KEGG   Physcomitrium patens (spreading earthmoss): 112287074
Entry
112287074         CDS       T01041                                 
Name
(RefSeq) protein MOR1 isoform X1
  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]
    112287074
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ppp04812]
    112287074
Chromosome and associated proteins [BR:ppp03036]
 Eukaryotic type
  Centrosome formation proteins
   Spindle formation proteins
    112287074
Cytoskeleton proteins [BR:ppp04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    XMAP215
     112287074
SSDB
Motif
Pfam: XMAP215_CLASP_TOG CEP104-like_TOG CLASP_N HEAT HEAT_2 HEAT_EF3_N HEAT_EZ TOR1L1_N Cnd1 Cohesin_HEAT
Other DBs
NCBI-GeneID: 112287074
NCBI-ProteinID: XP_024385479
UniProt: A0A7I4EKA5
Position
9:complement(16612776..16632026)
AA seq 2002 aa
MSEDEKLLKEAKKMAWEDRLAHKNWKVRNDANIDIAAVCDGIMDPKDSRLKEFGPLFKKA
VADSNAPCQEKALDALIAYLRAADTDAARYSKEICDSIVAKCMTGRPKTLEKSQAVFLLW
VELEASDAFLDAMEKAVKAKLAKAVVPAVDAMYQAVSQFGTKVVPAKRIIKMLPDLFDHN
DANVRACAKGLTIELCRWIGKDAVKNLLFDKMRDTMKKELEAEVNNVVSGAKPTRKIRSE
QALECEETAVASVASAGPADEAAALGSSDIDEYDLVDPVDILTPLGKSSFWDGVKATKWS
ERRDTVAELTKLASVKKIANGDFSEVSRILKKLVTDVNIAVAVEAVQAIGNLATGLRKDF
TSGSKLLLPVLLDKLKEKKQVMVDSLTTTLNAMHKGGCILLIDVIEDVKLATKNKVPLVR
SSCLTWVATCIETSNKPTVLKLHKEYIPMLMECLNDSSPEVRDAAFLALAAFAKIVGMKV
LERPLEKLDEVRKKKLVELCGVESSAPATAPPAFSRSQAVGNGSSVGNGAAKPASAASLL
TGKRPLSATPKKISAGGSSKPGGASKSGGAKKSDGSSTSAKPQAEAPEDVEPGEMSLEDI
ETRLGPLFESEVITNLKSANWKERLEAITSLRDTVEGLKTLDQYAELLIRLLCILPGWNE
KNIQVQQKSIEAVILIATNATRFSKKCVVLCLTGVVEKVGDIKTRIQATKCLTTFCEAVG
PKFVFERLFKIMKDHKNPKVLSEGLSWMVTALDDFGIGHVPLKELINFCKETGLGSSAAA
VRTATIKLFGVLHKFVGPDLKGFLTDVKPQLQTMIDAEIEKNPYEGPASAPKRAIRAVDV
GAPSGGTDGLPREDISGKLTPALFKSMGSPDWKLRQEALESLNGIIEEAHKRIQPTGTGE
LFMSLKARLNDSNKNLVMMTLATLGTIATAMGPVVEKHSKGILTDALKCLGDNKKVVREA
VVKMLDSWVLLLHLDKMLPYIIPALAEAKICAEGRKDLFEWVARNIAKQGDQPVLLQLVK
PISMGLQDKFVEMRKSAEACLLELIRVFDIEPVMKASKSIQGSALAALQTVFDHQRSSSA
SEDSFTMSKSPVAGSKVSTSEVRASSRNPSTIGRGAAARQSGSKHTKTSAALAAEAYESQ
MQGQALFNLKDSHKNDRERLNSRKYKFEDAARREQPHDIEVDVVKFFREDLQKKLLSPDF
KKQIEGLDMLQRAIPTQTKEIIEILDVIFRWMSIRFAESNTTCLLKVFDFLFALVEGLKG
EAYIFSEFEANILFPCLVEKSGHNIEKVREKVRELIRLLCSIYPAPKVFGFMTDGLKSKN
NRTRIECVENIEFMIEQCGIEIVGPTKALQSIAALTVERDGDIRKASLASLATAYKILGD
DIWKYVGKISGAQKAAMDEKFKWTAREMEKRREGKPGGARAEEARVLEARADEGRASAKR
