KEGG T00041: AT2G22610

Arabidopsis thaliana (thale cress): AT2G22610

Entry

AT2G22610         CDS       T00041

Name

(RefSeq) Di-glucose binding protein with Kinesin motor domain-containing protein

K27887

kinesin-like protein KIN-14

Organism

ath Arabidopsis thaliana (thale cress)

Brite

KEGG Orthology (KO) [BR:ath00001]
09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ath04812]
    AT2G22610
Cytoskeleton proteins [BR:ath04812]
Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Kinesins
     AT2G22610

SSDB

Motif

Pfam:

Kinesin Microtub_bd Malectin MAD UPF0242 DUF1664 Viral_P18 MbeD_MobD ZapB CEP135_TSGA10_CC

Other DBs

NCBI-GeneID:

NCBI-ProteinID:

TAIR:

UniProt:

Position

2:9599420..9604776

AA seq 1083 aa
MDDVQIDDTFPVDLNGVTSLCSPEIPSFDFVSDETEKLEIGDTSIDDCDDALGDSMVCDP
NSRLVPTGLTRTNRTDETIMFINAGGDDSKVLDSELNISRDDYFEGGDVLRTEESIVEAG
DFPFIYQSARVGNFCYQLNNLLPGEYLIDFHFAEIINTNGPKGIRVFNVYVQDEKATEFD
IFSVVGANRPLLLVDLRVMVMDDGLIRVRFEGINGSPVVCGICLRKAPQVSVPRTSQDFI
KCENCATEIEISPTRKRLMRAKAHDKYEKKIAELSERYEHKTNECHEAWMSLTSANEQLE
KVMMELNNKIYQARSLDQTVITQADCLKSITRKYENDKRHWATAIDSLQEKIEIMKREQS
QLSQEAHECVEGIPELYKMVGGVQALVSQCEDLKQKYSEEQAKRKELYNHIQETKGNIRV
FCRCRPLNTEETSTKSATIVDFDGAKDGELGVITGNNSKKSFKFDRVYTPKDGQVDVFAD
ASPMVVSVLDGYNVCIFAYGQTGTGKTFTMEGTPQNRGVNYRTVEQLFEVARERRETISY
NISVSVLEVYNEQIRDLLATSPGSKKLEIKQSSDGSHHVPGLVEANVENINEVWNVLQAG
SNARSVGSNNVNEHSSRSHCMLSIMVKAKNLMNGDCTKSKLWLVDLAGSERLAKTDVQGE
RLKEAQNINRSLSALGDVIYALATKSSHIPYRNSKLTHLLQDSLGGDSKTLMFVQISPSE
HDVSETLSSLNFATRVRGVELGPARKQVDTGEIQKLKAMVEKARQESRSKDESIKKMEEN
IQNLEGKNKGRDNSYRSLQEKNKDLQNQLDSVHNQSEKQYAQLQERLKSRDEICSNLQQK
VKELECKLRERHQSDSAANNQKVKDLENNLKESEGSSLVWQQKVKDYENKLKESEGNSLV
WQQKIKELEIKHKDEQSQEAVLLRQKIKELEMRLKEQEKHIQEMATTREFPEVANATPNE
VKTCFKEDNFGNENMESNTNILRTSNRLKTKRHDSLNLNEMTRKKRASRSGETENNGDDP
QMKEKRIRKSDPPKVFSRVVRPTRTASGSSSQVPVAQKRVIKREQQEVPVVKERDSKKKI
WSR

