Theileria annulata: TA06960
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Entry
TA06960 CDS
T00253
Name
(RefSeq) myosin, putative
KO
K10357
myosin V
Organism
tan
Theileria annulata
Pathway
tan04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
tan00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
TA06960
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03019 Messenger RNA biogenesis [BR:
tan03019
]
TA06960
04131 Membrane trafficking [BR:
tan04131
]
TA06960
03029 Mitochondrial biogenesis [BR:
tan03029
]
TA06960
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
tan04812
]
TA06960
Messenger RNA biogenesis [BR:
tan03019
]
Eukaryotic type
mRNA surveillance and transport factors
Factors involved in mRNA localization
Cargo complex
TA06960
mRNA cycle factors
P-body specific factors
TA06960
Membrane trafficking [BR:
tan04131
]
Others
Actin-binding proteins
Myosins
TA06960
Mitochondrial biogenesis [BR:
tan03029
]
Mitochondrial quality control factors
Mitochondrial dynamics
Retention of mitochondria
TA06960
Cytoskeleton proteins [BR:
tan04812
]
Eukaryotic cytoskeleton proteins
Actin filaments / Microfilaments
Actin-binding proteins
Myosins
TA06960
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Myosin_head
IQ
WD40
JAKMIP_CC3
AAA_22
AAA_16
XPC-binding
Motif
Other DBs
NCBI-GeneID:
3864180
NCBI-ProteinID:
XP_954003
UniProt:
Q4UHW3
LinkDB
All DBs
Position
1:966629..973574
Genome browser
AA seq
1445 aa
AA seq
DB search
MNVVYFYGEFNDIICNTYNKYILNFNKIFYYFCSVRSCMSLKLTSGTHIFVPCKEEVIFT
LTLIKYDYIGDKEPHVFSTASDAYYGMLDGFCQSILISGESGAGKTESTKYVLKYLCSNL
IRNKVNVDQYYLSTPQSNLDSDESVPNTARNNKAKNNKLQNNKPTENVEMKVLESNPLLE
SFGNAATLRNHNSSRYGKYIELQYLEESSERLKLIGATIQTYLLEKVRIAQQQAGERNYH
IFHQLTAAFRKYGSKYTINFMDNTVNSKEENSNLENDSVWDLDLSNFEGEFRIVPNCKPI
GNLDEDYDLEFFKENLRAMKTLGLDLEQVNVIFSIIATILHLTNIEFVLNVHCSEGAVVS
NQQENSISKISQLLQVDESDLLNVLLTRSIKTVNEFYTKPKRVDEAIDTRDAIAKNMYSI
LFDFVVAVANSAVDSKQSEVDVSTGILDIFGFECFQLNSFEQLCINFTNETLQNFFNTCV
FKYEQQLYTDEGITWNPLDFPDNQDCIDLFKLKIHRFDKVRTDQSSFIVNHFAGGVKYKI
DGFLEKNKDRLSDDSIHFITNVKNDKIKLIFESLITSNQVPIHIYNSVTNSILLHNPNLT
QLMKKRKTISTQFTTQLDQLMNKIGKTEPHFIRCIKPNQLNLPNIFQKNTVNEQLKYNTN
SLVILISCLNNIYEILFNSLQELRNRSATVIQKTVRGYKQRKAYLECLHKIRTLQIYLKY
KVRKIREHRRRRLLAAITIQSTFRMFMARAEYRAELAKWVRLQSLFRNIILRIEVRDKYV
NNSATVIQSYFKAYLQRRYYKQLKSSAIKLQLKWRSILARNELKKLHQESKSLGTMIERN
QILQEELKEDRMKMMDYESKVYQLQAKITSLKGQLERERNEKGLVIQEKEKLVSNNKDLV
DKITHLENTNSKILNDLKMIKQFISKEISIPQRTTNNVREASPMSRIDSYQQLANTLNLY
TLYGILGDDIGVSVLEIPGEYIDDDRTRGVLKNSYLIAVCFDPSSDRSIIECITMVKIIM
