Pieris napi (green-veined white): 125053765
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Entry
125053765 CDS
T08706
Name
(RefSeq) kinesin-like protein Klp61F
KO
K10398
kinesin family member 11
Organism
pnap
Pieris napi (green-veined white)
Pathway
pnap04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
pnap00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
125053765
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
pnap03036
]
125053765
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
pnap04812
]
125053765
Chromosome and associated proteins [BR:
pnap03036
]
Eukaryotic type
Centrosome formation proteins
Spindle formation proteins
125053765
Cytoskeleton proteins [BR:
pnap04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Kinesins
125053765
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Kinesin
Microtub_bd
Microtub_bind
Motif
Other DBs
NCBI-GeneID:
125053765
NCBI-ProteinID:
XP_047511266
LinkDB
All DBs
Position
11:8934966..8951416
Genome browser
AA seq
1128 aa
AA seq
DB search
MAEKGSRKDKNQNIQVFLRLRPLNQREKDIRSIGVVEVVNGREVVIRQSNQNSHTKKFTF
DRAFPPHTKQVDVYQEVVSPLIEEVLAGYNCTVFAYGQTGTGKTHTMVGEPASCETSWQT
DPEAGIIPRALSQLFDELRLTNTEYTVRVSYLELYNEELFDLLSTSEDNSKLRIYEDVTR
KGSNIVNGLEEITVYNKNEVYKIMAQGQERKRVASTLMNSQSSRSHTVFTIVVHMKENSP
EGEELVKIGKLNLVDLAGSENISKAGSDNPAKRERARECVNINQSLLTLGRVITALVERH
PHIPYRESKLTRILQESLGGRTKTSIIATISPGHKDLEETMSTLEYANRAKNIQNKPEIN
QKMTKKAILKEYSEEIDRLKRDLQAARDKNGVYLANETYAELTFKQEEQRKEIQELILKK
RAIEEERERAEKMFNDLNGQLFAERQQKEATYNQLCETQNKLDDTNNMLEKTRQHFEEQR
HVVEKQQDTERNLSAQAQELLQVADVATNDANCLHDSVDKRRYVETTNLEVTRTFREMSA
QHLSNIACRTQQHQADINSALLEIHNVANTYTNNNCQTLMENQNQIEQLIKSENDTTDKL
NSLSSELFATLTDMTTSGKERMTSSLTSQRENVHTTFSEFSRCLSVCLQRATDMDMCADL
VTFLQYWHGDTTNRMSSLNASAGRWAQNCRDTTERHANVARQMADFLRHRHNAFSQRVHD
KLAQIKEDKDETERRIAKRLSDIEKEKRDLEAQLAAWAEKERRELEQRIESYVTSRRKVL
DQTHAERITEIDEEQKWFANKVDTYVQWLNDTKAENEKEMEQVLNSIQESEKEIENHRDN
VERMFTECGRGNESVVMACDDLNVNALKQVEQLKDNFVSSIEDTQAYVNEETTKALRISD
EKTTEATLDLTNVLDAHTQCCQQSVSALTQEMQNLTTNTTTTLSTLAANNNNMLSTTQQQ
QNRQDEALMTIQQTTQHYTECVTQHVSGLQQLENRCLQEQYAVYSPTGNTPARKEYKYPR
DLAATSPHERIIARYRAARLEVLDDTDTVTLSDSESTESEDSTLAIQAPSPPIVQPPPIV
KCTSESDIFANRKKTQEKENMNRSMTFKKPSKLPSLSVKKTTPLINKN
NT seq
3387 nt
NT seq
+upstream
nt +downstream
nt
atggcggaaaagggaagcaggaaagataaaaaccaaaatattcaagtgttcctcagatta
agacctcttaatcagcgagagaaggatatcagatcaataggcgtcgtggaagtggtgaat
ggtcgagaggtggtgatccgacagtctaatcaaaattctcacacaaagaagttcactttt
gatcgtgcatttccaccacatactaaacaggtggatgtataccaagaggttgtaagccct
ttgattgaagaggttttagctggatataactgcacagtgtttgcatatggacagactgga
acaggcaagacccacactatggtgggagagccggcatcttgtgaaacttcttggcaaact
gacccagaggctggcattatccctcgagccctaagccaattatttgatgagctccgcctt
actaacacagagtatactgttagagtttcttatttagagctttataatgaagaactcttt
gatctgctttctacctcagaagacaattccaagctgaggatctatgaggatgtcactcga
aagggatccaatattgttaatgggttggaggagataactgtatataacaaaaatgaagta