SAVDTSSGSSNGHSDAGIEGLHGNLRQSSPLDWNEALDIINNATSSEQVVDGLKLVCHEL
AKAAGDPDSGALDELANDADLLVTTLFVKVTTTFNLGLAGASSRSCKYVLNTLMQTFQIK
KLARAVKEGTLHNLITELLVWLLDERVLLMDDGSQLLKAMNVLMLKILENADRTSAFVVL
IYLLRPMGSSKFAGRQQGTTVVRNQKFLDLVVKCLIKLTKVLGSTLLEVDLDRILQSIHE
YFEELGMAEIRKRAGADDKPLRMVKTLLHELVKLRGSAIKGHLSLVPIDLEPQPIILAYI
DLNLQTLGTVGQTHWSATNNGGSSPSNHSAEAQLKQELAAVFKKIGDKQTCTIGLYELYR
ITQLYPQVDIFSQLQNASEAFRTYISDGIAQMERNAAAGRTFGSIPIATPPPVSSTAQHT
KSLTSSFQQRGRGQGVGMDSGSYHEDNNSNIAYADAKPTEYTEALPLKSSAGHNVMTSAQ
GSGDWKPNNLATGGTLDAIRERMKSIQAGAAGATVTHSTNYSLNGSIPLARTSSSGEMGE
DKALSGLQARMERLKAGGVMEY
NT seq 6009 nt   +upstreamnt  +downstreamnt
atgtccgaagatgagaagctcctcaaggaggccaagaaaatggcctgggaggatagactg
gctcataagaattggaaggttaggaatgacgccaatatcgacattgctgccgtatgcgat
ggcatcatggaccccaaagactcccgtctcaaagaatttggtccactgttcaagaaagca
gtggccgattcaaatgctccctgtcaagagaaggctttggatgcactcatagcataccta
cgtgcagcagatacagatgcagccaggtattcgaaggaaatttgtgattctatcgtagcc
aagtgcatgacaggtcgaccaaagacactagagaaatctcaagcagtgtttcttctctgg
gtcgagcttgaagcatcggatgcttttttggatgctatggagaaagctgtaaaagctaag
cttgcgaaagcagtggttcctgcagttgatgcaatgtatcaggcagtgagtcagtttggt
accaaagtagttcctgcgaaacggataatcaagatgcttccagacctattcgatcataac
gacgctaatgttagagcctgcgcgaaagggttaactattgaactttgccggtggattgga
aaagatgctgtaaagaaccttctttttgataagatgcgtgataccatgaaaaaggagctg
gaggcagaagttaataatgttgtttctggtgccaagcccactcgaaaaatcaggtctgag
caggcattagaatgtgaggaaacagcagtagcatctgtggcctcggcggggccagccgat
gaagctgcagcactaggttcatctgatatagatgaatacgatctagttgatcctgtagac
attttgacaccattgggcaagtccagcttctgggatggagtgaaagcaacgaaatggtct
gaaagacgggatacagtggctgagctgacgaagctggcttctgtgaagaaaatagcaaat
ggtgatttctcagaagtctcgcggatattaaagaagcttgttacagatgtaaatatagct
gttgctgttgaagctgtacaagcaattggcaatttggcaactgggttacgaaaggatttc
acttctggctcgaagttgctactgcctgtccttttggataagttgaaagagaaaaagcag
gttatggttgactctctaacgacaacactcaatgctatgcataagggtggttgcatctta
ctgatagacgttattgaagatgttaaactcgctaccaaaaataaggttcctctagtaaga
tcttcttgtttaacatgggtggctacatgcattgagaccagtaacaaaccgactgttctt
aagttgcataaagaatacatacctatgttgatggagtgcttaaatgatagttctccagag
gttcgagatgctgcttttctggccctggctgcttttgcaaagattgtaggcatgaaggtg
ttggaaaggccgttggagaagctagatgaagtcaggaagaaaaagcttgttgagctttgt
ggtgttgaaagcagtgcccctgctacagcacctccagcgttctctagatcccaggcagtt
ggtaatggctcttctgttggaaatggtgctgccaagcctgcctctgcagccagtcttctg
