KEGG   Nothobranchius furzeri (turquoise killifish): 107378334
Entry
107378334         CDS       T05163                                 
Name
(RefSeq) myosin heavy chain, fast skeletal muscle-like isoform X1
  KO
K24220  myosin heavy chain 1/2/3/4/8/13/7B/15
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Pathway
nfu04814  Motor proteins
nfu04820  Cytoskeleton in muscle cells
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    107378334
   04820 Cytoskeleton in muscle cells
    107378334
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:nfu04812]
    107378334
Cytoskeleton proteins [BR:nfu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Myosins
     107378334
SSDB
Motif
Pfam: Myosin_head Myosin_tail_1 Myosin_N Crescentin IQ AAA_7 AAA_22 AAA_16
Other DBs
NCBI-GeneID: 107378334
NCBI-ProteinID: XP_015803962
Position
sgr05:complement(2500003..2597047)
AA seq 1936 aa
MSTDAEMEQYGPAAIYLRKPERERIEAQTTPFDAKTAFFVVDEAEMYVKGKLTKREGGKA
TVETDGGKTVTVKEDDIHPRNPPKFDKIEDMAMMTHLNEPCVLYNLKERYASWMIYTYSG
LFCVVVNPYKWLPVYDAVCVAAYRGKKKIEAPPHIFSISDNAYQFMLTDRENQSVLITGE
SGAGKTVNTKRVIQYFATIAALGGKKDAGSSGKIQGSLEDQIVAANPLLEAYGNAKTVRN
DNSSRFGKFIRIHFGTSGKLASADIETYLLEKSRVTFQLSAERSYHIFYQLMTGHKPELL
EALLITTNPYDYPMISQGEITVKSINDVEEFIATDTAIDILGFNAEEKVSIYKLTGAVMH
HGNMKFKQKQREEQAEPDGTEIADKIAYLLGLNSADMLKALCYPRVKVGNEMVTKGQTVP
QVNNAVSALCKSIYEKMFLWMVIRINEMLDTKQSRAFFIGVLDIAGFEIFDFNSLEQLCI
NFTNEKLQQFFNHTMFVLEQEEYKKEGIEWEFIDFGMDLAACIELIEKPMGIFSILEEEC
MFPKASDTTFKNKLIDQHLGKNKAFEKPKPGKGKAEAHFALVHYAGTVDYNISGWLDKNK
DPLNESVVQLYQKSSNKLLGFLYAAHASAEAESGGGKKGGKKKGGSFQTVSAVFRENLGK
LMTNLKSTHPHFVRCLIPNESKTPGLMENFLVIHQLRCNGVLEGIRICRKGFPGRILYGD
FKQRYKVLNASVIPEGQFIDNKKASEKLLGSIDVDHTQYKFGHTKVFFKAGLLGTLEEMR
DEKLAELVTMTQALCRGYVMRKEFVKMMERRDALFTIQYNVRSFMNVKNWPWLKLYFKIK
PLLKSAETEKELQQMKENYDKMKTDLAAALAKKKELEEKMVSLLQEKNDLQLQVAAEVEN
LGDAEERCEGLIKSKIQLEAKLKETTERLEDEEEINAELTAKKRKLEDECSELKKDIDDL
ELTLAKVEKEKHATENKVKNLTEEMATQDEAIAKLTKEKKALQEAHQQTLDDLQAEEDKV
NTLTKAKTKLEQQVDDLEGSLEQEKKLRMDLERAKRKLEGDLKLAQESIMDLENDKQQSD
EKIKKKDFEISQLLSKIEDEQSLGAQLQKKIKELQARIEELEEEIEAERAARAKVEKQRA
DLSRELEEISERLEEAGGATAAQIEMNKKREAEFQKLRRDLEESTLQHEATAAALRKKQA
DSVAELGEQIDNLQRVKQKLEKEKSEYKMEIDDLSSNMEAVAKAKGNLEKMCRTLEDQLS
EIKAKNDENVRQLNDINAQKARFQTENGELGRQLEEKEALVSQLTRGKQAFTQQIEELKR
HVEEEVKAKNALAHAVQSARHDCDLLREQFEEEQEAKAELQRGMSKANSEVAQWRTKYET
DAIQRTEELEEAKKKLAQRLQEAEESIEAVNSKCASLEKTKQRLQGEVEDLMIDVERANG
LAANLDKKQRNFDKVLAEWKQKYEEGQAELEGAQKEARSLSTELFKMKNSYEEALDQLET
MKRENKNLQQEISDLTEQLGETGKSIHELEKAKKTVETEKSEIQTALEEAEGTLEHEEAK
ILRVQLELNQVKGEVDRKIAEKDEEMEQIKRNSQRVIDSMQSALDNEVRSRNDALRVKKK
MEGDLNEMEIQLSHANRQAAEAQKQLRNVQGQLKDAQLHLDDAVRGQEDMKEQVAMVERR
NGLMVAEIEELRAALEQTERARKVAEQELVDASERVGLLHSQNTSLLNTKKKLESDLVQV
QGEVDDSVQEARNAEDKAKKAITDAAMMAEELKKEQDTSAHLERMKKNLEVTVKDLQHRL
DEAENLAMKGGKKQLQKLEQRVHELEAEVEAEQRRGVDAVKGVRKYERRVKELTYQTEED
KKNLVRLQDLVDKLQLKVKAYKRQAEEAEEQANTHMSRLRKVQHEMEEAQERADIAESQV
NKLRAKSRDVGKSDAE
NT seq 5811 nt   +upstreamnt  +downstreamnt
atgagcacggacgctgagatggagcagtatggcccggcagccatttacctccggaagcca
gagagggagaggattgaagctcaaaccactccatttgatgccaaaacagccttctttgtg
