Argentina anserina (silverweed cinquefoil): 126796375
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Entry
126796375 CDS
T10558
Name
(RefSeq) kinesin-like protein NACK1
KO
K11498
centromeric protein E
Organism
aans Argentina anserina (silverweed cinquefoil)
Pathway
aans04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
aans00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
126796375
09180 Brite Hierarchies
09181 Protein families: metabolism
01009 Protein phosphatases and associated proteins [BR:
aans01009
]
126796375
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
aans03036
]
126796375
Protein phosphatases and associated proteins [BR:
aans01009
]
Protein serine/threonine phosphatases
Phosphoprotein phosphatases (PPPs)
Protein phosphatase-1
PP1-interacting proteins (PIPs)
126796375
Chromosome and associated proteins [BR:
aans03036
]
Eukaryotic type
Centromeric chromatin formation proteins
Kinetochore proteins
Centromere proteins
126796375
SAC (spindle assembly checkpoint) factors
Motor proteins
126796375
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Kinesin
DUF3490
Microtub_bd
Motif
Other DBs
NCBI-GeneID:
126796375
NCBI-ProteinID:
XP_050379145
LinkDB
All DBs
Position
5:3112261..3117147
Genome browser
AA seq
981 aa
AA seq
DB search
MTVRSAPGTPASRIDKTPVTTPASKIDRTPVSTPGGPKAKEEKIVVTVRLRPLSKREQLA
KDQVAWECVDDNTIVSRPQDRSAQPASFTFDKVFGPNSITDTVYEEGVKNVALSSLMGIN
ATIFAYGQTSSGKTYTMRGITEKAVIDIYNHIMNTPERDFTIKISGLEIYNENVKDLLNS
ESGRNLKLLDDPEKGTVVEKLVEETASDDQHLRHLISICEAQRQVGETALNDNSSRSHQI
IRLTIESTLRENSDCVRSFVASLNFVDLAGSERASQTHADGARLREGCHINLSLMTLTTV
IRKLSVGKKSGHIPYRDSKLTRILQHSLGGNARTAIICTLSPAMSHLEQSRNTLFFATRA
KEVTNNARVNMVVSDKQLVKHLQKEVARLEAELRAPATPDPLCEKDVKIQQMEMEIEELK
RQRDLAQSQVIELCQKLKEDPQVSNLLALPHTSVTSVKKCLSYTDVLSTKLDAKDVGRGD
KARNMKLRQSMRQSSAAPFTLVHEIRKLEHLQEQLGNEANRALEVLQKEVACHRLGNQDA
AETIANLQAEIREMRSVRSVPKDIDVGSAVATNKSVSANLKEEITRLHSQGSTIANLEEQ
LESVQKSIDKLVMSLPSNFEQCNSEATTKSKKESKKKKLSPLASSNTNRPNFIRSPCSPL
SASRQVVESDEIENRVPEHDGTSFSEIQPESERGTPTKSEDCGDVSSKENTPYRHSSSVN
MKKMQKMFQNAAEENVRSIRTYVTELKERVAKLQYQKQLLVCQVLELEANEAAGYDVEND
QITCEPEEPQVPWQITFKDQRQQIIELWDLCYVSIIHRTQFYLLFKGDPADQIYVEVELR
RLTWLQEHLAELGNASPAPPHVGDEPAVSLSSSIRALKREREFLAKRVTSRLSPEERDAL
YIKWDVPLEGKHRRMQFVNKLWIDPRDAKHIQESAEIVAKLVGFGESGNMPKEMFELNFA
LPSDRRPWIMGWNPISNLLNL
NT seq
2946 nt
NT seq
+upstream
nt +downstream
nt
atgacagtgagaagtgctcctggaacaccagcttcgagaatcgacaagacaccagtgaca
acaccagcttcgaagatcgacaggacgccagtgtcgactccaggagggccgaaagcaaag
gaggagaagattgttgtaacggtgcgtttgaggcctctgagcaaaagggagcaactggca
aaggaccaagttgcttgggaatgcgtcgacgataacaccattgtatccagacctcaggac
cgctcagctcaaccggcctcatttacatttgataaagtttttggtcctaatagtataacc
gacactgtatatgaggaaggagtgaagaacgtagccttgtcttctttgatgggaatcaat
