Lepeophtheirus salmonis (salmon louse): 121117495
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Entry
121117495 CDS
T08214
Name
(RefSeq) LOW QUALITY PROTEIN: kinesin-like protein KIF21A
KO
K24185
kinesin family member 21
Organism
lsm
Lepeophtheirus salmonis (salmon louse)
Pathway
lsm04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
lsm00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
121117495
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
lsm04131
]
121117495
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
lsm04812
]
121117495
Membrane trafficking [BR:
lsm04131
]
Protein recycling
Rab GTPases and associated proteins
Rab4 associated proteins
121117495
Cytoskeleton proteins [BR:
lsm04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Kinesins
121117495
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Kinesin
KIF21A
WD40
WD40_Prp19
Beta-prop_TEP1_2nd
WDR55
WD40_CDC20-Fz
Microtub_bd
WD40_WDHD1_1st
Beta-prop_TEP1_C
Beta-prop_EML_2
KIF21A_2nd
WD40_MABP1-WDR62_2nd
Beta-prop_WDR90_POC16_2nd
WD40_MABP1-WDR62_1st
Beta-prop_EML
Beta-prop_DCAF12
EIF3I
Beta-prop_DCAF4
Beta-prop_CAF1B_HIR1
WDR90_beta-prop_4th
Beta-prop_WDR75_1st
Beta-prop_RIG_2nd
AAA_16
Motif
Other DBs
NCBI-GeneID:
121117495
NCBI-ProteinID:
XP_040567883
LinkDB
All DBs
Position
5:62329675..62336177
Genome browser
AA seq
1580 aa
AA seq
DB search
MDSSDENKDNNDDESSVRVAVRIRPQLPREIMDACQICVSLTPGEPQVWLGSNKAFTYDF
VFSPESAQAEVYSDTVYRLIEGTFEGYNATVLAYGQTGSGKTYTMGTAFELSTQEASYGI
IPRAVKQLFEGIRIRTEAAEAANLPPPEFKVSTQFMELYNEEVIDLFDMKTSLPNISKKS
GIRIHEDSNGNIYTVGVTTRTVRSKEETMSALKSGAFNRTTASTNMNDQSSRSHAIFTIH
IEQQRHIPPSKSSSNLEDSNKDENTTDEGELEILTAKFHFVDLAGSERLKRTGATGDRAK
EGISINCGLLALGNVISALGDTTRKVLHVPYRDSKLTRLLQDSLGGNSRTFMIACVSPSD
RDFMETLNTLKYSNRARNIKNKISANQDKTSRTINLLRQEIQNLQLELMEYKQGKRIMGD
DGVETTNDMYHENMMLMKENTNLRTRVKALQETVDVLTSKNVSLLAEKELTSMNFIENGE
ANNNNSKNGNVKKDIASMIEKYVTEIENLRTKLCESENLCAQLRKEASRAKRLSNPMANF
FDSNTDVQALIEMAKKDLEKNNKEVEKVRRISSVTVKDEDADSDDQDDITVTGNDDDNSS
DDDTDTEESENHDEELVELTSEISLKQKLIEELETSQKRLHIMKQQYENKLISLQNRIYA
TEEERDKVLKNMSPAIGTKSPGQNADKVTRIKEEYKSKLEKLQGEVKKLQAAKKEHAKLL
RNQSQYERQLDKLKSDVIDMKRSKVKLVQKMKEESNRHRELENRRNRELSQMKKTSRKNE
SRIRTLESEKRMKDVVLKRKTEEVNSLRRNARRISQMQTMSSKHKMKFSIKYAKNKWHSI
EKQIMKVALNRQAVSRLENDMERWLKEREKLSHKLDKMSLKRKRIAHEKGEESTLVEDLD
DQIENLRANLSYLHDNIVECQQTIVQMEQAEDPEDEDEGGVTKIINITELQLDEAKYLME
KLLSMTISQSCLATQKDGAVREIENRMAQALKQNSLHQQLLQHMIEQQDLEVYDLMLLNE
QGDSESESDNESNIFVSNSSEQQSSVLPNNVTSEFMSEDNGSDSSMGRREKARRKMTTKE
DLLFNDTDVPISPKAELITNVQNTFSRSLSFTKGAGLNTELMSRSRSFIKPDNNRYNIMS
SSMDQSAFSRLAPVYQPSPVLGRRSLDRHQIQRKASPKSTRKFSSTLRLNDQESPPGSPP
SFRRIHRDSDPSISGGRNVFNRLLAGTSIGQPSKLPEKGTIIPFQGRIGPKSPLICCNVA
