KEGG   Raphanus sativus (radish): 108811868
Entry
108811868         CDS       T06014                                 
Name
(RefSeq) protein MOR1 isoform X1
  KO
K16803  cytoskeleton-associated protein 5
Organism
rsz  Raphanus sativus (radish)
Brite
KEGG Orthology (KO) [BR:rsz00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:rsz03036]
    108811868
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:rsz04812]
    108811868
Chromosome and associated proteins [BR:rsz03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    108811868
Cytoskeleton proteins [BR:rsz04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    XMAP215
     108811868
SSDB
Motif
Pfam: XMAP215_CLASP_TOG CEP104-like_TOG HEAT CLASP_N HEAT_EF3_N HEAT_2 HEAT_EZ HEAT_ECM29 MMS19_N INTS5_N MazG-like TIP120
Other DBs
NCBI-GeneID: 108811868
NCBI-ProteinID: XP_018439477
UniProt: A0A6J0JUY2
Position
6:48964490..48977991
AA seq 1976 aa
MAEEEKILKEAKKLPWEDRLAHKNWKVRNEANVDLAFVCDSITDPKDPRLRDFGHLFRKT
VADSNAPVQEKALEALVAFLKAADADAGRYAKEVCDAIAAKCLTGRPKTVQKAQDALLLW
VELEAVDVFLDTLEKAIKNKVAKAVVPAVDVMFLALSEFGSKIIPPKRILKMLPELFDHQ
DQNVRASAKGVTIELCRWIGKDPVKSILFEKMRDTMKKELEAELANVSGGAKPSRKIRSE
QDKEPEAEACSDVVGNGPTEEPVADAPQEIDEYDLMDPVDILTPLEKSGFWEGVKATKWL
ERKEAVAELTKLASTKKIAPGDFSEICRTLKKLITDVNLAVAVEAIQAIGNLARGLRTHF
SASSRFMLPVLLEKLKEKKPTVAEALTQTLQAMYKAGCLSLVDIIEDVKTAVKNKVPLVR
SLTLNWLTFCLETSNKALILKAHKEYVPLCMECLNDGTPDVRDAAFSALAAIAKSVGMRP
LERSLEKLDDVRRKKLSEMIASSGGESASTSSVTVQSSVGGTATVNSEAPVVRKSAASML
SGKRPALSAPASKKAGTAKTGGNKKDAAARNESSKTVEPPEDVEPAEMGLEEIENRLGSL
VKTETISQLKSSVWKERLEATLSLKEEIEGLQELDKSVEILVRLLCAVPGWNDKNVQVQQ
QVIEIITFISSTAAKFPKKCVVLCITGASERVADIKTRASAMKCLTAFCEAVGPGFVFER
LYKIMNGHKNPKVLSEGLLWMVSAVDDFGVSLLKLKDLIDFCKDVGLQSSAAATRNATIK
LLGALHKFVGPDIKGFLNDVKPALISALDTEYEKNPFEGTVAPKRVVKTSVSTPTSGGGL
DSLPREDISGKITPELVKGFESPDWKMRLESIEAVNKILEEANKRIQPTGTGELFGGLRG
RLLDSNKNLVMQTLTTIGGVASAMGPTVEKASKGILSDVLKCLGDNKKHMRECTLAALDL
WLGAVHLDKMIPYVIIALTDGKMGAEGRKDLFDWLTKQLAGLSDFVDAIHLLKPASTAMT
DKSADVRKAAEGCISEIVRVSGQETLEKNIKNIQGPALALVLEKVRPGFVQEPFESSKAT
AGPVSKGVSKVSKSTSNGTLKQGNRSRALPTKGSRPDQITSVHDIAIQSQSLLNTKDSNK
EDRERLVVRRIKFEELRPEQIQDLENDMMKYFREDLQKRLMSPDFKKQVDGLEILQKALP
SLSKDIIEVLDILLRWFVLQLCKSNTTCLLKVLEFLPELFNTLKDEEYCLTEAEAAIFLP
CLAEKLGHNIEKVREKMRELMKQIIQAYSVAKTYPYILEGLRSKNNRTRIECTDLIGYLL