actggaaaaagacctctttctgctactcctaagaagattagtgcggggggatcttctaag
cctggtggagcttccaagtcaggtggagcaaagaaatctgatggaagctcaacttcagcc
aaacctcaagctgaagcacctgaagacgttgagcctggagagatgagtttggaagacatt
gaaacgagactcggtccactttttgaatcggaagtaataacaaatttaaagagcgcaaat
tggaaagagcgccttgaagcaattacttctcttagggataccgtggaaggattgaagacg
ctcgatcaatatgctgagctgctcattcgactcttgtgcatattacctggctggaatgag
aaaaatattcaggttcagcaaaagtccatagaagctgtcatactgatcgccacgaatgct
acacgtttctctaagaagtgtgtcgttctatgccttacaggcgtcgtagagaaagttggt
gatattaaaacaaggatacaggccacaaaatgtcttactactttttgcgaggcagttggt
cctaagtttgtctttgaaaggcttttcaagattatgaaggatcacaagaaccccaaagtt
ctgagtgaaggtttgagttggatggttactgcgcttgatgacttcggaattgggcatgtg
ccgctgaaggaactcattaacttctgtaaagagacgggtcttggttcaagtgctgctgct
gtcagaactgcaactatcaagctgtttggtgttctccacaagtttgttgggccagacctg
aaaggcttcttaactgatgtgaagccacaactccaaaccatgattgacgcggagattgag
aaaaacccttacgagggacctgcttctgctcctaaaagagctatacgagcggttgatgtc
ggagctccgtctggtggcacggacggcttacctcgggaagacattagtggaaagttaact
ccggcattgtttaagagtatgggtagtccggactggaaactacgacaagaagctcttgag
agcttgaatgggatcattgaggaggctcacaaaaggattcaacctactggaacaggtgaa
ctttttatgagcttgaaggcgagacttaacgattctaacaagaacctagttatgatgaca
ttggccacccttggtactattgcaacagctatgggtccggttgttgaaaagcacagcaaa
ggaattttgaccgacgctctgaaatgccttggtgataataagaaggttgttcgtgaagca
gtagtcaagatgctagactcctgggtgctgttattgcaccttgataaaatgcttccatat
atcattcctgcattggcggaggccaagatttgtgccgaaggacgaaaggacctttttgag
tgggtggctagaaatatagcaaaacaaggggatcagccagtgttgttgcagctagttaaa
cccatttctatgggattacaggacaaatttgttgaaatgcggaaatctgctgaagcgtgc
ttattggagcttattcgagtattcgatattgagccggtgatgaaagcatccaaaagcatt
caaggatcagcgctagctgcacttcagactgtattcgaccatcaaagatcctctagtgct
tcagaggattcttttacaatgagtaaatctcctgtagctggaagcaaagtgtccacttca
gaggttcgagcttcgagtagaaatcctagtactattggtcgtggagcagccgctaggcaa
tcgggttcaaaacatacgaagacatcagctgcattggctgccgaagcgtatgagtcacag
atgcaaggacaagcattatttaatctgaaagattcacacaagaacgatcgcgaaaggttg
aattcccgcaagtataagttcgaagatgctgcaagaagagaacagccacatgacatagag
gttgatgttgttaagttcttccgagaagatcttcaaaagaaacttctcagtccagatttt
aagaagcagattgaaggacttgatatgcttcaaagggctattccaactcaaaccaaagag
atcatcgagatcctggatgttattttccggtggatgtcgatacgatttgcagaatcaaat
acgacatgtcttctaaaggtctttgacttcctttttgctctagtggagggattgaagggt
gaagcgtacatattcagtgaatttgaagcaaatattttgttcccttgtttggtggaaaag
tccggacacaacatagagaaggttcgagagaaagttcgggagttgataaggctgttgtgc
