KEGG T04346: GSTEN00025385G001

Tetraodon nigroviridis (spotted green pufferfish): GSTEN00025385G001

Entry

GSTEN00025385G001 CDS       T04346

Name

(GenBank) unnamed protein product

K10362

myosin XVIII

Organism

tng Tetraodon nigroviridis (spotted green pufferfish)

Pathway

tng04814

Motor proteins

Brite

KEGG Orthology (KO) [BR:tng00001]
09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    GSTEN00025385G001
09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:tng04131]
    GSTEN00025385G001
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:tng04812]
    GSTEN00025385G001
Membrane trafficking [BR:tng04131]
Endosome - Golgi transport
  Others
   Others
    GSTEN00025385G001
Others
  Actin-binding proteins
   Myosins
    GSTEN00025385G001
Cytoskeleton proteins [BR:tng04812]
Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     GSTEN00025385G001

SSDB

Motif

Pfam:

Myosin_head Myosin_tail_1 CENP-F_leu_zip IQ AAA_22

Other DBs

NCBI-ProteinID:

CAG05388

UniProt:

Q4S1U4

Position

undetermined

AA seq 1972 aa
DVWYEAGRVWYVHRDGFTPATQLKPDEGTPELPVGMVRVRLDTDGSLHDVTEYETEQCNP
PEQNLCEDLSDLQHMSECGVLNTLMCRARADLPLTQAGPNLVSLWPPMQTHSRTPRSRRG
DSVWDAPPALAALVKRVHVSMVGSRRDHSVCAVGRSGTGKTAACQAFTHALLRQAGTAGE
NMSVERVHAMFTVLRSFGCVSSQHSDASSRFAMVFSLDFNHAGQAAAGHLQTMMLDKWRV
CQVTPAETNFLVFSQMLAGLSTEMRTELQLHQLPESNTFGIVHPIKVEEKQRASVAFTKL
LAAMETLGFSATEQKAIWHVLAAIYHLGAAGACRVGRRQFVSFDSAQKAGGVLGCEGEEL
HTAVFKHHLRQLLQRATSRERTAAEAEEGPRLTAAQCLEGMAAGLYEELFTAVVSLINRA
LSSQQLALASVMVVDTPGLRNPRHSAEERGASWSELCHNYLQERLLEHCHTHTFTHTLER
YAQERIPVELENPENSPAEVVSALDQPPPQVRAADGDPRGLLWVLDEEMVTPGSNENSVL
ERVSQYFSGTVRQCEQPLQCEVKHLLGCDPVRYDLTGWFGLIQNNPSSLNATCLLQNSTI
GAVKAMFSPRISLPPLCRGLGGLEGSSQRSLQRNGSIRKTFSGGMSAMRRHSQCIAVKLQ
TDALVNLIRRARPVFLQCVQAKTDAGGFDVPGLREQLRSTQILSALQFHRTGYPEHMTLS
DFRCHFQALSPPIMKRYASMFVSHDERKAVEELLTDLDLDKKSVVVGDSRVRPPLITPYE
SSGCDVSPLLLWSPQVFLKRGVLQYLEQQRDQQVTGWLVYLQASCRGHLARQKYRKLKVQ
QMAVSCVQRNLRALRVVSRWSWWKLFCRVRPLLDVNMDNQRLRAKEDEISALRRRLEKSE
KERNELRQTADSLETKVCAARHTQTYTNTRAHRRTLVFLQVTAVTSELSDERFRGDAVGQ
ALDVERAERFRLSRENKELQARLDQCKVTMGTLEKQLEEEKQRVQAAESQRGAGTDSELA
MQLECCQTEVEFVRRRLKQTEEKLDSERHSRQQLEAKVATLQAQVEQSRRSATELKRHCR
RVTSDLQDARVLTDSLQGRMHELERKQRRFDSELAQALEEAENERDQKDKALLENTALGT
EIYTLRRNLQDSRSEVEHLQKQKEELCAQIRDLSLPVHLASESLPDLKKQLRLLEGQASE
RAQEVATLSAKIQQQQQIHTRFEMELERMKQMHQKELEDKDEELEDVHKSSQRRLRQLEM
QLEQEYEEKQMVIHEKHDLEGLIATLCDQVGHRDFDVEKKLRRDLKRTHALLADAQLLLS
TVDSQAPNLPNGSREQIERLHCQLEDREARLLEAESIQKTLAQELENTQIELENICRQKS
LVDEQLALLQHEKMDLLKRVEEDQEDLNELMKKHKALIAQSSSDISQIRELQAELEEMKK
QRHSLQEQLQQCVSRVQFLESSTVGRSIVSKQEARVCDLENKLEFQRGQVKRFEVLVLRL
RDSVVRLGEELEQSAQAEARERENARYYQQRLQDTRLEMEELTQREQESSRRRMELEMQV
EELSAVRQTLQADLETSIRRIVDLQAALEETAVESLTRKKDLDSVSSVGTEDVGEGIRNW
LGAPRGASGGSSSPYGSSTISSQGGRQSVADTMSTYSFRSCVDDEGSEAGGTRGLGRAPS
SSALSELLDGLRKRRAGGNAREDAGSAISLPVYPTTAATTLRRRASALSLAPETLQEPRP
GPSILKPSSPLLPRASSVRSVSEAQTSVASSAPEAKLSRFSSSDSLSSLPSLPHLSTLAS
SVSTRQRPPSLAIPEEPEQPVLSRTFIQRSPLVPRRCILGNIITEDGEEATLGPEPLVFQ
SRRLVGDSGLDDTASDILPAIRRAQSTSSLASSVRGGRRALSVHFGELPPSTRSRRSSET
ESSSSGGSGGSSQGKGPRRKFERPQGERLEAEGSEGGDVASVMKKYLKKELD