ETCGTEISGLLKYLNMVASLTAERDGELRKAALNTMATGYKILGDDIWRYVGKLTEAQKS
MLDDRFKWKVKEMEKRREGRPGDARAALRRSVRDNGPEVAEQSGDVSQTVPGPLFSRQNY
GISEQIPERNPVPRTITGVNGPADWNEALDIIMFGSPEQSVEGMKVVCHELAQASNDPEE
SAIDELVKDADGLVSCLANKVAKTFDVSLKGASSRSCKYVLNTLMQTFQNKKLAHAVKEG
TLESLITELLLWLLDERVPRMEDGSQLLKALNVLMLKILDNADRTSSFVVLISLLHPLDP
SRWPSPATAEVYAVRNQKFSDLVVKCLIKLTKLLQSTIYEVELDRLLQSIHVYLQELGME
EIRRRAGADDKPLRMVKTVLHELVKLRGAAIKGHLSLIPIDMRPQPIILAYIDLNLETLA
AARMLTSTGPVGQTHWTDSTANNPSPPANSADVQLKQELGAIFKKIGDKQTSTIGLYDLY
HITKSYPKVDIFSQLQNASEAFRTYIRDGLAQVEKNAAAGRTPSSLPLSTPPPSSLSLPS
PDIPSLDVKPLMNPKSDSYADDMRGSNINPGTLDAIRERMRTMQLATSGNVESVSKPLMP
TSDNVPMDEQNIPPSQMGAETPHPHPQQVVLPMDEKALSGLQARMERLKGGSLEHM
NT seq 5931 nt   +upstreamnt  +downstreamnt
atggcggaggaagagaagatactgaaggaggcgaagaagcttccatgggaggatcgcctc
gcgcacaagaactggaaagttaggaatgaggctaacgtcgacctagctttcgtctgtgat
tccatcaccgatcctaaggaccctcgcctccgcgatttcggtcacttgtttagaaagacg
gtggcggattccaatgcgccggtgcaagagaaggcgcttgaggcattggttgcgtttttg
aaggcagccgacgcagacgctgggaggtacgcgaaggaagtttgtgatgccattgcggct
aaatgtctcacgggtaggcccaagactgtgcagaaggcgcaggacgctctcttgctctgg
gtggagttagaagccgttgatgtttttctggatacattggagaaagctataaagaataaa
gttgccaaggctgtggtacctgcagtagacgttatgtttctagctctcagtgagtttggt
tcgaagattattccacccaaaaggattttaaagatgcttcctgaacttttcgatcatcaa
gatcagaatgtccgtgcatctgccaaaggggtgactattgagctatgccgttggattgga
aaagaccctgttaaatctattttgtttgagaaaatgagggacacaatgaaaaaagagctg
gaggctgagcttgccaatgtgtcagggggtgctaagccttctcgaaagataagatctgaa
caagacaaagagccagaggcagaagcttgttcggatgtggtgggtaatgggcccactgaa
gaacctgttgctgatgcgcctcaggaaatagatgagtatgatcttatggatcctgtggat
attttgactcctttggaaaagtctgggttctgggaaggagtgaaagctacaaagtggtta
gaacgtaaggaggctgttgccgagctaacaaagcttgcttcgacgaaaaagatagctccc
ggtgatttttcagaaatttgtcggaccttaaagaagcttatcactgatgtgaacttagcc
gttgcagtggaagctattcaggccattggaaatcttgcacgtggattaagaacacatttc
tccgctagttcacggttcatgctacctgttttacttgaaaaattgaaagagaaaaagcca
acagtcgcagaggcacttacacagaccttacaagcaatgtacaaagccgggtgtttaagt
cttgttgacattatagaagatgtaaagacggcagtgaaaaataaagtaccgcttgtgcgt
tctttaactttaaactggttgacattctgccttgaaacaagtaacaaggctcttattcta
aaggcgcacaaagaatatgttccgttatgtatggagtgtctcaatgatggaactccggat
gtgagagatgcagcattttcggctttggctgcaatagcgaagtctgtaggtatgagacct
ttggaaaggtcgttggaaaaacttgatgatgttagaagaaagaaactttcagaaatgatt
gcaagctctggtggtgaatcagctagtacaagctcagtaacagttcagtcttcagttggg