EGHSKAVLSVYATDEYLFSGSKDRTVKVWDLCRKEEVQSLSGHPNNVVCVKYSKQTRLAF
TVSSAFIKVWDLRMSTAICIKTLSSSGLTTNGPVQINSTNRTLAMPPGETSINDIALGES
GYDLYSAAADKVRMWDLRKFHSIGKLSGGHQAAVMCLETEGSLVATGSKDHYIKVFDVSD
KQGVVIAPCMNLTPPHYDGIQCLAMSGDSLFSASRDFCIKKWDLKNQEIVKSVNNAHKDW
ICGLAFLPDSPIVVSGCRAGILKLWSADSLSLIGEMKAHNSTINTITTNNQHVFTGSNDG
SIGVWRIRNNYDKSPDSESS
NT seq
4743 nt
NT seq
+upstream
nt +downstream
nt
atggattcctccgatgagaacaaggataataatgatgacgagagtagcgtgcgtgtggcg
gttcgaatccgtccgcaactgcctcgtgaaatcatggatgcctgtcagatctgtgtgagt
ttgactccaggggagcctcaggtctggctaggctctaacaaggccttcacttatgacttt
gtgtttagtcccgagtctgcgcaggcggaggtgtattccgacaccgtctatcgcctcatc
gaagggacatttgagggctacaatgccacggttttagcctacgggcagacgggaagtggg
aagacctatacaatgggcactgcatttgaactttctacgcaagaagcttcctatggaatc
attcccagggccgttaaacagctttttgaagggattcgaatccggacggaggctgcagaa
gcggcaaatcttcctcctccggaatttaaagtatctacgcaattcatggagctctacaac
gaagaagtaattgatctctttgatatgaaaacctctctgcctaatatctcgaaaaagtct
ggcattcgcattcatgaagactccaatggaaatatttacacggtgggcgttacgacacga
accgttcgatccaaagaggaaaccatgagtgctttaaaatctggtgctttcaaccgtact
actgcaagcacaaatatgaatgatcagtcctctaggagtcatgctatctttactattcat
atcgagcaacaacgtcacattcctccatctaaatcatcttctaatcttgaagatagcaat
aaagatgaaaacactactgacgagggggaactggaaattcttactgccaaatttcatttt
gtcgatttggctgggtcagaaagattaaaaaggactggtgctactggagaccgtgcaaaa
gaaggcatttccatcaattgtgggcttcttgctttgggtaatgtaataagtgctttgggt
gatactacaagaaaggttcttcatgttccatatcgtgattcaaaactaacaagactgcta
caagactctcttggtggaaatagtcgtacttttatgatcgcttgtgttagtccctccgat
cgagatttcatggaaactctaaatacattgaagtattccaatcgagctagaaatataaaa
aataaaatatcagcgaatcaagataagacttcaagaacaattaatttgttaaggcaggaa
atacaaaatctgcaattggaattgatggagtataagcagggaaaacgcattatgggtgat
gatggagttgaaaccacgaatgatatgtatcacgaaaatatgatgctcatgaaagaaaat
acgaatctgcgaacgcgagtgaaggcacttcaagagacagtagacgtattaacttccaag
aatgtctctcttcttgctgaaaaagagcttacttctatgaatttcatcgaaaatggagag
gccaataataacaactctaaaaatggaaatgttaaaaaggacattgcgtctatgatagaa
aagtacgtgactgaaattgaaaatttaaggactaaattgtgtgaatctgaaaatttgtgt
gctcagcttcgcaaagaagcttctcgagcaaaacgcttatcaaatccaatggctaacttt
tttgatagtaatactgatgttcaagccttaattgaaatggccaaaaaggacttggaaaag
aataacaaagaagttgaaaaagttcgtagaatatcgtccgtgacagttaaggatgaagat
gctgatagtgatgatcaggatgatataactgtgactggtaacgatgacgacaattcttcc
gatgacgatactgatacagaagagtcagaaaatcacgatgaggagcttgtggaactcacc
tcagaaatatcattaaaacaaaagctaattgaagaattggagacatcacaaaagcgttta
cacattatgaaacagcaatatgaaaataaacttatatccttacaaaatcgtatttatgct
acagaggaagaaagagacaaggttttgaagaatatgagtcctgcaattggaaccaaatct
cccggtcaaaacgccgataaagttacacggattaaagaagaatataagtctaagcttgag
aaacttcaaggggaggtcaaaaaacttcaggctgccaaaaaagagcatgccaaattactt
cgaaatcaatcccagtatgagaggcagttagacaagctaaagtcagacgttattgatatg
