Anneissia japonica (feather star): 117102659
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Entry
117102659 CDS
T08613
Name
(RefSeq) chromosome-associated kinesin KIF4-like
KO
K10395
kinesin family member 4
Organism
ajc
Anneissia japonica (feather star)
Pathway
ajc04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
ajc00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
117102659
09180 Brite Hierarchies
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
ajc04812
]
117102659
Cytoskeleton proteins [BR:
ajc04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Kinesins
117102659
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Kinesin
Microtub_bd
Motif
Other DBs
NCBI-GeneID:
117102659
NCBI-ProteinID:
XP_033098919
LinkDB
All DBs
Position
Unknown
AA seq
1240 aa
AA seq
DB search
MPESKDIPVRVALRSRPLVPKETDDGCQECLRFISTHQQVVLGNNKAFTYDFVFSKDTEQ
EVVYTKAVKPLVDGIFKGYNATVLAYGQTGSGKTYSMGSGYSASQAPNDPSRGVIPRVIT
SLFDGVRDHNDMKYMLRVSYLEIYNEDIHDLLNPNIKKENIAIRESIEGGIRIAGLREVT
VQSAEDMYRCLEQGSVGRTTASTAMNSTSSRSHAIFTIHIDQKAKDESDSGWHAKFHLVD
LAGSERVKKTHAEGDRFREGVNINRGLLALGNVISALGDESGRKAHVPYRDAKLTRLLQD
SLGGNSQTLMIACVSPADSNMEETLNTLRYADRARRIKNKPIVNRDPKEAEIARLRQQVQ
QLQIQLVQYSGGALPSDLKNMEGTADMSILLERNKVLEAENQKLTHELQSAIDQTTVLCE
KVILAELAKDKLKQKLEELRVQADISIDALNVTMDTETTDVKQQFAGQLDMLKTMQKKIL
EVQSLERMEQTDLLSAQENDSNSSNEESTLTDKIVTETADDQTFFKHHTLRQAELGRELQ
ELNKALSLKQELVAKMGQSDEKMAVMKMQYEQNAKQLENEVNQLVKEKEQLNTALNAAKT
NTTSNKVSEQRRKRLQELEGQITGLKKKILEQNKLLKFKEQSVKAVEKLNKEIHSMKQAR
VKLMRQMKDDSEKVRVWKAAKNKEVLQLKAQDRKRQCEYAKLERVHTKQQHVLRRKMEEA
AAANKRLKEAMQKQKAAAESRGRFDERNQLGVGKRIRSFLEHELEVQVSINEAKRHLASL
ITDRKSITKQLADLKSKGVPPHKKSKGSDGGNVENMHPNEKALQDDLQVRNAQISDLQQK
IVDADQDDKEKSRWKNITSIVEAKCALKWLMETAVVSKVENSVRVGEVRDLQTSLDEATK
AICEAKSEMEEVKKTHQQGLTKIQQSHEEKILYLLTQLPQAGDLNSTTGATLNEANQELL
DRLHFQEKQISDLHGLHEKLQTITNENDNLKKQLTLANYHGRRINLMPAMTSPDATPSPA
PRPVKKPNKKKSTARKEEEEHYTFDELQTLFSSEEESSFMDSDSDWHETPIVRRSRQVTK
KKVSLPKDGGCGCKGLCKTKQCRCVKNGNGCSDNCLCVPAKCVNRQSSKDNENLVTSKLN
TTVVLDSTTESFATPNLLESSGNNTVSENINQSRKILSNLDSNTTFSSSDNENDVRKRPL
KESDDSMERENSDPEVSGVKKKRKLLNNQGKAFFKPLVNF
NT seq
3723 nt
NT seq
+upstream
nt +downstream
nt
atgcctgaatcgaaagatatacccgtgcgtgtggctctgcgttcacgtcctcttgtgccg
aaggagacggacgatggatgtcaggagtgcctaaggtttattagcacccaccaacaagtt
gttctgggcaacaacaaagcatttacttacgactttgtctttagtaaagatacagaacag
gaggtggtttataccaaggctgttaaaccacttgtcgatggtattttcaaaggctataat
gcaacagttttggcatatggacaaacaggctcaggaaagacatattccatgggtagtggc
tactcggcatcacaggcaccaaatgatccatccaggggtgtcataccaagagtgataact
agtctatttgatggtgttcgggaccataatgatatgaaatatatgcttagagtatcttat
ttagagatttataatgaagatatccatgatcttctgaatcccaacatcaaaaaagaaaac
attgctatcagagagagtatagagggcggtattcgaatagctggcctgagagaagtgact
gtgcaaagtgctgaagatatgtatagatgcttagaacaaggatctgttggcaggacaacg
gcttcgacggcaatgaattctacatcaagtcgttctcacgccatatttaccattcacatt
gaccagaaggcaaaggatgaaagtgatagcggctggcatgctaaatttcaccttgttgat
ctggctgggtcagaaagagtaaagaagacccacgcggaaggagatcgttttcgagaaggt
gtgaacatcaatcgagggttgttggcattaggaaatgtgattagcgccctcggagatgaa