ggcacggccacagtgaactcagaagcacctgttgtaaggaaatcagcagcaagcatgttg
agcgggaaaagacctgctctttctgctcctgcgagcaagaaggctgggactgccaaaacc
ggtggaaacaaaaaagatgctgctgctcggaacgaaagttcaaaaactgttgaaccacct
gaagatgttgagcctgctgagatgggtcttgaagaaattgaaaacagattaggttctctt
gtaaaaacagaaaccatatctcagctaaagagctctgtatggaaagaaagacttgaagca
actttgtctttgaaagaagagatcgaaggacttcaagaactagacaagtcggtggagatc
ttggttcggttgttatgtgcagttcctggttggaatgataaaaatgtgcaggttcaacaa
caagtcattgaaattattaccttcatatcttcgactgcggcaaagtttcctaagaaatgt
gtcgtactttgcatcacgggagctagtgaacgagttgcagatataaagacgcgggcctct
gctatgaagtgtcttactgctttctgcgaagcagttggtcctggatttgtttttgagagg
ctttacaaaatcatgaacgggcacaagaaccccaaggttcttagtgaaggcttgctgtgg
atggtttcggcagttgatgactttggcgtctcacttttgaaacttaaggacttaatagat
ttttgtaaggatgttggattgcaatctagtgcagctgccaccagaaatgctacaatcaaa
cttttgggtgctttacacaagtttgttggtccagacattaaagggtttcttaatgatgtc
aaacctgcattaatcagtgcacttgacactgagtatgagaaaaacccttttgagggaact
gtggctccaaaaagagttgttaagacgtcagtttcaacaccaacctctggtggaggactg
gatagtttacctagagaagatatcagtggcaagattacccctgaacttgttaagggcttt
gagagtcctgattggaagatgcgtttggagtcaatcgaagctgttaataaaattctggaa
gaggctaataaacggatccagccaaccggaactggagaattatttggtggtctacgagga
cgattgttggatagtaacaaaaatcttgttatgcaaacattgactaccattggaggtgtt
gcatcagctatgggaccaactgtcgagaaggcgagcaagggaattctatcagatgtcttg
aaatgtctcggtgacaacaagaagcacatgagggaatgcaccttggctgctctggatttg
tggcttggtgctgtgcatctcgacaaaatgattccttacgttataatagcactaacagat
gggaaaatgggagcagaaggacgtaaagatctttttgattggttgacaaaacaacttgct
ggactaagtgactttgtggatgctatacatttactgaaacctgcaagcaccgcaatgacg
gacaaatccgcagatgtgcgaaaagcagccgaaggatgcatttctgagatcgtaagagtc
agtggacaagaaacgcttgaaaagaatattaaaaatatccaaggcccagcattagcgctt
gtgcttgaaaaagtaagaccaggatttgttcaagaaccatttgaatcatcaaaagctacg
gcggggccagtgtcgaaaggtgtttccaaggtttcaaaatcgacttctaatggtaccttg
aagcaaggaaacagatctagagccttgccaacaaagggttctaggcctgatcaaattacg
tctgtgcatgatatagctatccagtcacagtctttgctaaatactaaggactctaataag
gaggacagggagaggctggtggttcgtagaattaaatttgaggagctgcggccagaacag
attcaggatcttgagaatgatatgatgaaatattttagggaagacttgcaaaaacgattg
atgagtccagactttaagaaacaagtagatgggctggaaatcctacagaaggcgcttcca
tctctttcgaaggatattatagaagttctagatatacttcttcggtggtttgtgttgcaa
ttatgtaaatccaacacaacttgtctgctaaaggttcttgagtttcttccagaacttttc
aacacattgaaggatgaggaatactgcttgacagaagcggaagctgctatatttctgcct
tgtttggcagagaagttggggcataacattgaaaaagtaagagaaaagatgcgtgagctg
