Cucumis sativus (cucumber): 101221506
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Entry
101221506 CDS
T02486
Name
(RefSeq) myosin-8
KO
K10357
myosin V
Organism
csv
Cucumis sativus (cucumber)
Pathway
csv04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
csv00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
101221506
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
csv03019
]
101221506
04131 Membrane trafficking [BR:
csv04131
]
101221506
03029 Mitochondrial biogenesis [BR:
csv03029
]
101221506
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
csv04812
]
101221506
Messenger RNA biogenesis [BR:
csv03019
]
Eukaryotic type
mRNA surveillance and transport factors
Factors involved in mRNA localization
Cargo complex
101221506
mRNA cycle factors
P-body specific factors
101221506
Membrane trafficking [BR:
csv04131
]
Others
Actin-binding proteins
Myosins
101221506
Mitochondrial biogenesis [BR:
csv03029
]
Mitochondrial quality control factors
Mitochondrial dynamics
Retention of mitochondria
101221506
Cytoskeleton proteins [BR:
csv04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
101221506
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Myosin_head
DIL
IQ
Myosin_N
AAA_22
nSTAND3
Flp1_like
AAA_16
DUF1664
Cnn_1N
DUF3268
Motif
Other DBs
NCBI-GeneID:
101221506
NCBI-ProteinID:
XP_004134028
LinkDB
All DBs
Position
3:complement(9010840..9028532)
Genome browser
AA seq
1499 aa
AA seq
DB search
MASQVNLAVGSLVWVEDPEVAWLDGDVLEVNGEDIKVLCTSGTTVEVKSSNVYPKDPEFP
PCGVDDMTKLAYLHEPGLLQNLKSRYDVNEIYTYTGSILIAVNPFRRLPHLYDNHMMQQY
KGAALGELSPHPFAIANSAYRQMINESISQSILVSGESGAGKTESTKMLMRYLAHVGGRA
GGKAATGERSVEQQVLESNPVLEAFGNAKTVRNNNSSRFGKFVEIQFDQSWRISGAAIRT
YLLERSRVCQVSDPERNYHCFYMLCAAPTEDIEKYKLGNPRTFHYLNQSNCYELDGVDDS
KEYLSTRKAMDVVGISTTEQDAIFRVVAAVLHLGNVEFAKGTEIDSSEPKDDKARFHLKM
AAELFMCDEKALEDSMCTRVIVTRDETITKCLDPDSATLSRDALAKIVYSRLFDWIVDKI
NNSIGQDPDSKNLIGVLDIYGFESFKTNSFEQFCINLTNEKLQQHFNQHVFKMEQEEYTK
EEIDWSYIEFIDNQDVLDLIEKKPGGVIALLDEACMFPRSTHDTFAQKLYQTFKDHKRFS
KPKLSRTDFTICHYAGDVTYQTELFLDKNKDYVVAEHQALLSASKCTFVAGLFPPLPEET
SKSSKFSSIGTRFKQQLQSLLETLNATEPHYIRCVKPNNLLKPGIFENNNVLQQLRCGGV
MEAIRISCAGYPTRKTFDEFIGRFTILAPGVLKGSSNEATGCKRLLEKVNIKGYQIGKTK
VFLRAGQMAELDACRTEVLGRSAMVVQRKVRSYLGRKNFILLRLAAIQIQALCRGQIARQ
HYEDIRMEAASIKIQKYWRMHFARCCYKRICTSAVAIQAGIHGMVARKELKFRRQTRAAI
IIQSRCRQYLACMHYVRIRKAAITTQCAWRGRVARKELRKLKMAAKETGALQAAKNLLEK
QVEELTWRLQLEKRMRADMEEAKTRENTKLKADLEEMRTQFQETKALLNEEREAAKKVVE
QVPVIQEVPVVDNELITKLTTENEQLKAHVSSLENKIDETERKFEESNRLSEERLKQATE
AESKIIELKTAMQRLEEKVSDLETEDQILRQQTLLKPPSRKMSGRIAIQPLENGHHDLLS