agtggacgcaaggctcatgtcccataccgagacgcaaagctcacaagacttttacaggat
tcgctaggtggtaacagccagacactaatgatagcatgtgtgagtccagcggactccaac
atggaggagacgctgaacacgctacgatatgcagacagagctcgtaggattaaaaacaaa
ccgatagtcaatcgagacccgaaggaggcggagattgctcgtcttcgacagcaggtccaa
cagctgcagattcaactggttcagtacagtggtggcgctctaccatctgatttaaaaaac
atggagggtacagctgatatgagcatactgttagagcgtaataaagtcttggaagctgag
aatcagaagctgacacatgaactgcagtcggctatcgaccagacaacagtactttgcgaa
aaagtcatactggctgagcttgccaaggacaaactgaaacagaaacttgaggagctccga
gtccaagcagacatcagtattgatgcgctgaatgtcaccatggatacggagactactgat
gttaaacaacagtttgcgggtcaattagacatgctaaagaccatgcagaagaagattttg
gaggtgcagtctctggaacgcatggaacagactgacttgctgtcagcccaggaaaatgac
tccaatagcagtaatgaggaaagcacactcacagataaaatcgtaactgaaacggctgat
gatcagacattcttcaagcatcacaccctacggcaggcagagcttggccgtgaacttcag
gaactcaacaaagctctgtcactgaaacaggaacttgttgccaagatgggacagagcgat
gagaagatggctgtcatgaaaatgcagtatgaacaaaatgctaagcaacttgagaacgag
gtaaatcagttggtgaaggagaaggaacaacttaatactgccctcaatgctgccaaaacc
aacaccaccagtaacaaagtcagtgaacagcgacgaaagaggctgcaggaattggaggga
cagattacaggcctaaagaagaagatattggaacaaaacaaactgcttaagtttaaagag
cagagtgtgaaagcagttgaaaagctcaacaaagaaattcattcaatgaaacaggccaga
gttaagttgatgcggcagatgaaggacgacagcgagaaggttcgtgtctggaaggctgcc
aagaataaggaggtgttgcaactgaaagcgcaggaccgaaaacggcaatgtgagtacgca
aagctagaacgtgtacatacaaaacagcaacacgtcctccgaaggaaaatggaagaggcg
gctgcagctaacaagcgcctcaaggaagcaatgcagaagcagaaagctgcagctgaatct
agagggcgctttgatgaacgcaaccagctgggtgttggaaaacgaataaggagcttctta
gaacatgagcttgaagtacaggtgagtatcaacgaagcgaagcgccatctagcgtcactc
attacggacagaaagtctatcaccaagcagcttgctgatctgaaatcaaaaggagtaccg
cctcataagaaatctaaagggtctgatggaggtaatgttgaaaacatgcaccctaatgag
aaagccctgcaagatgatttgcaggtgagaaacgctcagatctcggacttgcaacagaag
attgttgatgccgatcaagatgataaagaaaagagccgctggaaaaatataaccagcata
gtagaggcaaagtgtgccctcaagtggctgatggaaactgctgttgtttctaaggtggag
aatagcgttcgtgttggtgaggtacgtgatcttcaaacatcattggatgaagctaccaaa
gccatctgtgaagccaagtcagagatggaggaggtgaagaagactcaccaacaggggctc
actaaaatacagcagagccatgaagaaaagatactgtacctcctgacacagctgccacag
gctggagacctcaactcaacaactggtgccaccctcaatgaagctaatcaggaactacta
gatcggctgcatttccaggaaaaacaaattagcgatctgcatggtcttcacgaaaagcta
caaactatcaccaatgaaaacgataacttgaaaaagcaactgacacttgctaactaccat
ggtagaagaataaacctgatgcctgctatgacctcgcctgatgccacaccatcgccagct
ccaaggccagtcaaaaagcctaataagaaaaaatcaacagctcgcaaagaagaagaagaa
cattacacctttgatgagctacaaacactttttagctcagaagaggaaagctcattcatg
gattctgattcagactggcacgaaacccccatagttagacgttcaagacaagtgactaag
aagaaggtatccctaccaaaggatggtgggtgtggatgtaaaggtttgtgtaaaaccaaa
cagtgccgttgtgttaaaaatgggaatggctgttccgacaattgtttgtgtgtccccgca
aaatgtgtcaatcgtcaaagttcaaaagataatgaaaatttggtaacgtcaaagttaaat
acaaccgtcgtcttagattcaacaactgagtcttttgccacacctaacttgctcgagtca
tctggcaacaacaccgtgtccgaaaatataaaccagagccgtaagattctctcgaatttg
gacagcaacacaacattcagctcgtccgataacgagaatgatgttcgtaaacgccctctg
aaagaaagtgatgactccatggaaagagaaaattccgacccagaggtctccggtgtgaaa
aagaaacgcaagttgttaaacaatcaagggaaagctttctttaagccgttggtaaatttc
tga
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