KEGG   Arabidopsis thaliana (thale cress): AT3G17360
Entry
AT3G17360         CDS       T00041                                 
Symbol
POK1
Name
(RefSeq) phragmoplast orienting kinesin 1
  KO
K10400  kinesin family member 15
Organism
ath  Arabidopsis thaliana (thale cress)
Pathway
ath04814  Motor proteins
Brite
KEGG Orthology (KO) [BR:ath00001]
 09140 Cellular Processes
  09142 Cell motility
   04814 Motor proteins
    AT3G17360 (POK1)
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ath04812]
    AT3G17360 (POK1)
Cytoskeleton proteins [BR:ath04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    Kinesins
     AT3G17360 (POK1)
SSDB
Motif
Pfam: Kinesin Microtub_bd
Other DBs
NCBI-GeneID: 820999
NCBI-ProteinID: NP_188362
TAIR: AT3G17360
UniProt: Q27IK7
Position
3:5935880..5946540
AA seq 2066 aa
MSRNVPRIEMPESEENEFASLSLFSPSRPPLNSIPDPSQIQKANHLPHFDLVQKLEGTRA
QHQRTLGPEKKFEVLEGRAGNSSDSNPKIVNRNGKSRSEPNSAQSTPTRNGARVSLGGGC
ATGARFLQSFGGRGRIPRGVSIAESVSFAETTPHFELNEDHSFWKDHNVQVLIRLRPLGT
MERANQGYGKCLKQESPQTLVWLGHPEARFTFDHVASETISQEKLFRVAGLPMVENCLSG
YNSCVFAYGQTGSGKTYTMMGEISEAEGSLGEDCGVTARIFEYLFSRIKMEEEERRDENL
KFSCKCSFLEIYNEQITDLLEPSSTNLQLREDLGKGVYVENLVEHNVRTVSDVLKLLLQG
ATNRKIAATRMNSESSRSHSVFTCTIESLWEKDSLTRSRFARLNLVDLAGSERQKSSGAE
GDRLKEAANINKSLSTLGLVIMSLVDLAHGKHRHVPYRDSRLTFLLQDSLGGNSKTMIIA
NVSPSLCSTNETLSTLKFAQRAKLIQNNAKVNEDASGDVTALQQEIRKLKVQLTSLLKNH
DSCGALSDCISSLEESRYSGTCKVAGETRQDKCHCQVKNMNDNMIGALRREKIAESALQK
SEAEIERIDCLVRDMEEDAKRIKIMLNLREEKVGEMEFCTSGSLMTKECLIEENKTLKGE
IKLLRDSIDKNPELTRSALENTKLREQLQRYQKFYEHGEREALLAEVTGLRDQLLDVLEA
KDESFSKHVMKENEMEKEFEDCRNMNSSLIRELDEIQAGLGRYLNFDQIQSNVVASSTRG
AEQAETMPTISEIQEEVAISHSKNYDRGALVKTDEGIDRSILQFKLGKLMKDLEEARTLN
CKYEKDHKSQLSQQEDIEVVREQVETETARTILELQEEVIALQSEFQRRICNLTEENQSI
KDTITARESEIRALNQDWEKATLELTNFIVAGSKSIKNASTQIESIICSFPQVNAWIGDY
VEKAAKNCIKKEETILLLQKSLEDARILVAEMNLKLNSLKGATIALNEFQLGGNAATTEE
AFNLNNDVDRMSDEVDTLESNFKANQYSILKTERHAEAALAVTKWLSDSRDQHQMMEKVQ
DQSVKEFGTLSSISASLSAEGNADISLSRDGHLSDATYPKGDELSTSSSDFSNCRWQHDC
ALNVKCQGVSSSESDAQESNNKITSAALIAKNGSAHSVYCGEGRQSVEKPLTIMMGREET
EYKCSKPLSSGVYMGLMQRMDPVRTFFDRFEEVNATMKEADLTICELVKANEKSNSVTEM
WLQTHEELISKEKNLMDDLEQVKSILSACEEEKQVLLNQTHTTLADMENSVSLLEEYFQE
MKRGVEETVEALFSHARLAGKELLQLISNSRPSLEQIASEFMEREFTMYATYQCHIGKLI
DQILDQRKQVITPNLSGQETNQSVKINAIGYNAEDEVTKKQSREEIVTGLENDEVVQSHE
SLLYENLYLKKELERKEALFEGLLFDFRLLQESASNKRDIKNEMDELFDALCKVQLELEL
KASQVHELFVHNENLENCSIDLKTALFTSQSDLEQAKQRIQILAEQNDELRALVSDLCKE