NAPSKKYGTDADAKLRRSQIERQNEGMDALSKYLTQDLGYSEGKPIAAFVIYKSFLHWRS
FEAEKTSVFDRLIQLIGSAIENQDDDELMTYWLSNTTTLLFLLQKSLKATPRKPPTPTSF
FERMTQGFRSSSALPVGTLDVVRQVEAKYPALLFKQQLTAYVEKIFGIVRDNLKKELSPL
ISACIQAPRSSRGNILKSSGQENSSSPPSSSNSWSSIIGSLNDHLCRLQQNFVPNVLVQK
MFTQVFSCINVQLFNSLLLRRECCTFSNGEYVKSGLAELEIWCSQAKEEYAGSSWDELKP
VRQAVGFLVIHQKSRISYDEITNDLCPILSVQQLYRICTLYWDDNYNTRSVAPDVISSMK
VMMTEDSNDEDSSSFLLDDNSSIPFAVDDIFTSLQEKNFQDVKPPAELLENPAFQFLQE
NT seq
4500 nt
NT seq
+upstream
nt +downstream
nt
atggctagtcaagtaaatctagcggttggatcacttgtttgggttgaggatcctgaggta
gcttggctagatggggatgtcctggaagttaatggtgaagacatcaaagtactttgtacg
tcaggaactactgttgaggtcaaatcatcaaatgtctatccgaaggatcctgaatttcct
ccatgtggtgtggatgatatgacaaaactagcttatttgcatgagccggggcttctacaa
aacttaaaatctcgttatgatgttaatgaaatttatacctatactggaagtatactaata
gccgtaaatccttttcgaagacttcctcatttatatgataatcacatgatgcaacaatat
aaaggtgcagctttaggtgagctgagcccgcatccctttgccattgcaaattctgcttat
agacagatgattaatgaaagtatcagccagtcaattttagttagtggggaaagtggtgct
ggtaaaacagagagtacaaagatgcttatgcgctatcttgcccatgttggagggagagct
ggagggaaggctgcaactggtgaacgttctgtagagcagcaagtactagagtcgaaccct
gttcttgaagcatttggcaatgcaaagactgttagaaacaataattcaagccgttttggt
aaatttgtggagatccaatttgatcagagctggagaatttctggagctgctattagaact
tatttattagaacgttcccgtgtttgccaagtgtctgatcctgagaggaattatcattgc
ttctatatgctttgtgccgcaccgacagaggatattgagaagtataaattagggaatcca
agaacatttcattatcttaatcagtctaattgctatgaacttgatggagtggatgattcc
aaggaatatctttcaactaggaaagctatggatgttgttggaataagtacaactgagcag
gatgcgatatttcgagttgtagctgcggtacttcatttgggcaacgtcgaatttgcaaag
gggacggagatagattcctctgaaccgaaggatgacaaagctcggttccatctcaaaatg
gcagcagaactattcatgtgtgatgagaaggctcttgaagattcaatgtgtactcgagtg
atagttacacgcgatgaaaccataactaaatgtcttgatccggactctgcaactcttagt
agggatgctttagcaaagatcgtttattcaagattatttgattggattgttgataagatt
aataactcaattggccaagatcctgattcgaagaacttaattggggttctggatatctat
ggattcgagagtttcaagacaaacagctttgagcaattctgtattaacctgaccaatgag
aaattgcagcaacatttcaaccagcatgtgttcaagatggagcaagaagaatatacaaaa
gaagaaattgactggagttatattgaatttattgataatcaggatgttcttgatctcatt
gagaagaaacctggtggcgtcattgctcttctggatgaggcttgcatgtttccgagatct
acacatgatacttttgcgcagaaactatatcaaacttttaaggaccataagcgttttagt
aagcctaaattgtcacgaactgacttcacaatttgtcattatgctggtgatgttacgtac
caaactgaactcttcttggacaaaaacaaagattatgttgttgcggagcaccaagcactg
ctgagtgcttccaagtgcacctttgttgcaggactcttcccccccttacctgaagaaacc
tccaaatcatccaagttctcatcaatagggactcgatttaagcaacaacttcaatctttg
cttgagacactaaatgctactgagccacactacattcgctgtgtaaagccaaacaatctt
cttaaaccaggcatctttgagaacaataatgttttgcagcagctccgatgtgggggagtc
atggaagcaatcaggatcagttgtgctggatatcctactaggaaaacgtttgatgaattt