NT seq 5919 nt +upstreamnt +downstreamnt
gacgtgtggtatgaagctggacgcgtgtggtacgttcacagggacggttttacccccgcc
acccaactgaagcccgacgaggggacgcccgaactcccggtggggatggtgagggtccgg
ctggacacggacggctccctgcacgacgtcacggagtacgagaccgagcagtgtaacccc
ccggagcagaacctgtgtgaggacctgagcgacctgcagcacatgagcgaatgcggagtc
ctgaacaccctcatgtgtcgcgccagagccgacctgccgctcacgcaggccggacccaac
ctggtcagcttgtggccgccgatgcagacccacagcaggactccgaggtctcggcgagga
gactccgtgtgggacgccccccctgctctggccgcgctggtcaaacgggtgcacgtgtcc
atggtgggcagcaggagggaccacagcgtgtgcgcggtggggcgcagcggaaccgggaag
acggcggcgtgccaggccttcacgcacgcgctcctcaggcaggcgggtaccgccggagag
aacatgagcgtggagcgcgtgcacgccatgttcactgtcctcaggtctttcggctgcgtg
agctcgcagcacagcgacgcctcatctcgattcgccatggtcttctcactggactttaac
cacgccggacaggctgctgccggacacctacagacgatgatgctggacaaatggagggtt
tgtcaggtgaccccagcggagactaatttcctggtcttctctcaaatgctggcgggactc
agcacagagatgaggacagaactgcaactgcatcagcttcctgagagcaacaccttcggg
attgttcaccccatcaaggtggaggagaaacagcgggcgtccgtggcgttcaccaagttg
ctggctgccatggaaaccctcggcttctcagccaccgagcagaaggcgatatggcatgtt
ctcgctgccatttaccatctgggagctgccggggcctgcagagtgggccggagacagttt
gtgagcttcgacagcgctcagaaggccggcggcgtgctggggtgcgaaggggaagagctc
cacacggccgtcttcaagcaccacctccgccagctgctgcagagagccaccagcagagag
agaacggctgcagaggcagaggaaggccccaggctgacagcggctcagtgtctggaagga
atggctgccgggctctacgaggaactcttcactgctgttgtctctctaattaacagggct
ctgagcagccagcagctggctttagcgtccgtgatggtcgtcgacacgcctggactgagg
aacccgagacactccgccgaggagcgaggagccagctggtctgagctctgtcacaactac
ctgcaggagaggctcctggagcactgccacacacacaccttcacacacacgctggagaga
tacgcgcaggagaggatccccgtggagctggagaaccccgagaacagtcccgctgaggtg
gtttcagccctcgaccagccgcccccgcaggtccgcgcagcagatggagaccccagaggt
cttttatgggttctggacgaggagatggtgacgccgggctccaacgagaacagcgttctg
gagagagtctcccagtacttcagcggcactgtgcgtcagtgcgagcagccgctgcagtgc
gaggtgaagcacctgctgggctgcgacccggtccgctacgacctgaccggatggttcggt
ctgattcagaacaacccgtcatcgctgaacgccacctgcctcctccagaactccaccata
ggggcggtgaaggccatgttcagccccaggatctcgctgccccctctgtgtcgaggtctg
ggaggtctggagggcagcagccagcgctctctgcagcggaacggctccatcaggaagact
ttcagcggggggatgtcagccatgcgtcggcactcgcagtgcattgccgtcaaactgcag
acggacgccctggtgaacctgatccgtcgagccaggcctgtgttcctgcagtgcgtccag