tataaaattatggctcaaggacaggaaaggaagagagttgcttccactttgatgaattct
caatctagccgttcccacacagtatttacaattgtagtgcacatgaaagagaatagtccg
gaaggtgaagaattagtgaaaattgggaaacttaatcttgtcgacttagctggttcggag
aatattagtaaggctggctcagacaacccggctaagcgcgagcgggctcgagaatgtgtt
aatataaaccagtctttattgacccttggccgcgtgatcactgccttggtagagagacat
ccacatataccatacagagaatcaaaactaacgcgtattctccaagaatcccttggcggt
cggaccaaaacatcaatcatagctactatatcgcctggacataaggacctagaggaaact
atgagtaccttggaatatgccaaccgcgctaaaaacatacagaacaagccagaaataaac
cagaagatgactaaaaaggcaatacttaaagagtattcagaggagatagatagattgaaa
cgggacttgcaggctgcaagggataagaatggtgtgtaccttgcaaacgagacatatgcg
gaattgacattcaaacaagaagaacaacggaaggaaatccaggaactgattctgaagaag
agagcaatcgaagaagagagagagagagctgaaaagatgtttaatgatctaaatggacaa
ctcttcgcagagagacaacaaaaagaagcaacttacaatcaactctgtgagacgcagaat
aaactcgatgatacaaataatatgctcgaaaaaacacgtcagcatttcgaagagcagcgc
cacgttgtggagaagcaacaagacactgagcgtaatttaagtgcgcaagcgcaggaactg
ttgcaagttgccgacgttgctaccaatgatgctaattgccttcatgatagtgttgataaa
cggagatatgtggagacaaccaacctagaggttacccgaaccttccgcgagatgtcagca
caacatttgagcaatatcgcttgtcgcacgcagcaacatcaggcggatatcaactcggca
cttttggaaatacacaatgttgcaaacacatacaccaataacaattgtcaaacattgatg
gaaaatcaaaaccaaattgagcaattaatcaaatctgaaaatgatactactgacaagctt
aattccctctccagcgagctcttcgccactttaaccgatatgacgacttcaggcaaagaa
cgcatgacgtcatcgctgacgtcacagcgcgagaacgtacatacaacgttttcagagttc
tctcgctgtttgtctgtatgtcttcaacgggcgacagatatggatatgtgcgcagatctc
gtaacgtttctgcagtattggcacggcgatacgaccaatcgtatgtcatctctaaacgca
agcgcaggtcgctgggcacagaactgccgcgacacgacggaacgacacgccaatgtcgcg
cgacaaatggctgactttttgcgacacagacacaacgcgttctcccagagagtgcacgac
aaacttgctcaaataaaagaagataaagatgaaacagaaagacggatagcgaaacggctg
tctgacatagaaaaagaaaagagagatcttgaagctcaacttgctgcttgggcggagaaa
gaaagaagagagttagaacaacgtatagagagctatgtgacgtcacggaggaaggtcctc
gatcagacacacgcggagaggataactgaaattgatgaggaacagaagtggtttgcaaat
aaagtcgacacctatgtacaatggctaaacgatacaaaggcagaaaatgagaaagagatg
gagcaagttctaaactcaatacaggaaagtgagaaggagatagagaatcaccgagataac
gtggagcgaatgtttacagaatgtgggagaggtaatgagtctgtagtgatggcttgcgat
gatttgaacgtgaacgcgctaaaacaggtggaacaacttaaggacaactttgtcagctct
atagaggacacgcaggcttatgtcaatgaggaaacgacaaaggcattacgaattagcgac
gagaaaacgacggaagcgacgttagatttaacgaatgtgttagatgcgcatacgcagtgt
tgtcaacagtctgtcagcgcacttacacaagagatgcaaaacctgacaacaaacacaaca
acaacgctatcaacactagcggccaacaacaacaatatgttgtcaacaacacaacaacaa
cagaaccgtcaagacgaagcacttatgacgatacaacagacaacacaacattatacagaa
tgtgtcactcaacacgtgtcgggactgcaacaactcgaaaatagatgtctgcaggaacaa
tatgctgtttattcaccaactggcaacaccccggcccgtaaagagtacaagtacccacgt
gacttagcagcgacttcgccccacgagagaatcattgcgaggtaccgcgctgcgagactt
gaggtcttagatgacacggataccgtcacactgagtgattcggagtcaacggaatccgaa
gactcgaccttggcgatacaagcgccatctccacccatcgttcagccgcctcctattgtt
aagtgcacgtctgagagcgatatttttgctaatcgaaaaaaaacacaagaaaaggaaaac
atgaaccgatctatgacgtttaagaaaccttcgaaactaccctcactctctgtaaagaaa
accacaccgctcattaataagaactaa
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