Phlebotomus papatasi: 129806620
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Entry
129806620 CDS
T10447
Name
(RefSeq) neither inactivation nor afterpotential protein C
KO
K08834
myosin III [EC:
2.7.11.1
]
Organism
ppap Phlebotomus papatasi
Pathway
ppap04745
Phototransduction - fly
ppap04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
ppap00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
129806620
09150 Organismal Systems
09157 Sensory system
04745 Phototransduction - fly
129806620
09180 Brite Hierarchies
09181 Protein families: metabolism
01001 Protein kinases [BR:
ppap01001
]
129806620
09183 Protein families: signaling and cellular processes
03037 Cilium and associated proteins [BR:
ppap03037
]
129806620
04812 Cytoskeleton proteins [BR:
ppap04812
]
129806620
Enzymes [BR:
ppap01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.11 Protein-serine/threonine kinases
2.7.11.1 non-specific serine/threonine protein kinase
129806620
Protein kinases [BR:
ppap01001
]
Serine/threonine kinases: STE group
STE20 family
129806620
Cilium and associated proteins [BR:
ppap03037
]
Other cilia and associated proteins
Stereociliary proteins
129806620
Cytoskeleton proteins [BR:
ppap04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
129806620
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Myosin_head
Pkinase
PK_Tyr_Ser-Thr
IQ
ABC1
Pkinase_fungal
Haspin_kinase
Kinase-like
Kdo
IQ_SCN5A_C
APH
VHL_C
Motif
Other DBs
NCBI-GeneID:
129806620
NCBI-ProteinID:
XP_055711316
LinkDB
All DBs
Position
3:8051642..8088068
Genome browser
AA seq
1549 aa
AA seq
DB search
MSYMRLDSLPDPGNRFELGDVIGNGVCAKVYRAIDTQASGKNVAIKVQNYEKELRIHIEE
EYRVLRDYANHPNLPRFYGVYKKKILGESDQIWFILELCEGGPVNELVRRLDTVGRRLTE
EQIAYILREVAKALNHLHSKHIIHRDVRGSNVLLTHEGEVKLCDFGLARDIKTTLGKRGT
NIGSPNWMAPEMFSGTRTDDEIYGSRCDVWALGITAIELGDGHPPFKDMHPTRVMFQIVR
NPPPTLYRPANWSQNYNDFICECLEKNPEHRPFMIEVMEHPFFTELPENDYHLSQELKVL
LENFESTDSVEIPQEISIFNKCLKKYGAKPVKMYVEDLSAMERITEESILNEINCRLIDG
QSYTFVGDVLLSLNSNDLPAEFPESFHSKYKFKPRSDNAPHIFSVADKAYQDMLHHEDPQ
HIILAGESFSGKTTNCKLALKHLTFLGEGNRDVTEKVLKSSSIIEALTHAGTPTNPNSTR
CILQTQLSFGSTGKMSGAIYNVFLLEKSRVSATDMTHSNFHIFYYFYDGMSSRNRLGDFM
LDCGKKQRYLRIPESPGNTKIAHIRDNAEGNVEKFNQFEQYLRDFNLSDDQLTSIYSILS
AILLLGEVRFREEEGVAELENPEMAARVARLLSVEEKKFLWALQNYCVVEKGTAERRRHT
GNEARDARDVLAGTLFSRLVDWIVNTLNHRLTISRAIFGDIHSITLLDMFGFECFARNRM
EQLFVNCLNEQMQYHFNQRMFVWEMIEQEEEQIPVINFRFYDNKLAVDHVMGKPRGLMSL
LDDASRSRQTHDFITSSINSRGSQFIKRVTPHEFTVAHYTGRVTYDARDFPTKNRDFLPP
EVVDTLRSSVDTVVKTLFTNSLTKSGNLTMAFDESELGNFGGLRQSKRSKWGAALVNERQ
MKTKKINTLSHGEYSQVHKMRTLASIFRHTCLEVLRSLAIAATSSGVHFVRCIRADLENR
PRALQGEMVRQQLKAMAVVDTAVAGQKGFPYRIPFSEFLRRYKFLAFDFNENVEMTRDNC
RLLLVRLKMEGWAIGKTKVFLKYYNVEYLARLYETQVKKIIKVQAMMRAFLAKRNMAGKL
