Sander vitreus (walleye): 144532615
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Entry
144532615 CDS
T11640
Name
(RefSeq) kinesin-like protein KIF23 isoform X1
KO
K17387
kinesin family member 23
Organism
svit Sander vitreus (walleye)
Pathway
svit04814
Motor proteins
Brite
KEGG Orthology (KO) [BR:
svit00001
]
09140 Cellular Processes
09142 Cell motility
04814 Motor proteins
144532615
09180 Brite Hierarchies
09182 Protein families: genetic information processing
04131 Membrane trafficking [BR:
svit04131
]
144532615
03036 Chromosome and associated proteins [BR:
svit03036
]
144532615
09183 Protein families: signaling and cellular processes
04812 Cytoskeleton proteins [BR:
svit04812
]
144532615
Membrane trafficking [BR:
svit04131
]
Endosome - Golgi transport
Rab GTPases and associated proteins
Rab associated proteins
144532615
Chromosome and associated proteins [BR:
svit03036
]
Eukaryotic type
Centrosome formation proteins
Spindle formation proteins
144532615
Cytoskeleton proteins [BR:
svit04812
]
Eukaryotic cytoskeleton proteins
Microtubules
Tubulin-binding proteins
Kinesins
144532615
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Kinesin
MKLP1_Arf_bdg
Microtub_bd
Ubiquitin_IARS1
Motif
Other DBs
NCBI-GeneID:
144532615
NCBI-ProteinID:
XP_078129645
LinkDB
All DBs
Position
1:14006057..14021678
Genome browser
AA seq
960 aa
AA seq
DB search
MQRPNKGKTPRRPGPKKASNIEKDPVGVYCRIRPLGAEDEECCVEMISSSTIQLHAPDGL
KANRNGEYKETQYSFKKVFGINTTQMELFEDVAMPLIEDLIHCKNGLLFTYGVTGSGKTF
TMTGSPGEGGLLPRCLDMLFNSIDPVQAKRFVFKPDDKNGMEIQGQVDALLERQKRDSQQ
SVPRTPSSRLKADPECADMISSEEACKSENVDEDCCYSVFVSYIEVYNNYIYDLLEDAPF
DPIRPKPPQSKILREDQNHNMYVAGCTEVEVKSTEEAFGVFWKGQKKRRIANTQLNRESS
RSHSVFTVKLAQAPLDADGDHILQDKNQVNVSQLCLVDLAGSERTSRTRAEGSRLREAGN
INQSLMTLRTCMEVLRENQMCGTNKMVPYRDSKVTHLFKNYFDGEGKVRMIVCVNPKADD
YDETMLVMRFAEMTQEVEVARPVDRTICALAAGRRHRNRAFRDELSHRLEEQGGPSNALD
DPALLNQLMESIPAMPRCELVDPADDQTLPRLIEVLERRHRVRQMLAEQFNKTASTLKSM
IEQFDSQLNAKETLLHDQRSKLSEKEKFIINQRTELERLEKKSQTLEYKVDILQKTTNMY
EHDKRSLQHELETREQRLQRELSERRRMEQQMHGMVTDTKLKWEKECERRVNAKQLEMQN
KLWVKDEKLKQLKAIVTESSSCGSDGFPTERPEKPERPSRQRDHGTGQKRSASPSPLHDF
SQTPSHQNRANVRAVQDAYPTSTTTSSAYPSVASCISDWEHKFPVDSSSQARSRTPAQCH
GTSSVGRRRGQRLATDTGATATTLVYGLDLEAGTRTAPPVHPTHRRSHSAGGEKWVDHKP
ASNLDLDTVMQPIIPNAIKVSTPNEKALSKCHKYVLRHQELASDGEIETKLIKGNVFKTR
GGGQAVQFTDIETLTQECPTASRKRRSGSGEGAAQMEDIENRPPVASTSSSLWYQKRRKP
NT seq
2883 nt
NT seq
+upstream
nt +downstream
nt
atgcagagaccaaacaaagggaagactcctcggaggccaggcccaaaaaaggcatccaac
atagagaaagatcctgttggagtatattgccgtatacgtccacttggagcagaagatgag
gaatgttgtgtggaaatgatcagcagctccactattcagctacatgctcctgatggcctt
aaagccaaccgcaatggggaatacaaagagacacagtactcctttaaaaaagtatttggt
attaatactactcaaatggagctgtttgaggatgttgccatgcctctgatcgaggacctt