gcaaagaccgacgctggaggttttgatgttccgggactcagagagcagctgcggtccacg
cagatcctgtcagccctgcagttccacaggacaggttatccagaacacatgactctgagt
gacttcaggtgtcatttccaggctttgtctccgcccattatgaagcgttacgcctccatg
ttcgtcagccacgatgagcgaaaggctgtggaggagttgctgactgacctggatctggat
aaaaagagcgttgtcgttggcgacagcagagtaagacctcctctaatcacaccgtatgaa
tccagtgggtgtgatgtgtcaccgctgctcctgtggtcacctcaggtgttcttgaagcgc
ggcgttttgcagtacctggagcagcagagggaccagcaggtcaccggctggctggtctac
ctgcaggcgtcctgcaggggacatctggcccgtcagaaataccgaaaactcaaggtgcag
cagatggcagtcagctgtgtgcagaggaacctgcgggccctgagggtcgtgtccaggtgg
agttggtggaaacttttctgccgcgtgcgtcctctgctcgatgtcaacatggacaaccaa
aggttacgagccaaagaggatgaaatatcagctctgagacgacgcctggagaaatcagag
aaagagaggaatgagctgaggcagactgcagacagcctggagaccaaggtttgtgctgca
agacacacacagacgtacacaaacacgcgcgcacacagacgtacacttgtatttctgcag
gttacagctgtgacatctgagctcagcgatgagcgtttccgtggcgatgcggtgggtcag
gctctggatgtggagagggccgagagattccgactcagccgggagaacaaagaactccag
gctcgtctggaccagtgtaaagttaccatgggaacactggagaagcagctggaggaggag
aaacagcgagtccaggctgctgagagtcagagaggagcagggacagacagcgagctggcc
atgcagctggagtgctgccagacggaggtggaattcgtccgcaggcgactcaagcagacc
gaggaaaagctggatagtgagcgacacagtcggcaacagctcgaagccaaggtggctacg
ctccaggcccaggtggagcagtccagacggagcgcgaccgaactgaaacgtcactgtcgc
cgcgtgacctctgacctccaggacgcgcgggtcctcactgacagcctgcagggccgcatg
cacgagctggagcgcaaacagaggaggttcgatagtgagctggctcaggctctggaggaa
gctgagaatgagagggatcaaaaggacaaagctctgctggaaaacacagctctggggact
gaaatctacacgctgcgccggaacctccaggacagccggtccgaggtggaacatctgcag
aagcagaaggaggagctgtgcgctcagatccgtgacctcagcctgcccgtccatctcgcc
tccgagtcgctccccgacctcaagaagcagctccgtctgctggagggccaggccagcgag
cgggcgcaggaagtggccacgctctccgccaaaatacagcagcagcagcagatccacacg
cgcttcgagatggagctggagaggatgaagcagatgcaccagaaagagctggaggataaa
gacgaggagttagaggatgtgcacaagtcctcacagagacggctgaggcagttggagatg
cagctggagcaggaatatgaagagaaacagatggtgattcacgagaagcatgacttggaa
ggtctcatcgcaaccctgtgtgaccaggtgggccacagagattttgacgtggagaagaag
ctgaggagagacctgaagaggacccacgccctgctggccgacgcccagctgcttctgtcc
accgtggacagccaggccccaaacctgcccaacggcagcagggagcagatagagcgtctg
cactgccagctggaggacagagaggcccgactcctggaggccgagagcattcagaagacc