KAAAEEGLDEQRDLVNRLEKEILHLTTTAEKQLLSAVKSIKENLKKTSDEKDQIVDEICS
LNNKLELAYAIADEKEAIAVEAHQESEASKIYAEQKEEEVKILEISVEELERTINILERR
VYDMDEEVKRHRTTQDSLETELQALRQRLFRFENFTGTMVTTNESTEEYKSHISRSTGLQ
GAHSQIQVLQKEVAEQTKEIKQLKEYISEILLHSEAQSSAYQEKYKTLEVMIRDFKLEDS
SSSAAETISHKTEKSSTRSRGSSSPFRCIVGLVQQMKLEKDQELTMARVRVEELESLLAV
KQKEICTLNTRIAAADSMTHDVIRDLLGVKMDITSYAELIDQHQVQRVVEKAQQHAEEIL
SKEQEVMNLKRHIDYLFKDRESCMSELNKKDTDVLATQISLDQLQERVQLLSMQNEMLKN
DKSNLLRKLAELDRTVHNAQASNHRVPQTTKDTASFKLADTDYTKRLENAQKLLSHANNE
LAKYRKTSNNHPSTRTQGQSSGTRYR
NT seq 6201 nt   +upstreamnt  +downstreamnt
atgtcccgaaacgttccgagaatagagatgccggaatcggaagaaaacgagttcgcgagc
ttgtctttgttttcgccttcaagacctcctctgaattcgataccggatccaagtcaaatt
cagaaggcgaatcatctaccccatttcgatttggttcagaaattggaaggtacaagagcg
cagcatcaacgaacacttggtccagagaagaaatttgaagttttggaaggtagagctgga
aattcgagtgattcgaaccctaagattgttaatcgtaatggaaaatctcggtcggagcca
aactctgcgcagagtacgcccactaggaacggtgctagggtttctcttggtggtggttgt
gctaccggcgcaagatttcttcagtctttcggtggaagaggaaggattccgaggggagtt
tctattgctgagtctgttagcttcgcggaaacaactccacattttgaactcaatgaagat
cattcgttttggaaagaccacaatgtgcaggttttgataaggctgagaccattaggcaca
atggaaagggctaatcaaggatatggtaagtgtttaaaacaagagagtccacaaacattg
gtctggttaggccatccagaggccagattcacctttgaccacgttgccagtgagacaata
tctcaggaaaaactgtttcgcgttgctggactgcccatggtggagaattgcttatctggt
tacaacagctgtgtgtttgcctacggtcagactggtagtggcaagacttatactatgatg
ggagagatatctgaggcagagggaagcctcggtgaagactgcggagttactgctcgtatt
tttgagtatctgttctcaagaattaaaatggaagaagaggaaaggagagatgaaaatttg
aagttcagttgcaaatgttcttttcttgagatatataacgagcagataaccgacctcttg
gaaccatcgtcaaccaatttgcaacttagagaagacttggggaaaggagtatatgttgaa
aatcttgtagaacataatgtgagaactgttagtgacgttctaaagcttctactacaggga
gcaactaaccggaagattgctgcaacccgtatgaacagtgaaagcagcagatcccacagc
gttttcacttgtacaattgagagtctctgggagaaagattctctaactcgttcaagattt
gccagactaaacttggtcgatttggctggttctgaaaggcagaaaagctcaggtgcggaa
ggggatcgcctaaaagaagcagcaaacattaacaaatccttatcaactttgggcttggtg
ataatgtctctggtggatttggcacatgggaaacatagacatgttccctatagagattct
cgacttacctttttactgcaggattctctagggggtaactccaaaacaatgataatagct
aatgtcagcccatctctttgctctacaaacgaaaccctcagcaccctgaagttcgcgcaa
cgggcaaaactaatccagaataatgctaaagtaaatgaagatgcctctggggatgttaca
gcactccaacaggaaataagaaagttaaaggtccaactgacttctcttctgaagaaccat
gactcttgtggggctctttcagactgcatatcttctcttgaagaatccagatactctggt
acatgtaaagtagcaggagaaacaagacaagacaagtgtcactgtcaggtgaaaaatatg
aacgataatatgattggtgctctcagaagggaaaagattgctgaatctgcccttcagaag