aagcgatctaaagttaagcttgtacaaaaaatgaaggaagaatccaatcgtcatagagaa
ttagaaaatagacgaaatagagaactcagtcaaatgaaaaagacttctcgaaaaaatgaa
tcacgaattcgcacacttgagagtgaaaaaagaatgaaagatgttgttcttaaacgtaaa
acagaagaagttaattcattaagacgaaacgcacgtcgaataagtcaaatgcaaactatg
tcatcaaagcataaaatgaaattctcaatcaagtacgcaaaaaataaatggcatagtatt
gaaaaacaaataatgaaagttgccctcaatcgtcaggctgtgtcacgacttgagaacgac
atggaacggtggctaaaagaacgtgaaaaattgtctcataaacttgacaaaatgtctttg
aaacgtaaaagaattgctcatgaaaaaggagaagaatctactttggttgaagatcttgat
gatcaaatagaaaatttacgggcaaatttaagctatcttcatgataacattgtagaatgc
caacagactattgtacaaatggaacaggctgaagaccctgaagatgaggatgagggcgga
gtaacaaagataattaatattacagagttacaacttgatgaagccaaatatctcatggaa
aagcttctttctatgacgataagccagtcctgtctagccacacaaaaggatggtgctgtc
cgagaaatcgaaaatagaatggcccaagcattgaaacaaaattctcttcatcagcaattg
cttcaacatatgattgagcagcaagatcttgaagtttatgatttgatgcttcttaatgag
caaggtgactccgaatcggagtccgataatgaaagtaacattttcgtaagcaactctagt
gaacagcagtcgtcagtcttaccaaataatgtcacttcagaattcatgtccgaagataat
ggttcagattcatctatgggaagaagagaaaaggctaggcgaaaaatgacaacaaaggaa
gatttgttgtttaatgatacggatgttccaatatcgcccaaagctgaactaataacaaac
gttcagaatacattttcccgctctttaagttttactaaaggtgctggtcttaatactgag
ctcatgtctcgaagtaggagctttataaagcctgataacaaccgttacaatatcatgagt
tcctccatggaccaatcagctttttctagacttgctcctgtgtatcagccttcaccagtt
cttggacgtcgttccttggatcgtcatcaaattcagagaaaagcttctccaaaatctacg
agaaaattcagctcaactttaagactaaacgatcaggaatcacctcctggttctccgcct
agcttccgacgaattcatagggattccgatccttctatttcaggtggtcgtaatgtattc
aatcgacttcttgctggtacttccattggccagccttcaaaactccctgaaaaagggaca
attattccatttcagggtagaattggtcctaaaagtcctcttatatgctgcaatgtagca
gaaggacattctaaagctgttttaagtgtctatgcaacagatgaatacctctttagtgga
tcaaaagatcgtactgttaaagtttgggacctgtgtcggaaggaagaagtccaaagtttg
agtggtcatccaaataatgtggtttgtgtgaaatattctaaacaaactagactagcattt
acagtgtcttctgcttttattaaagtttgggatcttagaatgagtactgctatttgcatc
aaaactttaagttccagtggccttactactaacggacctgttcaaattaatagtactaat
cgaactcttgcaatgcctcctggtgaaacaagtataaacgatatcgctctaggcgagtca
ggatacgacctatactctgctgctgcagataaagtgagaatgtgggacttgagaaagttc
cattctattggcaagctgagtggtggccaccaagctgctgttatgtgtctagaaaccgaa
gggtccctcgttgccactgggtctaaagatcactatatcaaagtctttgatgtgtccgat
aaacaaggagttgttattgccccctgtatgaatttaactcctccacattacgatgggata
cagtgtctagctatgtcaggtgattctctgttctctgcatcaagagatttctgcatcaag
aaatgggatttgaaaaatcaagaaatagtaaaatctgttaataacgctcataaggattgg
atttgtggacttgcgtttttgccagactctcctattgttgtgtcaggatgtcgggcgggt
atacttaagttatggtctgcagattctttgtctctaattggagaaatgaaagcccataat
tcaactattaacacaataactacgaataatcaacatgtttttacgggttccaatgatggt
tcaattggagtttggagaattcgcaacaactatgataaaagccctgactctgagtcttct
tga
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integrated database retrieval system
