KEGG   Physcomitrium patens (spreading earthmoss): 112292427
Entry
112292427         CDS       T01041                                 
Name
(RefSeq) protein MOR1
  KO
K16803  cytoskeleton-associated protein 5
Organism
ppp  Physcomitrium patens (spreading earthmoss)
Brite
KEGG Orthology (KO) [BR:ppp00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ppp03036]
    112292427
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ppp04812]
    112292427
Chromosome and associated proteins [BR:ppp03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    112292427
Cytoskeleton proteins [BR:ppp04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    XMAP215
     112292427
SSDB
Motif
Pfam: XMAP215_CLASP_TOG CEP104-like_TOG CLASP_N HEAT HEAT_2 HEAT_EF3_N TOR1L1_N HEAT_EZ Cnd1 VHS Cohesin_HEAT RAP1
Other DBs
NCBI-GeneID: 112292427
NCBI-ProteinID: XP_024396661
UniProt: A0A2K1JEE1
Position
15:15311894..15330951
AA seq 2006 aa
MSEDEKLLKEAKKMAWEDRLAHKNWKVRNDANIDVAAVCDGIMDPKDPRLREFGPLFKKA
VADSNAPCQEKALDALIAYLRAADTDAARYAKEICDSIVAKCMTGRPKTLEKSQAVFLLW
VELEASEAFLDAMEKAVKAKLAKAVVPAIDVMYQAVSQFGTKVVPAKRIIKMLPDLFDHP
DANVRACAKGLTIELCRWIGKDAVKNLLFDKMRDTMKKELEVEVDNVVSGAKPIRKIRSE
QALECEETVVASVSTAGPADEAAVPGSSDIDEYDLVDPVDILTPLGKSTFWDGVKATKWS
ERRDAVAELTKLASVKKIANGDFSEVSRILKKLVSDVNIAVAVEAVQAIGNLASGLRKDF
NSGSKLLLPVLLDKLKEKKQVMVDALTTTLNAMHKGGCIQLQDVIEDVKLATKNKVPLVR
SSCLTWVATCIETSNKPTVLKLHKEYIPILMECLNDSSPEVRDAAFLALAAFAKVVGMKV
LERPLEKLDEVRKKKLVELCGVESSTPATAVPAFSRAQADSNGSALGNGAGKPASAASLL
SGKKPPSAIPKKASVGGTSKPGGASKPGASKKSDGSSASSKPLTEAVEDVEPGEMSLEDI
ETRLSPLFESEVITNLKSANWKERLEAITALRDTVEGLKALDQYAELLIRLLCILPGWNE
KNIQVQQKAIEAVILIATNATRFSKKCVVLCLTGVVEKVGDIKTRIQATKCLTTFCEAVG
PKFVFERLFKIMKDHKNPKVLSEGLSWMVTALDDFGIGHVPLKDLINFCKETGLGSSAAA
VRTATIKLFGVLHKFVGPDLKGFLSDVKSQLQTMIDAEIEKNPYEGPVSAPKRTIRAVDV
GAPSGGTDGLPREDISGRLTPALLKNMSSPDWKLRQEALESLNGIIEEAHKRIQPTGTGE
LFMSLKARLNDSNKNLVMMTLATLGAIATAMGPVVDKHSKGILADALKCLGDNKKVVREA
VIKMLDSWVLLLQLDKMLPYIVPALAEAKICAEGRKDLFEWVARNVAKQGDQPVLLQLVK
PISIGLQDKFVDMRKSAEACLVELIRVFDVEPVMKASKGIQGSGLAALQTVFDHQRSSSA
SEDSFTMSTTPKAGSKASTSEVRASSRNPSTVGRGAGARQSGSKPTKTSAALAAEAYESQ
MQGQALFNLKDSHKSERERLNARKYKFDDAARREQPHDIEVDIVKFFREDLQKKLLSPDF
KKQIEGLDILQRAIPTQTKEIIEILDVIFRWMSIRFAESNTTCLLKVFDFLFGLVEGLKG
EAYIFSEFEASILFPCLVEKSGHNIEKVREKVRELIRLLCSIYSAPKVFGFITDGLKSKN
NRTRIECVENIEFMIEQCGIEIVGPTKALQSIAAFTVERDGDIRKASLAALATAYKILGD