gttgatgaggctgagatgtatgtcaagggtaaattgacaaagagggagggtggcaaagcc
actgttgaaaccgacggagggaagactgtcaccgtaaaagaggatgacatccatcccagg
aaccctccaaagttcgacaaaattgaggacatggccatgatgacccacctcaatgagcct
tgtgtgctgtataacctcaaagagcgttatgcatcatggatgatctacacctactctgga
ttgttctgtgtggtcgtgaatccctacaagtggcttcctgtgtatgatgctgtctgtgta
gcagcatacagaggcaagaagaagattgaggctccaccccacatcttctccatctctgac
aatgcctatcagttcatgctcactgatcgtgagaaccagtctgtcctgattaccggtgaa
tctggtgctggaaagactgtcaacaccaagcgtgtcatccagtactttgcaacaattgca
gctctgggtggcaaaaaggatgcaggaagctctggtaaaattcagggctcccttgaagac
cagattgttgctgccaatcctctgctggaggcctatggtaatgctaagactgtgaggaat
gacaactcctcccgttttggtaaattcatcaggatccactttggcacatctggaaagctg
gcttcagctgatattgaaacttatctgctggagaagtcccgtgtcaccttccagttgtct
gctgagaggagctaccatatcttctatcagctgatgacaggccacaagcctgagcttctg
gaggctcttctgatcaccaccaacccctatgactacccaatgatcagccagggtgaaatc
acagtcaagagcatcaatgatgtggaggagttcattgcaacagatactgcaattgatatc
ttgggcttcaatgctgaagagaaggtcagcatctacaagctgactggtgctgtgatgcat
cacggcaacatgaagttcaagcagaagcagcgtgaggagcaggctgaaccagacggcact
gagatcgctgacaaaattgcctaccttttgggcctgaactcagctgacatgctgaaagct
ctgtgctacccaagagtcaaggtcggaaatgagatggtcaccaaaggtcagaccgtcccc
caggtcaacaatgctgtctcagctctgtgcaagtcaatctatgagaagatgttcttgtgg
atggtcatccgtatcaatgagatgttggacacaaagcagtcaagagctttcttcattgga
gtgttggacattgctggatttgagatctttgatttcaacagcttggagcagctctgcatc
aacttcaccaatgagaaactgcaacagttcttcaaccacaccatgtttgtcctggagcaa
gaggagtacaagaaggagggcattgaatgggagttcattgactttggtatggacttggct
gcctgcattgagctgattgagaagccaatgggcatcttctccatccttgaagaggagtgc
atgttccccaaggcttctgacacaactttcaagaacaagctgattgaccagcatcttggc
aagaacaaggcgtttgagaaaccaaagcctggaaagggcaaggctgaggctcactttgct
ctggttcactatgccggtacagtggactacaacatcagtggctggctggacaagaacaag
gatccactgaatgaatctgtggttcagctctaccaaaaatcatcaaacaaactgctggga
ttcctgtatgcagcccatgcctcagctgaggctgagtccggcggtggaaagaagggtggc
aagaagaagggtggttccttccagactgtgtccgctgtattcagggagaatttgggcaag
ctgatgaccaacctgaagagcactcatcctcattttgtgcgctgcctgattcccaatgaa
tcaaagaccccaggtctcatggagaacttcttggtcatccaccagctgaggtgcaacggt
gtgctggagggtatcaggatctgcagaaagggtttccctggtagaatcctctatggtgac
ttcaagcagagatacaaagtattgaatgccagtgtcatccctgagggacagttcatcgac
aacaagaaagcttcagagaagctgttgggctccattgatgtggaccacactcagtacaag
tttggacacactaaggtgttcttcaaagctggtctgctgggtacacttgaggagatgaga
gatgagaaactggctgagctggtgaccatgactcaagctctctgcagaggttatgtcatg
aggaaggagtttgtcaagatgatggagagaagagacgctctctttacaattcagtacaat
gttcgatcattcatgaatgtgaagaactggccatggctgaaactgtacttcaagatcaag
cctcttctgaagagtgctgagactgaaaaggagctgcagcaaatgaaggagaactatgac
aagatgaaaacagacttggctgctgctctggccaagaagaaggagctggaggagaaaatg
gtttccctgctccaggagaagaatgacttgcagctccaagttgctgctgaagttgagaat
cttggagatgctgaggagaggtgtgaagggctcatcaagagcaagatccagcttgaggct
aaactcaaagaaacaactgagagactggaggatgaagaggaaatcaatgctgagttgact
gccaagaagaggaaactggaggatgaatgctctgagctgaagaaggacattgatgacctg
gagctcaccttggccaaagtggagaaggagaaacatgccactgagaacaaggtgaaaaac
ctgacagaagagatggctactcaagatgaggccattgctaagctgaccaaggagaagaaa
gctctccaggaggcccatcagcaaacactggatgatctccaggcagaggaagacaaagtc