KKLQHDSMMPCQQPDVEKAALFIQKAYRGYIVRKKYGPLICAKTGKIDEATAEFLKDFAR
RWRSKTVYQVLLHYRAARFQDLVNFSQQVHIYNQRHVAGVTLCSGCVLLERVDPRETPAN
LLGVQKPAVWKLPFRLDDIPYFDTSFMCHPGEQMAPLSADSDDEAWDAPMKRRINLSAEI
ASATHSAFVDSFDTTTHTSYGLKTHSILNEPFCRDFTTTPLKRRAPQPPASSGNATRDNP
SGRSTTPYERVSVGEMLGKFDDSVSLSGRSMVYKKRQAPQPPAFENGHSPQRIVPVRRSD
SGASDLEQRRAPDEYSLRKIDPVREMKRIAQRNNSEDDTDEPPFNFQGMLRKTTYNRASM
KRSTDNRMSLPGEEYIQSNGNISPVDNVVFESRVLTRPKSCQGIVDDNLNESLSPTSSLR
LRKLSLQQDNLLTMDDINENHLPTLETLGEYICEEIAPGIILEGYADEV
NT seq
4650 nt
NT seq
+upstream
nt +downstream
nt
atgagttacatgcgattggactcacttcctgatccgggaaaccgtttcgaacttggtgat
gttattgggaatggggtttgtgcaaaggtttatcgggctattgatacccaagctagtggg
aaaaatgtggctatcaaggtgcaaaattatgagaaagaattgaggattcatattgaggaa
gaatatcgggttttacgggattatgccaatcatcctaatttgccgcgcttctatggagtc
tacaagaagaaaatccttggtgaatctgatcagatttggtttatcctggaattgtgcgaa
ggtgggcctgttaatgagcttgttcgtcgattggatacagtaggaaggcgtcttacggaa
gagcagattgcctacatcctgcgagaagtggccaaggctctcaatcatctccattccaag
catataatccatcgagatgttaggggttctaacgttcttctaactcatgagggtgaagtt
aaactctgtgactttggacttgccagggatatcaagacaacccttggcaagaggggaacc
aacattggctccccaaactggatggctccggaaatgttctccgggaccagaactgacgat
gaaatttacggcagtcgatgcgatgtttgggctttagggataacggctattgaattgggt
gatgggcatcctccctttaaggatatgcatccaactagggtgatgttccagattgtcaga
aatcctcctccaacactatatcgaccggccaattggagtcagaactacaatgattttatt
tgtgaatgccttgagaagaatcccgagcatcgtccttttatgatcgaagttatggagcat
cccttctttacagaacttccggaaaatgactatcatttgtcgcaagagttgaaagtcttg
cttgaaaattttgaatcaacggattccgtcgagattccccaagaaatttccatcttcaac
aaatgcctcaagaagtacggagcaaaacctgtgaagatgtacgttgaggatctctcagca
atggaaaggattactgaagaatcaatcctgaatgagatcaactgtcgtctgattgacgga
caatcttatactttcgttggggatgtccttttgtccctgaattctaatgatttacctgca
gaatttcccgaaagctttcacagcaaatacaagtttaaaccgcgatcagataatgctcca
cacatcttttctgttgctgacaaggcttaccaggatatgcttcaccatgaagatccccag
cacatcatccttgctggggaatccttctcagggaagaccacgaactgcaaattggctctg
aagcatctgacatttctcggagaaggcaatcgggatgtgactgagaaggtcctaaagtcc
tcaagcatcattgaggctctaactcatgcaggaaccccaacaaatcccaattcaacgcga
tgcatcttgcaaactcagctgagttttggatcaacgggaaaaatgagtggagccatttac
aatgtcttcttgctggagaagtccagagtgtcagcaacggacatgactcacagcaatttt
cacattttctactatttctacgacggtatgagctctcgtaaccgtctgggagacttcatg
ctcgattgtggcaagaagcagcgctacttgagaattcctgaatccccaggaaataccaaa
attgcccacatccgggacaatgctgagggaaatgtggagaaattcaatcaatttgagcaa
tatttgagggatttcaatctctcagacgatcagcttacatcaatatattcaattctctcg
gcaatccttctgctgggtgaggtgcgtttccgggaggaggagggtgtagctgagctggag
aatcctgagatggcagccagagtggctcgattgctcagtgtagaggaaaagaagttcctc
tgggctctgcagaattactgtgtggtggagaagggaacggcagaaaggagaaggcacaca
ggaaatgaagctcgtgatgctagagatgtcctggctgggactctcttctcgcgcctcgtg
gactggatcgtcaacactctcaatcatcgcctaactatctcgcgagcaattttcggtgac