tctatctacccggctccaaaagtgtttggctttatgacagatggtctaaaatcgaagaat
aaccgtactaggattgaatgtgtcgagaacattgagtttatgatagagcagtgtggaatt
gagattgtgggccctactaaagcattgcaatccatagcagcacttactgttgaaagagac
ggtgatattcggaaagcatctctagcatctcttgcaactgcgtacaaaattctcggtgac
gatatttggaagtatgtgggtaagatttcaggagcgcaaaaagcagccatggatgaaaaa
ttcaagtggacagctcgggaaatggagaaacgaagggaaggtaaacctggtggagctaga
gcagaggaagcaagagtccttgaggcaagggctgatgaagggagagcttctgcaaagcgc
tctgctgtggataccagttcgggatcaagtaacgggcactccgacgctggaattgaggga
cttcatggaaatttgcgacaatcaagtccattggactggaatgaagcgcttgacattatc
aataatgcaacatcatcagaacaggtggttgatggcctaaagcttgtttgtcacgaactg
gcaaaagctgctggagatccagatagtggtgctcttgatgaacttgcaaacgatgcggac
ctcctcgttaccactctctttgtcaaagttacaacaactttcaatctaggtctggctgga
gcctcctcaagatcttgtaaatatgtcctcaatactcttatgcagacttttcaaatcaag
aaacttgcacgagctgtcaaggaaggcactttgcataatcttatcaccgaacttctagtt
tggctcttggacgagcgggtcctactcatggatgatggtagtcagctgcttaaggctatg
aatgttttgatgctgaaaatactggaaaatgcagatcgtacttcagcatttgtagtcttg
atctacctactgcgacctatgggttcatcaaaatttgctggtcgacaacagggaacaaca
gttgtcagaaatcagaaatttctggatcttgttgtgaagtgccttatcaagcttactaag
gttctcggttcaactttgcttgaggtggacctcgaccgaattctccaaagtattcacgaa
tattttgaagagctgggaatggcagaaatacggaaaagagctggagcagatgacaagccc
ttgcgcatggtgaagacattgttgcacgagcttgtaaagctccgtggttctgcaatcaaa
ggtcacctctcgttggtgcctattgatttggagcctcagcctatcatccttgcttacatc
gacctcaacctacagacactgggaaccgttggccaaacgcattggtctgcaacaaataac
ggaggctcttcaccatcaaatcattctgccgaggctcaactgaaacaagagcttgctgca
gtgtttaagaagatcggtgataagcagacttgtacaattggtctctatgagctatatcgt
atcacccagctatatcctcaggttgatatattctcccaactgcagaatgcaagcgaagct
tttaggacgtacataagtgatggcatagcgcagatggaaagaaatgcagctgctgggagg
acttttggcagtataccgatcgccacacctcctccagtatcttcaacagcgcaacacacg
aagtcgttgacgtcgtcgttccaacaacggggaagaggccagggagttggaatggatagt
ggtagctaccatgaggataataatagtaacatcgcatatgcagatgcaaaaccaactgag
tatactgaagcattgcctttgaaatcttctgctggacataatgttatgacttctgcacaa
ggttctggtgattggaaacccaataatctagctacgggaggcactctagatgcaataagg
gagaggatgaagagcatccaggctggagctgctggagcaacagtaactcactcgacaaat
tattccttgaatggttcgattccactggctcggactagttcgagtggggaaatgggtgag
gacaaagccctctctgggctgcaagctcgcatggaaaggttgaaggctggaggggtaatg
gagtattag

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (10)   
   Pfam (10)   
All databases (21)   

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