DIWKYVGKISGAQKGVMDEKFKWTAREMEKRREGKPGGARAEEARALEARADVGRASLKR
SAVDTSSGSSNGHSEGGIEGPHGNLRQSSPLDWNEALDIINNATSSEQVVDGLKLVCHEL
AKAAGDPDSGALDELANDADLLVTTLFVKVTTTFNLGLAGASSRSCKYVLNTLMQTFQVK
KLARAVKEGTLHNLITELLVWLLDERVLLMDDGSQLLKAMNVLMLKILENADRTSAFIVL
IYLLRPIGSSKFAGRQQGTAVVRNQKFLDLVVKCLIKLTKVLGSTLLEVDLDRILQSIHE
YFEELGMAEIRKRAGADDKPLRMVKTLLHELVKLRGAAIKGHLSLVPIDLEPQPIILAYI
DLNLQTLGTVGQTQWSAANNGDSSPSNHSAEAQLKQELAAVFKKIGDKQTCTIGLYELYR
ITQLYPQVDIFSQLQNASEAFRTYISDGIAQMERNAAAGRAFGSMPIATPPPVSSPTVQH
NKSSASFLLRGRGQGVGVESGSSHALHPYEDNSNTGYTDAKSTEYTEALPLKSSAGHNVM
PTAQGPGDLKPHNQAIGGTLDAIRERMKSIQAGAAGTTVTHSTNFSSNGSVSLSRTSSSG
EIVEDRALSGLQARMERLKAGGGSEY
NT seq 6021 nt   +upstreamnt  +downstreamnt
atgtcggaagatgagaagctcctcaaggaggccaagaagatggcctgggaggatagactg
gcgcataagaattggaaggttaggaatgacgccaatatcgacgttgctgccgtgtgcgat
ggcatcatggatcccaaagacccccgccttcgagaatttggtcctctgttcaagaaagca
gtggccgactcaaatgctccttgtcaagagaaggccttggatgcacttatagcatactta
cgcgcagcagatacggatgctgctagatatgcgaaagaaatatgtgattctatcgtagcc
aagtgcatgacagggcgaccaaagacactagagaagtctcaagcggtttttcttctctgg
gtcgagcttgaagcatcggaagcttttctggacgctatggagaaagctgtaaaagctaag
cttgcgaaagcggtagttcctgcgattgacgtaatgtaccaggctgtaagccaatttggt
accaaagtggtccccgcaaagcgaataataaagatgctcccagacctcttcgatcatccg
gacgcaaacgtgagggcctgtgcaaaagggttaactattgaactttgccggtggatcgga
aaagatgctgttaaaaaccttcttttcgataagatgcgagatactatgaaaaaggagctg
gaggtagaagttgataatgtcgtttctggagctaagcccattcgaaaaattaggtctgag
caggcattagaatgtgaagaaacagtagtagcctctgtatcaactgcagggcctgccgat
gaagctgctgtgccaggttcatctgatatagatgagtatgacctagtagatcctgtggac
attctgacaccattgggcaagtcaaccttctgggatggagtgaaagcaacaaaatggtct
gaaagacgagacgcagtggcagagctgacaaagctggcttctgttaaaaaaatagcaaac
ggtgatttttcagaagtatcgcggatattgaagaagcttgtatcagatgtaaatatagct
gtcgctgttgaagcagtacaagcaattggcaatttagctagtgggttacgaaaggatttt
aactcgggctcgaagttactattgcctgtccttctggataaattgaaagagaaaaaacaa
gtcatggttgatgctctaacgacaacactcaatgctatgcacaagggtggttgcattcaa
ttacaagacgttatcgaagatgttaaacttgctaccaaaaataaagttcctttagtacga
tcctcttgtttaacatgggtagctacatgtattgagaccagtaataagccgacagttctc
aagttgcataaggaatacatacccatcttaatggagtgcttgaatgatagttctccggag
gtacgagatgccgcttttttggccctggctgcttttgcgaaggttgtaggcatgaaggtg
ttggaaagaccattggagaagcttgacgaagtcaggaagaagaaactcgttgaactttgt
ggtgttgaaagcagtactcctgctacagcagttccagccttctctagagcacaggcggat
tctaatggttcggctcttggaaatggagctgggaagcctgcctctgctgccagtctccta