gctactatatttgcttatggacaaactagcagtgggaagacatacacaatgcgaggaatt
acagagaaagctgtcattgatatctacaaccatatcatgaatactccagagagagatttt
acaatcaaaatttccggacttgaaatatacaatgagaatgtcaaggacctgttgaattcg
gaatctggtcgtaatctaaagcttctagatgatccagagaaaggtactgtggttgagaag
ctggtggaggaaactgcaagcgatgatcagcacttgagacatttaatcagcatttgtgaa
gctcaaagacaagttggtgagacagctttaaatgataatagctcacgctcacatcagata
ataaggctgacaattgaaagtactctccgtgaaaattcagattgcgtgagatcttttgtt
gcaagcctgaactttgtagatctggctggaagtgaacgagcttcacagacacatgcagat
ggtgctaggctaagggaaggttgccatatcaaccttagcttgatgacacttacaactgtt
atcagaaagctcagtgttggaaaaaaaagtggtcatataccctacagagactcaaagctc
actcgcatattgcagcattctcttggtgggaacgcacgcactgctatcatatgtaccttg
agtccagcaatgagtcatcttgaacaatctcggaatactcttttctttgctaccagggca
aaggaagtcacgaataatgcacgcgtgaacatggttgtttcggacaagcaactagtgaaa
catttgcagaaggaagtagctaggctggaagccgagctgcgtgcccctgccaccccagat
ccattgtgtgaaaaagatgtgaaaattcagcagatggaaatggaaattgaagaattgaaa
cgtcagagagatctcgctcagtctcaagtaattgaactatgtcaaaagctcaaggaggat
ccacaggtttcaaatctattggcattaccccatacttcagtgacttcagtgaagaagtgt
ctctcctacactgatgtcctatcaacaaaacttgatgccaaggacgtaggccgtggtgat
aaagcaagaaatatgaagttgaggcagtctatgaggcaatcatctgctgctccttttaca
ctcgtgcatgaaatccgcaaacttgagcacctgcaagagcagctcggaaatgaagcaaat
cgagcccttgaagtattacagaaggaggtagcttgtcatagactgggcaaccaagatgca
gccgaaacaattgctaacctgcaagcagaaataagagagatgcgttcagtaagatcagtg
ccaaaagatattgatgttggaagcgcggttgctaccaacaaaagtgtcagtgctaatcta
aaagaggagatcacgagacttcattctcagggcagcactattgcaaatcttgaggaacag
cttgaaagtgttcagaagtctatagacaaattggtgatgtctctccctagcaattttgaa
caatgcaatagtgaagcaaccaccaagtctaagaaggagtccaagaagaaaaagttatca
cctttggcctcaagcaataccaaccggccaaattttatcagatcaccttgctcacctcta
tcagcttctcgtcaagttgtagagtctgatgaaattgaaaatagagttcctgaacatgat
ggtacttctttcagtgagattcaaccagagtctgaaagggggacacccacaaagagtgaa
gattgtggagatgtttcatcaaaggaaaacactccatataggcattctagctctgtaaac
atgaagaaaatgcagaagatgttccaaaatgcagcagaagagaatgtgagaagcataaga
acatatgtaacagaactgaaagaacgggtggccaaactgcagtaccaaaagcagcttcta
gtctgccaggtattggagctggaagcaaatgaagcagctgggtatgatgtggagaatgat
caaatcacatgcgaaccagaggagccccaggtcccatggcaaataactttcaaggatcaa
aggcagcaaatcattgagctatgggatttatgctatgtctccatcattcataggacacag
ttttatttgttattcaagggagatccagctgatcaaatctatgtggaagtggagctcagg
cgattgacatggttacaagagcatctggcagaacttgggaatgctagccctgctcctcct
catgttggtgatgagccagcagtctctttgtcatcaagtatccgagcactgaagcgtgaa
agggagttccttgccaagagagtaacctcgcgtttgagcccagaggagagagatgcattg
tacatcaaatgggatgttccacttgaagggaagcataggagaatgcagtttgtgaataag
ctatggatcgatcctcgtgatgccaagcatatacaggagagtgctgaaatagttgcaaag
ctggttggtttcggcgaaagtggcaacatgccaaaggagatgtttgagcttaatttcgca
cttccatctgataggaggccatggattatgggatggaacccaatttcaaaccttctaaac
ttgtag
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