ctggcccaggagctggagaacactcagattgaactggaaaatatctgtcgccagaagagt
ctggtggatgagcagcttgctctgctgcagcatgagaagatggacctcctgaagagggtg
gaggaggaccaggaggacctgaatgagctgatgaagaagcacaaggctctcattgctcag
tcctccagtgatatttcccagatcagggagcttcaagctgaactggaggagatgaaaaaa
cagagacactcgctgcaagaacagctccagcagtgtgtgtcgagggtgcagtttctggag
tcctccactgtggggcgcagtatcgtcagtaaacaggaggcacgtgtgtgtgatctggaa
aataagctggagtttcagaggggacaggtcaagaggtttgaggtgctggtgctgagactg
agggacagcgtggtccgacttggagaggagctggagcagagcgcccaggcagaggcgcgg
gagcgagagaacgcccgctactaccagcagcgtctgcaggacacgaggctggagatggag
gagctgactcagagagagcaggagagcagccgcagacgcatggagctggaaatgcaggtg
gaggagctcagcgccgtcaggcagaccctgcaggccgacttggagacgtccatccgccgc
atcgtggatctgcaggccgccctggaggagacagctgtggagtccttaacgcgaaagaaa
gacctcgactccgtgtccagtgttgggacagaggatgttggagaagggattcgtaattgg
ttaggagcgccgagaggggcgtctggtggtagcagctctccctatggcagcagtaccatc
agcagccaaggcggacggcagtcagtcgctgatacgatgagcacctacagcttccggtct
tgcgtggatgatgagggatctgaggccggaggtaccaggggtcttggacgggcaccctcc
tcttcagccctctctgaattactggatggactcagaaaacgcagggctggaggaaacgcc
agagaagacgctgggagcgccatctccctgccagtgtacccaaccaccgcagccacgacc
ctcagaagaagagcctcggccctctctctggctccagagaccctccaggaaccccggcca
ggccccagcatcctcaaaccgtcctcgccgctcctgccccgcgcctccagcgttcgctcc
gtcagcgaggctcaaacgtctgtcgcctcctctgcacctgaagccaaactgtcccgcttc
agttcgagcgactccctgtcctcgctcccctcgctgcctcacctctccaccttggcgtcc
tcggtcagcacgcgccaacgcccgccctccctggccatcccagaggaaccggagcagcct
gttctctctcggacatttatccagcgctcccctctagtaccaaggaggtgcattctgggt
aacatcatcacagaagacggggaggaagccactctgggaccagaacccttggttttccaa
agccgtcgcctggttggagatagcgggctggacgacacggcctcggacatcctgcccgcc
attcggagagctcaatcgaccagcagtttggcgagctcggtgcgcggaggcaggagagca
ctgagcgtccacttcggcgagctgcccccttcgacccgcagccggagaagctccgaaaca
gagtcgtccagctcaggtgggtcaggaggaagttcccagggtaaaggaccgcggcgtaag
ttcgagaggcctcagggagagagactggaggcggagggcagcgagggaggagacgtggct
tcggtcatgaaaaagtacctaaaaaaggagctggactga

All links

Ontology (3)   
   KEGG BRITE (3)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (5)   
   Pfam (5)   
All databases (14)   

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