tccgggaaaaaacctccctctgctattcctaagaaggctagtgttggaggaacctccaag
cctggtggagcttccaagccaggtgcttcaaaaaaatctgatggaagttcagcttcctca
aagcctctgactgaagctgtcgaggacgttgagcccggagagatgagtttggaagacata
gagactagacttagtcccctttttgaatcggaagtgataacaaatttgaagagcgcaaat
tggaaagaacgacttgaagctataactgctttgcgagatactgtcgaagggttgaaggcg
ctcgatcaatacgctgaactgctcattcgcctattgtgcatattacctggctggaatgaa
aaaaacattcaggtacaacagaaggctatagaagctgttatattgattgccacaaacgca
acacgcttttcgaagaaatgtgtggttctatgcctcacaggcgttgtggagaaagttggt
gacattaaaactaggatacaggctactaaatgtcttactacgttttgcgaggcagtggga
ccaaagttcgtctttgagaggcttttcaagattatgaaggatcacaagaaccctaaagtt
ctaagtgaaggtttaagttggatggttacagccttggacgactttggaattggacatgtg
ccgctaaaggacctcattaacttctgtaaagaaacgggtctcggttccagtgctgctgct
gtcagaactgctactatcaagctatttggtgttcttcacaaatttgttggcccagatctt
aaaggtttcttaagtgatgtgaagtcgcaacttcaaaccatgattgacgcagagattgag
aaaaacccctatgagggaccagtttctgcacctaaaagaactataagagcagttgacgtc
ggagctccgtcaggtggcactgacggcttgcctcgtgaagacattagtgggagattaact
ccagcactgttgaagaatatgagcagtcccgactggaagctgcgacaagaagctcttgag
agtttgaatgggatcattgaggaggctcataaaaggattcagcctactggaacaggtgaa
ctttttatgagcctgaaggcgagactcaacgattctaacaagaacctagttatgatgaca
ttggccaccctcggtgctatagcaacagctatgggtccggtcgttgataagcatagcaaa
gggattttggccgatgctctcaaatgtcttggtgacaataagaaggtcgttcgtgaagca
gtcatcaagatgctggactcatgggtgctgttattgcagcttgataaaatgcttccatat
attgtacccgcattggctgaggctaaaatctgtgctgaaggacggaaggatctatttgag
tgggtggctaggaatgtggcaaaacaaggcgatcagccggttttgttgcagcttgttaaa
cctatttctattggtttacaggacaaatttgtagacatgcggaaatcggccgaagcgtgc
ttggtggagcttattcgagtctttgacgttgaaccagtgatgaaagcgtctaaaggcatt
caaggatcagggctagctgcactgcagactgtattcgatcatcaaagatcctctagtgcc
tcagaagattcttttacgatgagcacaactcccaaagctggaagtaaagcctccacttcg
gaggttcgagcttcgagtagaaatcctagtactgttggccggggagctggtgcgagacaa
tcgggttcaaaacctacaaagacatcagctgcattggccgctgaagcatatgaatcacaa
atgcaaggacaagctctgttcaatttaaaagattcacataagagcgaacgagagaggtta
aatgcccgcaagtacaagttcgatgacgctgcaagaagagagcaaccacacgacatagag
gttgatattgttaagttctttcgagaagatcttcagaagaagcttttaagtccggatttt
aaaaagcaaattgaaggtctcgacatactacaacgggctataccaactcagaccaaagag
ataatcgagatattggatgtcattttccgatggatgtcaattcgatttgcagagtcaaat
actacatgtcttctaaaggtcttcgacttccttttcggtcttgtggaggggttgaagggt
gaggcatatatatttagcgagtttgaagcaagcatcttgttcccatgtttggtggaaaag
tctggccataacattgagaaggtccgtgagaaagttcgggagctgataaggctactatgc