attcactcaatcaccctcctggacatgttcggcttcgagtgctttgcgcggaatcgcatg
gagcagctctttgtgaattgcctaaatgagcagatgcagtatcacttcaatcagaggatg
tttgtctgggaaatgattgagcaggaggaggagcagattcccgtgataaattttcgtttc
tacgacaacaaattggcagtagatcacgtcatgggcaaaccacgtggactcatgagtctc
ctggatgatgcatcaagatccaggcagactcatgattttattaccagctccatcaattca
cgaggcagtcagtttatcaagagagtgacacctcatgagttcaccgtggctcattacact
ggaagagttacttatgatgccagagatttcccaaccaagaacagagatttccttccacca
gaagttgtggatacactgcgcagctctgtggacacagtcgtgaagactctcttcacgaac
tcactcaccaaatccgggaatctgactatggctttcgatgagagtgagttgggaaacttt
ggaggattgaggcagagcaagagatccaaatggggagctgctttggtcaacgagaggcag
atgaaaactaagaaaatcaacactctgtcgcatggagagtactcccaggtccataagatg
cgaaccttggcgtcaatcttcaggcacacgtgcctggaagtgttgcgctctctggcaatc
gctgccaccagtagtggggtccacttcgtgcgttgcatccgggctgacttggagaatcgt
cccagggcacttcagggtgagatggtgaggcagcagctgaaggcaatggccgtggttgac
acagccgttgccggtcagaaaggctttccctaccgcatccccttctccgagttcctcagg
cgctacaagttcctcgcttttgatttcaacgagaatgtggagatgacacgtgataactgt
cgcctcctccttgtgcgcctgaagatggaaggatgggcaattgggaagactaaagtcttc
ctcaagtactacaatgtggagtatctggccaggctgtatgagacgcaggtgaagaagatc
ataaaggttcaagcaatgatgagggcatttctggctaaacggaatatggctggaaaattg
aaaaagttgcaacatgattcaatgatgccatgtcagcagccagatgtggagaaagctgct
cttttcatccagaaagcctatcgagggtacatcgtgaggaagaagtatggtccgctgatc
tgtgccaaaacgggcaaaattgacgaggcaacagctgaatttttaaaggactttgcacgt
cgttggcgttctaaaacggtctatcaggttctgctgcactatcgtgctgcccgattccag
gatcttgtgaatttctcccagcaggtgcacatctacaatcaacgtcacgtggccggtgtg
accctgtgctctggctgtgtcttgctggaacgtgtggatcccagagagactcctgcaaat
ctccttggtgtccagaagcccgctgtgtggaagttgccattccgtctggacgatattccc
tacttcgacacatccttcatgtgtcatccgggtgaacaaatggccccactttccgcggac
tcggatgatgaagcatgggacgcaccaatgaagcgtcgcatcaatttatcagctgaaata
gcttctgccacccacagtgccttcgtggattccttcgacaccaccacccacacctcctac
ggcctcaagacccattccatcctcaatgaacccttctgccgagactttacgacgacccct
ctcaagaggcgcgccccacagcctccggcatcttctggcaatgcgactagggacaatcca
tcaggtcgatcaacgacaccctacgaacgcgtaagtgtgggagaaatgctgggaaaattc
gatgatagtgtctcattgagtgggaggagtatggtgtacaagaaacgccaagctcctcag
cccccagcctttgagaatggacattcaccccaaaggattgttcctgtcaggagatcagat
tcaggggcgtcggatttagaacagagacgcgctccagatgaatactcattgaggaagatt
gatcctgtgcgtgagatgaagaggattgctcagagaaacaacagtgaagatgacaccgat
gagccaccattcaacttccaaggaatgttgaggaagacaacttacaatcgcgcctcaatg
aaacgttccactgacaataggatgtctcttcctggtgaggagtacattcagtccaatgga
aacatctctcctgtggacaatgtggtcttcgagagccgtgtcctgactcgtccaaagtcc
tgccagggcatcgtggatgataatctcaatgaaagtctcagcccgacatcgagcttgcgc
ctaaggaaactctccctgcagcaggataatctcctgaccatggatgacatcaatgagaac
catttgccgaccttagagacccttggagagtacatttgcgaagaaatagctcctggtatc
atcctcgaaggatatgccgatgaagtttga
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