tccgaggctgagattgagcgtatagattgcttggttagagacatggaagaagatgctaag
cgcattaaaataatgcttaatcttagggaagagaaagttggagagatggaattctgtacg
tctggttcattgatgacaaaagagtgtctcattgaagaaaataaaactctaaaaggagag
atcaagcttcttcgcgacagcattgacaagaatccagagttgacacgttcagccttggag
aacaccaagctccgggagcagctacaacgatatcagaaattttacgagcatggggaacga
gaggcattacttgctgaggtgacaggactacgtgaccagcttcttgatgttcttgaagca
aaagatgaatccttttctaaacacgttatgaaggagaacgaaatggaaaaggaattcgaa
gactgcagaaacatgaactctagtttgatcagagaactagatgaaatacaagcaggactt
ggaagatacttgaatttcgatcaaatacaatccaacgttgttgcatcttccaccagagga
gctgagcaggcagaaacaatgccaactataagtgaaatccaagaggaggtggctatttca
catagtaaaaactatgatagaggtgcactagtgaagacagatgaggggatagaccggtca
atcctgcagttcaagttagggaagttaatgaaggacctcgaggaggccagaacactcaat
tgtaaatatgaaaaagatcataagtcgcagttatctcaacaagaagacattgaagtagtc
cgtgagcaagtcgagacagaaactgctagaaccattcttgagttgcaggaagaggtgatt
gctctccagtctgaatttcaaagaagaatctgtaacttgaccgaggaaaatcagtcgata
aaagatactataactgctagagagtcagaaataagagcacttaaccaagactgggaaaag
gctaccttagaactgactaatttcatcgtcgctgggtccaaatccatcaaaaatgcctct
acacagattgaaagtatcatctgttcatttccacaagtgaatgcgtggataggtgattat
gttgagaaggctgcaaaaaattgtataaaaaaggaagaaacaattttacttctacagaaa
agcttggaagatgcaaggatattagtagcagagatgaatttgaagctgaattctttaaag
ggcgcaacaattgctctcaacgaatttcaactgggtggcaatgctgcaacgactgaagag
gctttcaacttgaataatgatgtagacaggatgagcgatgaggtagacacgcttgagagt
aactttaaagcaaatcaatattctattctgaaaacagaacgacatgccgaagctgcttta
gctgttacaaaatggctttctgattctagagatcaacaccaaatgatggaaaaagtacaa
gatcaatcagttaaagaatttggtacattaagttcaatctctgcttctcttagtgcggaa
gggaatgctgatattagtttgtcaagggatggacatctaagtgacgcaacatatccaaag
ggtgatgagctttcaacatcaagctctgacttttcaaactgtagatggcaacatgattgt
gcactgaacgtaaagtgtcaaggagtttcaagttctgaatctgacgctcaagaaagtaat
aacaagattacatcagcagctttaattgctaagaatggttctgcacattctgtttactgt
ggagaggggaggcagtcagttgagaagccattgaccattatgatggggagagaagaaaca
gaatacaaatgcagtaaaccgctttcttctggggtatatatgggtcttatgcagagaatg
gatcctgttagaactttcttcgatcgatttgaggaagtcaatgctaccatgaaagaagct
gatctcacaatatgtgaattagtaaaggccaatgaaaaatcaaatagtgttactgaaatg
tggcttcaaacccatgaagagttaataagtaaggaaaaaaatttgatggatgatcttgaa
caggtcaagtctatactatctgcttgtgaagaagaaaaacaagtcttgctaaatcaaaca
cacaccactttggcggacatggaaaattcagtgtctttgcttgaagaatattttcaggaa
atgaaaagaggagtagaagaaacagtagaggctttgttttcccatgcccgtttagctgga
aaagagcttctccaattgatttccaactcaagaccatcacttgaacagattgcatctgaa
ttcatggagagagagttcaccatgtatgcaacataccaatgccacattgggaaactgatc