SYVQLKYTSIVIVQNNLLLLEESKFQTDLSLIHKFAFENDILFVKVDNLLNFIKKTMPFI
ESKKSLRTILNIKKSSPKNVVRGKSITKSPIAFFYERFRNFLTGISSSGTQTRLLQATVA
ERESVKLPPLGLKRVATVSTYESAVTSVAVRSEEPTDQYVVVAVGRRNGSINIFHVHRTT
VEHKLLNSSAKDDEELCNLLNGDVIYDENTKVVDYLTLKMHSKAVTCLTFSKLNVDELLS
LSVDCTIRAWNVLTGELIKVFNDSYPGLSIQFHPLQPNYFLSCNSNPTLRIVDYNEGTVI
QKTKIKSEIRCLIFDDTRLNVLAGTERGSISVYESHSNIYNVNNNHVALPLRSCYTKYGG
GWCVSGSEDRNILIFSMSDENIPFSIPFHNGPVVCTAVNQSDTVLVTTDSKGVVAFWRRT
FHVKS
NT seq
4338 nt
NT seq
+upstream
nt +downstream
nt
atgaacgttgtttatttctatggggaatttaatgatattatatgtaacacatataataaa
tatattttaaattttaataaaatattttattatttttgtagtgtaagaagttgtatgtct
ttaaaattaacctctggaacacatatcttcgttccctgcaaagaagaagtaatttttaca
ctaactctgataaaatatgattatattggagataaggaaccacatgtatttagtacagct
agtgacgcatattacggaatgcttgacgggttttgccagagtatcctaatctcaggtgag
tcaggagcagggaaaactgaatcaaccaaatacgtactcaagtacctctgctcgaacctt
atacgcaataaggtgaatgtagaccagtactatcttagtacgccacaatcaaatctagac
tctgacgaatcagtcccaaatacagcccgcaataataaagcaaaaaataacaaattacaa
aataataaacctacagaaaatgttgagatgaaggtgttggaaagcaacccattgcttgaa
agttttggtaacgcagcaacactgaggaaccataactcgagtcgttatggtaagtacata
gaacttcagtacctggaagaatcgtcagaaagacttaagctaataggagcaacaatccaa
acatatttactagaaaaagttagaattgcacaacaacaagctggagaacgaaattatcat
atttttcatcaattaacagctgcattccgtaaatacgggagtaaatacacaattaacttt
atggataatacagtaaatagtaaagaagagaattctaacttagaaaatgattcagtttgg
gatctagatttgagtaactttgaaggagaattcagaatagtgccaaattgtaaaccaata
ggaaatttagatgaagattatgatttggagttttttaaagagaatcttagagccatgaag
acattggggttggatctagaacaagtgaatgtaatattctcaattatagccacaatacta
catttgactaatattgagtttgttctgaacgtacactgttcagaaggcgcagtggtctca
aatcagcaagagaatagcatttctaagatttctcaacttttacaggttgacgaaagtgac
cttttgaacgtgcttttgacccgaagcattaagaccgttaatgagttttacacaaagcca
aagcgtgtggatgaggcgatagatacgagagacgcaattgcaaagaacatgtacagcatt
ttgtttgatttcgtagtagcggtggcaaactctgcagtggattcgaaacagtcagaggta
gatgtatccacagggattcttgatattttcggtttcgagtgttttcagctcaattccttt
gagcagctgtgtataaactttaccaacgaaactctacagaatttctttaatacatgcgtc
ttcaagtatgagcaacaactttatacagatgaaggaatcacttggaatccactggatttt
ccagataatcaggactgcattgacctgtttaaattgaaaatacataggtttgataaggtt
agaactgaccagagtagttttattgtgaaccactttgcgggaggcgttaagtataaaatt
gacggcttcctagagaagaacaaggacagactctcagacgactccattcactttatcact
aacgttaaaaacgataaaatcaaactcatcttcgagtcactcattacatccaaccaggta
ccgatacatatttataattcagttactaactcaatcctattacataatcctaatttgaca
cagttgatgaaaaagaggaagactatatcaacccagttcacaacccagttggatcagctg
atgaataaaataggcaaaactgagcctcatttcatacgttgcataaagccgaatcagtta
aacttgccaaatatcttccaaaaaaacacagtcaacgaacaactcaagtataatacaaac