NT seq 3252 nt +upstreamnt +downstreamnt
atggatgatgttcagatcgatgatacttttccggtggatctaaatggggttacgtcactt
tgttcaccggagattcctagtttcgatttcgttagtgatgaaacagagaaattagagatc
ggagatacttccattgatgactgtgacgatgcattgggcgactccatggtgtgtgatccg
aattcaagactggttcctactggtctcacaagaactaatcgcacagatgagacaattatg
ttcataaatgctggaggagatgattcaaaggtattagattctgaattgaatatctccaga
gatgactatttcgaaggaggagatgtgttgagaacagaagagtctatagttgaagctgga
gactttccgttcatttatcagtcagcacgtgttgggaacttttgttaccagttaaacaat
cttcttccgggagagtacttgatcgatttccatttcgcggagattattaacaccaatgga
cctaaagggataagggttttcaacgtctatgttcaagatgagaaggcaactgagtttgat
atattctcggttgttggcgcaaataggccactcctgttggttgacttaagggtcatggtg
atggatgatggattgattagggtaaggtttgaaggaataaatggaagtccagtggtttgt
gggatttgtcttaggaaagcgccacaggtttcagttccaaggacatcacaagattttatt
aagtgtgagaattgtgctaccgaaatcgagatttctcctactcggaagagacttatgcga
gccaaagctcatgacaagtatgagaagaaaatagcagagctttctgaacgatatgaacat
aagacaaatgagtgccacgaagcatggatgtcactgacctctgccaatgagcaactagag
aaagtgatgatggaactcaacaataagatatatcaggcacgctctctagaccaaactgtg
ataacacaagctgattgtttgaagagtatcactagaaagtatgagaatgacaagagacat
tgggccacagcaattgattctctacaggagaaaatagagataatgaaaagggaacaatct
cagctatcacaggaagcacatgaatgcgttgaagggatccccgaactgtataaaatggtt
ggtggagttcaggcactcgtttcacagtgtgaagatctaaagcagaagtacagtgaagag
caagcaaaacgaaaggagctgtacaaccatatacaggagacgaaaggcaatattagggtc
ttttgtcgctgccgccctttgaatacggaggagacatcaaccaagtctgccacaattgtt
gactttgatggagcaaaagatggagagcttggtgttattacaggaaataattccaagaaa
agtttcaagtttgacagagtttatacaccgaaagatggtcaagttgatgtcttcgccgat
gcttctccgatggttgtttcagtcctagacggctacaatgtttgtatttttgcctacgga
caaacaggaacaggaaagacgtttacaatggaaggtactccgcagaacaggggtgtcaat
tatagaaccgtcgagcaattgtttgaagttgctagagaaaggagagagaccatttcatat
aacatatcggttagtgtccttgaggtctacaatgaacaaataagagacttgttggcaaca
tcaccagggtcaaagaagttggagataaaacaatcctctgatggctctcatcacgttcct
ggattagtagaagcaaatgtggaaaatataaatgaagtctggaatgtgcttcaagctggg
agcaacgcaagatcagttggatcaaataatgtgaacgagcatagcagccgctctcactgc
atgctctctataatggtgaaagcaaagaacctgatgaatggtgattgcacaaaaagcaag
ctttggcttgtagatttagctggaagtgagagattggcaaagacggatgtgcaaggtgag
cgtctgaaggaagcacaaaacatcaacaggtcactctcagctctgggggatgtgatttat
gctttggcaacaaagagtagtcatattccatacaggaactcaaaattaacacatttgctt
caagattcactaggaggtgattcaaagacattgatgtttgtgcaaatcagtccatctgag
catgatgtgagtgaaactctaagttcacttaactttgcaactcgtgtaagaggggttgaa
ttgggtcctgcaaggaagcaagttgataccggtgagatccagaagttgaaagcaatggtg
gagaaagcaagacaagaaagccgatctaaagatgaatccataaagaaaatggaggagaac
attcagaatctggaaggtaagaacaaaggaagagacaactcatacagaagtctccaggaa
aaaaacaaagaccttcaaaaccaacttgattcagtccacaaccaatcagaaaaacaatat
gcacagcttcaagagagactaaagagcagagatgagatttgtagcaatcttcaacaaaag
gtcaaggagctagagtgcaagctacgggagagacaccaatcagattctgcagctaacaac
cagaaggttaaggatcttgagaataatttgaaagaatctgaaggaagctcccttgtgtgg
caacagaaggttaaggattacgagaataagttgaaagagtctgaaggaaactctcttgtg
tggcaacagaagattaaagagttggagataaaacacaaagacgagcagagccaagaagca
gtgttactacgacaaaagatcaaagaacttgagatgaggctaaaggagcaagagaagcat
atacaggaaatggcaacaactagagaattccctgaagttgcaaacgctacgcctaatgaa
gtgaaaacttgcttcaaagaagataactttggcaatgagaatatggaatccaacaccaac
atcctgagaacatcaaaccgtctcaagactaaaagacacgattcattaaatctcaatgag
atgactagaaagaagagggcctcgagaagcggcgaaacagagaacaatggtgatgatcct
caaatgaaggagaaacggatcagaaaatcagacccaccaaaagttttctccagagtagtc
agaccaactagaacagcttctggttcatcaagccaagtccctgtggctcagaagagagtt
attaaaagagaacaacaagaagttccggtcgtgaaagagagagactccaagaagaagatt
tggtcaagataa

All links

Gene (61)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   PGDBJ (1)   
   TAIR (1)   
Protein sequence (5)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (3)   
DNA sequence (3)   
   RefSeq(nuc) (3)   
Protein domain (10)   
   Pfam (10)   
All databases (79)   

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