gatcaaattttggatcagagaaaacaggttatcactcccaacctttcaggccaagaaacc
aatcagtcagtgaagattaatgccattgggtataatgccgaagatgaagtcactaaaaag
caaagcagagaagagattgtcacaggcttagaaaatgatgaagttgttcagtcacatgaa
agcctattatatgagaacttgtatctgaaaaaggagcttgagagaaaagaagctttgttt
gaaggcttgctttttgattttaggctacttcaggaatcagcatcaaataaaagagatatc
aagaatgaaatggatgagctgtttgacgcattatgcaaagtacagctagagctggaactg
aaagcaagtcaagttcatgagctttttgttcataacgagaatcttgaaaattgctccatt
gacttgaaaacggcgttgttcacgtcacagtcagatctagagcaggctaaacagaggata
caaattcttgcggagcagaatgatgagttaagggcccttgttagtgatctctgtaaggaa
aaggctgcagctgaggagggattggacgaacaaagggatcttgtcaataggttggaaaaa
gaaatccttcacttgactactacagcagagaagcaattgctttctgcggtcaagtccatt
aaagaaaatttgaaaaagaccagcgatgagaaagatcagattgttgacgaaatatgttcg
ttaaataataagcttgagttggcctatgctatagctgatgaaaaagaagcaattgccgta
gaggctcatcaggaatctgaagcaagtaaaatatatgctgaacaaaaggaagaggaggtc
aagattctagaaatttctgttgaggaacttgagcgtacgataaatatattagaaagacgg
gtgtatgatatggatgaagaagtaaaaaggcatcgtaccacccaagattcgttagagaca
gagctgcaagctctcagacagagattgtttcgatttgaaaacttcactggcactatggtc
acaaccaatgaaagcacagaggaatataagagtcacatatccaggtcgacagggctgcaa
ggtgcgcatagtcagatacaagtcctacagaaggaagtagcagaacaaaccaaagagatt
aaacagctaaaagagtacatctccgagatcttactgcattctgaggcccaatcatctgct
taccaagagaagtataagactctggaggtcatgattcgagacttcaaactagaggattca
agttcgtcagctgcagagaccatatcacataaaactgaaaaaagctcaacaaggagtaga
ggttcaagttcacccttcagatgtatagttgggttggtacaacagatgaaactggagaag
gatcaggaattgacaatggcaagggttcgtgttgaagaattggagtcattgctagctgtt
aaacagaaagagatttgcacattgaacacgaggatagctgcagctgatagcatgactcat
gatgtgattcgggatttacttggtgtgaaaatggatataaccagctatgctgagttgatt
gaccagcaccaggtccaaagagtggttgaaaaggctcagcaacatgctgaagagatcctg
tccaaggagcaagaagtcatgaacctgaagagacatattgattatctatttaaggataga
gagagttgcatgtcagagttgaacaagaaagatacagatgttcttgcgacacagatatca
ttagaccaactacaagagcgagttcagttgctttctatgcaaaacgaaatgcttaagaat
gacaagagcaatttgctgaggaagttagctgaacttgatcgaacagtccacaatgcacag
gccagtaaccatcgtgttccacagacaacaaaggatacagcgtcatttaaacttgctgat
actgattataccaagagactggaaaacgctcagaagcttctttcccatgctaataacgaa
ttggcaaagtatcgcaaaacgagcaataaccatccatctacaagaactcaaggacagagc
tctggtacaagatatcggtaa

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Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (53)   
   KEGG ORTHOLOGY (1)   
   RefGene (47)   
   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 (2)   
   Pfam (2)   
All databases (67)   

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