atgaagcagattatccaggcatattctgtagcaaagacatatccctatattttggaaggt
ttacgttccaaaaacaaccgtacacggatagagtgtactgatcttatcggatatctactc
gagacttgtggaactgagataagtggactactgaagtacttgaatatggttgcaagcttg
acagcagaaagagatggtgaactcagaaaggctgctttgaacaccatggctacgggttat
aagattctcggtgatgatatctggcgatatgttgggaagcttacagaggctcaaaagagt
atgcttgatgatagatttaagtggaaagtcaaggaaatggagaaaagaagagaaggtaga
cctggggatgcacgagcagcactaaggcgttctgttagagataatggacctgaagtggca
gaacaaagtggtgacgtttctcaaacagtccctggtcctttattttcaaggcaaaactat
ggtatttctgaacaaattccggagaggaacccagtacctcggacaatcactggagttaat
ggaccggcagactggaatgaggctctggacatcattatgtttggctctccggagcagtcg
gttgaagggatgaaagttgtgtgtcatgagttggcacaggcttctaatgatccagaagag
agtgcaattgatgaacttgtgaaggatgcagatgggcttgtttcatgcttagcaaataag
gttgccaagacatttgatgtcagcttaaagggagcttcatcgaggtcttgcaaatatgtt
ttgaacacacttatgcagacattccaaaataaaaaacttgcgcatgcagtcaaagaaggg
actctggaaagccttataacagagctcttgctttggcttctggatgaaagagttccacgc
atggaagatggcagccagctcctgaaagctctgaatgttttgatgcttaaaatcctggat
aatgcagatcggacgtcatcgtttgtggtccttattagcttgctacatcctctagatcca
tctagatggccttcacctgctacggctgaagtttatgctgtccggaatcagaaattctct
gatttggttgtcaaatgcctaattaaacttaccaagctccttcaaagcaccatatatgaa
gttgaacttgatcgacttcttcagagcatccatgtatatctgcaagagctggggatggag
gagatacgcaggagagctggagcagatgataaacctctgaggatggtgaaaactgttcta
catgaacttgttaagctccggggagctgcaataaagggtcacttgtctcttatccctatt
gacatgagaccacaacccatcattctcgcttatatcgatctgaaccttgagactttagct
gcagcaagaatgttaacttcaacaggacctgtgggccaaacccattggacagattcaaca
gctaacaatccctcacctcccgctaactctgctgatgttcagttgaagcaagagctcggg
gcaattttcaagaaaatcggtgataaacaaacttccaccattggtctttacgatctctac
cacatcactaagtcgtatccaaaggttgatatattttcccaacttcaaaatgcaagcgaa
gcatttcgtacttatatcagagacggtttggctcaggtggagaagaatgcagctgcagga
agaacgccttctagcctaccgttgtcgactcctcccccttcttccttatcccttccatct
cccgacatcccttccttagacgtgaagcctctgatgaaccctaaatctgattcatacgct
gacgacatgcgaggcagtaatatcaatcctgggacactagatgcaatcagagaaaggatg
aggaccatgcaactggctacatcaggaaacgtagagtcagtaagcaaaccgctgatgcca
acaagcgataacgtaccaatggacgaacagaacattccaccgagccaaatgggagcagag
actccacacccacacccacagcaagtggttctgccaatggatgagaaagctttgtcgggt
ctccaggcacgaatggagaggctgaaaggtggctcactcgaacatatgtag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (12)   
   Pfam (12)   
All databases (19)   

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