aacactctgaccaaggccaagacaaagctggaacagcaagtggatgatcttgaaggctca
ctggagcaagagaagaagcttcgtatggatcttgagagagccaagagaaagcttgaagga
gatctcaaactggcccaggagtccattatggatctggagaatgacaagcagcaatctgat
gagaaaatcaagaagaaggactttgaaatcagccaactcctcagcaagattgaagatgaa
cagtcccttggtgctcagcttcagaagaagatcaaagaactccaggctcgtattgaggag
ctggaggaggagatagaagctgagagggctgctcgtgctaaagttgagaagcagagagct
gacctctccagggagcttgaggagatcagtgagaggcttgaggaagctggtggagcaaca
gctgctcagattgagatgaacaagaagcgtgaagctgagttccagaagcttcgtcgtgac
cttgaagaatccaccctccagcatgaagccactgcagcagctctccgcaagaagcaggcc
gacagcgttgcagagctgggagagcagatcgacaacctgcagcgcgtcaagcagaagctg
gagaaggagaagagcgagtacaagatggagattgatgacctctccagcaacatggaggct
gttgccaaagcaaagggcaacttggagaaaatgtgcagaacccttgaggaccaactcagt
gaaattaaagccaaaaacgatgaaaatgttcgtcagctgaatgacattaatgcacagaag
gcaagatttcagacagagaatggtgaactgggtcgccagctggaggagaaagaagctctt
gtttctcagctgacaagaggcaagcaggcattcactcagcagattgaggagctcaagaga
cacgtggaagaggaagtgaaggccaagaacgccctggcccatgctgttcagtctgcccgc
catgactgcgatctgctcagggagcagtttgaggaggagcaggaggccaaggctgagctc
cagagaggaatgtctaaggccaacagtgaggtggctcagtggagaaccaaatacgagact
gatgccatccaacgcactgaggagctggaggaggccaagaaaaagcttgcccagcgcctg
caagaggctgaggaatccattgaggctgtgaactccaagtgtgcctctttggagaagacc
aagcagaggctgcagggtgaggtggaggacctcatgattgatgtagagagagctaatggt
ctggctgccaaccttgacaagaaacagaggaactttgacaaggtgctggcagaatggaag
cagaagtatgaggagggccaggcagagctggaaggagcccaaaaggaggctcgttctttg
agcactgagctgttcaagatgaagaactcctatgaagaggcactggatcagctggagacc
atgaagagggagaacaagaaccttcagcaggagatctcagatctgactgaacagcttggt
gagacaggaaagagcatccatgagctggagaaagcaaagaagactgttgagactgagaaa
tctgaaattcagacagctttggaagaagccgagggcactctggagcacgaggaggctaag
attcttcgtgtccagcttgagctcaaccaggtcaagggtgaggttgacaggaagattgct
gagaaggacgaggaaatggaacagatcaagagaaatagccagagggtgattgactccatg
cagagcgctcttgataatgaggtcaggagcaggaatgatgccctgagagtcaagaagaag
atggagggagatctgaatgagatggagattcagctgagccatgccaacaggcaggctgct
gaggcccagaaacaactgaggaatgtccagggacaactcaaggatgctcaactgcacctt
gatgatgctgtcagaggacaggaagacatgaaggagcaggttgccatggtggagcgcagg
aatggtctgatggtggctgagattgaggagctgagagctgctctggagcagactgagaga
gcacgtaaagtggctgagcaggagttggttgatgccagtgagcgtgttggactgctccac
tctcagaacaccagcctcctgaacaccaagaagaagctggaatcagatcttgtccaggtt
cagggtgaggtggatgatagtgttcaggaagccagaaatgctgaggacaaagccaagaag
gctatcactgatgctgccatgatggctgaggagctgaaaaaggagcaggataccagtgct
cacctggagaggatgaagaagaacctggaggtcacagttaaggatctgcagcaccgtctg
gatgaggctgagaacctcgccatgaaaggtggcaagaagcagctccagaaacttgaacag
agggttcatgaacttgaggctgaagttgaagctgaacaaagacgtggagttgatgctgtt
aagggagtccgcaaatatgagaggagagttaaggagctgacataccagaccgaggaggac
aagaagaatctggtcagacttcaggacctagtggacaagctgcaacttaaagtaaaggct
tacaagagacaggctgaggaggcagaagaacaggccaacacccacatgtccaggctaaga
aaggtccagcatgagatggaagaagctcaggagcgtgctgatatcgccgagtcccaggtc
aacaaactcagggccaaaagccgtgatgttggaaagtcggatgctgagtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (34)   
   KEGG ORTHOLOGY (1)   
   RefGene (30)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (8)   
   Pfam (8)   
All databases (53)   

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