tcgctagttatattaattagttgtttaaataacatatatgaaatcctgtttaactcgttg
caagagttgagaaatagaagtgcaacggtgattcagaagacagtgagaggatataagcaa
cgtaaagcgtatctggagtgtctacacaagataagaactctgcagatatacttgaagtat
aaagtgaggaagatccgggaacacagaagaaggcgtctattggccgcaataactatccag
tctacattcagaatgttcatggcacgagctgagtacagggctgagttggccaagtgggtt
cgcctgcagagtcttttccgaaatattatcctgagaatcgaagtcagggataaatacgtc
aacaattcggcgactgtgatccagagctactttaaagcgtacttgcagagaaggtactac
aagcagctgaagtcaagcgcaatcaagttgcaacttaagtggagatcaatactggcaaga
aatgagcttaaaaagctacatcaggaatctaaatcactaggaactatgattgagaggaat
caaatattgcaagaagagttgaaggaagataggatgaagatgatggattatgagtcgaag
gtgtatcagttgcaggcaaagatcacaagcctaaaaggacaactcgagagagaacgtaat
gagaaggggttggtgatccaggaaaaggagaaactagtgtctaataataaggacctggtg
gacaagattacgcacctggagaacacaaactcgaagatactaaacgacctcaagatgatt
aagcagtttatatcgaaagaaatttcaattccacaacgtactacaaataatgtgagagaa
gcatctccgatgtcgagaattgattcataccaacagctggccaacactttaaatttatac
acactttatggtattttaggtgatgatattggagtgagtgtactggaaattccaggagaa
tacatagacgatgataggacgcgtggtgttcttaagaacagttatttgattgctgtctgc
tttgatccgagttctgacagatccattatcgagtgcataacaatggtcaagatcattatg
tcttacgtccagctcaagtacacatcaatagtcatagtgcaaaacaatttattattgctt
gaagaatccaaatttcaaactgatttatcactaatacataaatttgcatttgagaatgat
attttatttgtcaaggttgataatttattaaactttataaagaaaaccatgccctttatc
gagtctaaaaagagtctcagaaccatccttaacatcaagaaatcatcacccaaaaatgtg
gtgagaggaaagagtataaccaagagtcccatagcatttttctatgagcgattccgtaac
tttttgactggaatcagttcctctggaactcaaaccaggctacttcaggccacagtggct
gagcgtgagagtgtgaagctgcctcctctgggtctgaagagagtagcaacagtgtcaacc
tacgagagcgcagtcacttcagtggctgtaagatcagaagaaccgacagatcagtacgtg
gtagtggcggtgggaagacgtaatggatcaattaatatatttcacgttcatcgtactact
gttgaacataaacttctcaactccagtgcaaaggatgatgaagaattgtgcaatttattg
aatggtgatgtgatttatgacgaaaacactaaggtggttgattatttgactcttaaaatg
cactccaaggctgttacttgtctcactttctcaaagcttaacgttgatgagcttctttca
ctttctgtagactgcactatcagggcctggaacgtcttgactggagagctgatcaaggtt
ttcaacgactcgtatcctggactcagtattcagttccacccacttcagcctaactatttt
ctatcttgcaattccaatccaactctaaggatcgtagactacaatgaaggaacggtgatt
caaaagactaagataaagagtgaaataagatgtttgatatttgatgacacgaggttgaat
gtcttggctggtactgaacgcggatcaatttcagtctacgaatctcattccaacatatat
aatgtgaataataatcatgtggcattgcctttgagatcatgttatacaaagtatggcggt
ggatggtgcgtgagtggttctgaggacaggaacatcttaatattttctatgtcagacgag
aacattcccttctcaattcccttccacaacggcccagttgtctgcactgccgtcaaccag
agcgacactgtcctcgtcactaccgactccaaaggagtggtagctttttggcggaggact
tttcacgttaaatcctaa
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