgagaatctttcaagaaataaaaacatggcagatgagcag
ttattccagctgcagcgagaaaaaactgaacttctaaaaagaattgatgaggatcaagag
gatctaaatgaactgatgaaaaaacacaaagccctcattgctcagtctgcaaatgatatt
acacaaattcgggacctgcagacaaagctggaagatactaaaaaggagaagcagatcctt
caggaaaagctgcaggtggcacagagccgtattgactatttggaacactctatggtggag
cggtcaattgtgagccgacaagaggcagtaatttgtgatttggaaagcaagctagagttc
caaagagctcagattaaacggtttgaggtattaattttacgcttgagggacagcatgata
aaaatgggtgaagagctggagaatgctgcggattctgaggcacgggaaaaggagaatgct
aaatactatcagatccgtatggaagaaatgaaggtagagatgaacgagttgctacaaaga
gagatggaggcatgtcgccgacgggttgagctggagacacaggtctatgaactctcagcg
gtgaggcagacattgcaagctgatcttgagacatcaattagacgtattgcagatcttcag
gctgcactagaagaagtggaatccagtgatgacagtgacactgaaagggataatgagtct
accattggctctgtaatgagcatgggccagacagaaagtgtccgatcctgggtgaattca
tcagctagctgggcatcccctactggaggaagtgttgatggtcgcttgtcgagacagtca
gcatctgatactcagagtcttcaaagtttaaggctgaaggaaatgaaagatgaagatata
agtaggcctagttcgtcactaagtagtagaggaaaactttacggaagcaatgttacagct
gtcgaatctgagaacacagcaaaacaacctgatcttaaggctggcaacataaccccaaca
ctaaatcgaaaatttacttcacaaaccgaagatacattttcaagatcttcctctgctctc
tctgatttcttggatgagcttagaaagaaaagggctgctgaaaaagatcaagcatccctt
gttttagaagatacctcttcattgcctatttacaggacaactggtgcttcgtctcttagg
cgctgcacaaacctgaataatgatgatgatgatgagctctcactgacattggggaagatt
tcagatgagagaccttccacaagcaaagggttaatgcgttcagcaagtcttcgctgcttg
ccatcagaaagcaataaccccactttgtcaccggcaattaaacgaatggcaaagtttgga
tcctgtgagtctcttcaaaatcctcatagcaatgtaggcatcaaacagtcatcagtttta
ggagaagacagtgttccttcaatactgaaaccctggagaaaatgtcttgaaacaccattg
gaagaagctacagaaaatgattttgggaagcaacctattgtttttcaaaataaacggttt
tccagcttaatagatgaggataatgatgatagtttaagctaccacaccaagctaccaagc
ctcagttatgagaggaaactaccagatgatggtgaggacatcctaccagctcttagaaag
gctgaatcagttcaaaatatatcaaaatattccagggatagaaaagaaggacagaggcca
ctgagtgttcattttggagacctgcctttaaacgatcagaaactctcctctggtggctta
aaaagtgcactaaagaaaagtccattcactagggaagatcttggcaatctttctgattca
tcatcatcttctggttcagtaatctcttgcaaaagtgcagacagcataaaaatgcggccg
catagtcaaagactagaaggagaaggccattctgggagaacaatgacttcggaaatggct
caggaaagtaaaaggcctgaagcagaaggcagggaagatgatgtaaatagtataatgagg
aagtatctgagaaaaaacgaagaagaacaaggctccctgaaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (4)   
   Pfam (4)   
All databases (21)   

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