attggtcggtttactatcttggcacctggtgttttgaagggaagctctaatgaagccact
gggtgtaagaggcttttggagaaagtgaacattaaagggtatcagattggtaaaaccaaa
gtatttcttagggctggtcaaatggcagaattagatgcttgccgaactgaggtcttggga
agatctgctatggttgtccaaaggaaagtacgctcatatttgggacgcaaaaactttata
ttgttgcggttggctgctatacaaattcaagccctgtgtagagggcaaattgcacgccag
cattatgaagacattagaatggaagctgcttccatcaaaatccaaaagtattggcgtatg
cattttgcccgatgttgctataaaagaatttgcacttcagctgtagctattcaagcaggt
atccacggtatggttgctcgcaaagagcttaagttcaggagacaaacaagagctgcaatt
atcattcagagtcgatgtcggcaatacttggcctgtatgcattatgtgaggattagaaaa
gctgcaattactactcaatgtgcttggagaggaagagttgcacgaaaagaacttcgaaag
cttaaaatggctgctaaggaaactggcgctctccaagctgccaaaaatctgctggagaag
caagtggaagaactaacatggagattgcagctagagaaacgaatgagggctgacatggag
gaagccaagactcgagaaaacacaaaattgaaggctgatttagaagaaatgcgaactcaa
tttcaggaaacaaaagcactgcttaatgaggaacgtgaagctgcaaagaaagtagttgag
caagttcctgtcatacaagaggttcccgttgttgataatgagctgatcactaagttaact
actgaaaatgaacaactgaaggctcatgtaagttcgttggaaaataaaattgatgaaaca
gaaaggaaatttgaggaaagtaaccgtcttagtgaagagcggcttaagcaggctacagag
gcagagtcaaagataattgaattaaaaactgccatgcaaaggcttgaggaaaaagtatcc
gacttggaaactgaggaccaaattcttaggcagcaaacactgctaaagcctccttcaaga
aaaatgtctggacgtatagcaattcagcctttggaaaatggccaccacgacttactaagc
aatgcaccctcaaaaaagtatggtaccgatgctgatgcaaaattgaggagatcccagatt
gaaaggcagaacgaaggaatggacgctctatcaaaatacctgacacaggatcttgggtac
agtgagggaaaacctattgctgcttttgtaatttataaatctttccttcattggagatca
tttgaagctgaaaaaacaagtgtttttgatcggctaattcagctgattggttctgcaatt
gagaatcaggatgatgatgaacttatgacctattggttatccaacacaaccacattgttg
ttccttcttcaaaagagtttaaaagccacaccacggaagcctcccacccctacatcattt
tttgagcggatgacccaagggtttcggtcatcttctgcccttccagttggcacccttgat
gtggtgcggcaagttgaggccaaatatcctgctctacttttcaagcagcagctaacagcg
tatgtagaaaagatatttggaatagttagagacaatctaaagaaggaactatcgccgttg
atttcagcttgtatccaggctccaagatcttcaagaggaaatattttaaaatcatctggc
caggaaaatagcagtagccctcccagtagtagtaattcatggagcagcatcatcgggagc
ctcaacgatcatctgtgtagattgcaacagaacttcgtgcctaacgttttggttcagaag
atgttcactcaggttttttcatgtatcaacgttcaacttttcaacagtcttttacttcgt
cgagagtgctgtacgtttagcaatggggaatatgtgaagtcaggattggctgagttagag
atttggtgttctcaagcaaaagaagagtatgctgggtcatcttgggatgagctaaaaccg
gtgaggcaagctgttggattcttggttattcaccagaagtctagaatatcttatgatgaa
attacaaatgacctctgtccaatattgagcgttcaacagctttatagaatatgtactctt
tattgggacgacaattacaatactaggagtgtagctccagatgttatttctagcatgaaa
gttatgatgactgaggattccaacgatgaagatagtagttcctttttgttagatgacaat
tccagtatacctttcgcggttgatgacatattcacttccctgcaagaaaagaattttcag
gatgtaaagcctccagcagaactactagagaatccggccttccaatttttacaggaataa
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