attcattgtaaaaatggtctgctgtttacatatggtgttactggaagtggtaagaccttc
accatgaccggctctcctggggaaggtggactcctcccccgctgtctagacatgctcttc
aacagcatcgaccccgttcaggccaaaagatttgtgttcaaacccgatgacaaaaatggg
atggagatccagggtcaagttgatgctctcctggagagacagaagcgagacagtcagcag
tcagtgcccagaacgccatcctccagactgaaggctgacccagagtgcgcagatatgatc
agctcagaggaggcgtgtaaatctgagaatgtggatgaagactgctgttacagcgttttt
gtgtcctacatcgaggtctacaacaactatatctatgatctcctcgaagatgctcctttt
gacccaatcagaccaaaaccgccccaatctaagattctccgggaagatcagaatcataat
atgtatgtggctggctgcacagaagttgaggtcaaatctacagaggaggcttttggggtt
ttttggaaggggcaaaagaaaaggaggatagccaacacacaacttaaccgtgaatccagt
cgctcacacagtgtgttcacagtaaagctggcccaggcaccacttgatgctgatggggac
cacattctacaggacaaaaaccaggtgaatgtgagccagctgtgtctggttgacctggca
ggtagtgaacgcaccagcagaaccagagcagagggaagccgtctccgtgaagcaggtaat
attaaccagtccttgatgacactgcgtacatgtatggaagtcctacgtgaaaaccagatg
tgtggaactaataagatggtgccatacagggactctaaagttacacatctgtttaaaaac
tactttgatggagaaggaaaagtcaggatgattgtgtgtgtcaacccgaaggctgatgat
tatgacgaaactatgctggtgatgcgctttgcagagatgacccaggaggtggaggtggca
cggccggttgaccggacaatttgtgcccttgctgcaggacgcaggcacagaaaccgtgcc
ttcagggatgagctgtcacatcgcctggaagagcaaggaggtcccagtaatgccttagat
gacccagctctgctgaatcagctgatggaaagcattccagccatgcctcgttgtgagctg
gtggacccagctgatgatcagacgttgccccgcctgattgaggtcctggaaaggaggcat
cgtgtccgtcagatgttggccgagcagttcaacaaaactgccagtacactgaagtctatg
attgagcagtttgacagtcagctcaatgcaaaggagacgctcctccatgatcagcgaagc
aaactgagcgagaaagaaaaattcatcatcaaccagaggaccgagctagagcgattagag
aaaaaatcccaaaccctggaatacaaggtcgatatcctgcagaagacaacgaacatgtat
gaacatgacaagcgctcacttcagcatgagttggagacccgggagcaacggctacagaga
gagctgtcagagaggaggcgcatggagcagcaaatgcatggcatggtcacagacaccaaa
ctcaagtgggagaaggagtgtgagaggcgagtgaacgccaagcagctggagatgcagaac
aagttgtgggtgaaggatgaaaagttgaaacagctcaaggccattgttacagagagcagt
agctgtggcagcgatgggtttcccaccgagcgcccagagaaacctgagaggccctcaagg
cagagagatcacggaacgggccagaagaggtctgcctcgccatcaccacttcatgacttc
agccaaactccctcccaccaaaatcgagccaatgttagggcagttcaggacgcttacccc
acttccaccaccacctcctcagcttatccctcagtagcctcctgcatctctgattgggag
cacaagttccctgtagactcaagcagccaagctaggagccggactcccgcccaatgccac
ggcaccagcagcgtgggtcgcaggagaggccagcgattggccacagacactggtgccact
gctacgactcttgtctatgggctcgacctagaggcaggcacaaggacggcccctccggtt
catccaacgcacaggcgatcacactctgcgggtggggagaaatgggtagaccacaaacca
gcctctaatttggacctagacactgtcatgcagccaatcattcccaatgcaatcaaggtg
tcgaccccgaacgagaaagctctgtctaaatgccacaagtatgtgcttagacatcaagag
cttgcctcagacggggaaatcgagaccaaattgatcaagggcaatgtttttaagaccaga
ggtggaggacaagctgtgcaattcactgacattgagacactaacacaagagtgcccaaca
gcaagtcgcaagaggcgctcagggtctggagaaggagcagctcaaatggaggacatagaa
aacaggcctccagtggcaagcacaagttcaagcctttggtatcaaaaacgcagaaagcct
taa
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