tctatctactcggctccaaaagtgtttggctttataacagatggcctgaaatcgaagaac
aaccggacgaggattgagtgtgtagagaatattgaattcatgatagagcagtgtggtatt
gagattgtaggccccacaaaagctttgcagtccatagcggcttttactgtcgaaagagat
ggtgatattcggaaagcatcactagcagcgcttgcaactgcatataaaattctgggtgac
gatatctggaaatatgtgggcaagatttcaggagcacagaaaggggtgatggacgaaaaa
tttaagtggacggctcgggaaatggagaaacgaagagaaggtaaacctggcggagctaga
gcggaagaagcaagagctcttgaagcaagggctgatgtggggagagcttccttaaagcgc
tctgctgtggataccagttcgggatcaagtaatggacactctgaaggtggaattgagggg
ccccacggaaatttacgacaatcaagtccattggactggaatgaggcgcttgacatcatc
aacaatgcaacatcatcagagcaggtggttgatggcctaaaacttgtatgtcacgagctg
gcaaaagctgcgggagatccagatagtggggctcttgatgaacttgcaaatgatgcggat
cttcttgttaccaccctctttgtcaaagtcacaaccactttcaatctaggtcttgctgga
gcttcttcaagatcttgtaaatatgtcctgaatactcttatgcagacattccaagtgaag
aaacttgcacgagctgtcaaggagggcaccctgcacaacctcatcactgagcttttagtt
tggcttttggacgagcgagttctactaatggacgatggtagtcagctgcttaaggccatg
aatgttctgatgctgaaaatactggaaaatgcggatcgcacatcagcattcatagtcttg
atctacctattgcgtcctattggttcatcaaagtttgctggtcgtcaacaaggaacagca
gttgttagaaatcagaaatttctggatctggttgtgaagtgtcttatcaagctaaccaag
gttcttggttcaactttgcttgaagtagaccttgatcgaattcttcaaagcattcacgag
tattttgaagagctgggaatggcagaaatacggaaacgagctggagcggacgacaagcca
ttgcgcatggtgaagacattgttgcacgagcttgtaaagctccgtggcgccgcaatcaaa
ggacacctttcattggtgccgattgatctggagcctcaaccgatcattcttgcctacatc
gatctcaaccttcagaccttgggaaccgttggccaaacacagtggtcagctgcaaacaat
ggagactcttcaccatcgaatcattctgctgaggcacaactgaaacaagagcttgctgca
gtgttcaagaagatcggtgataagcagacttgcacaattggtctttacgagctttatcgt
atcacacagctttatcctcaggttgatattttttcccaactgcaaaatgcgagtgaagct
tttcggacctacataagcgatggcattgcccagatggaaagaaatgcagctgctggtagg
gcttttggtagtatgcctatcgccacacctccccctgtgtcttctccaacagttcaacac
aacaaatcatcggcttcgttcctacttcgtggcaggggccagggagttggagtggaaagt
ggtagctcccatgcattgcacccatatgaggataatagtaatacaggatataccgatgct
aaatcaactgaatacactgaagcgctgcctttaaaatcatctgctggccataatgttatg
cctactgctcaaggccctggtgatttgaaaccccacaatcaagccataggaggcacttta
gatgcgataagggagaggatgaagagcatccaagctggcgcagctggaacaacagtaact
cactcgacaaatttttcttcgaatggctctgtttcactctctcggactagttcgagtggg
gaaatagttgaagacagggccctttctggactgcaagcccggatggagagattgaaggct
ggcgggggttcagagtattag

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (12)   
   Pfam (12)   
All databases (18)   

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