KEGG   Pichia kudriavzevii: C5L36_0A03880
Entry
C5L36_0A03880     CDS       T06133                                 
Name
(RefSeq) uncharacterized protein
  KO
K05727  dedicator of cytokinesis protein 3
Organism
pkz  Pichia kudriavzevii
Brite
KEGG Orthology (KO) [BR:pkz00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:pkz04131]
    C5L36_0A03880
Membrane trafficking [BR:pkz04131]
 Others
  Rho GTPase associated proteins
   Rho guanine nucleotide exchange factors (GEFs)
    C5L36_0A03880
SSDB
Motif
Pfam: DOCK_N DHR-2_Lobe_C
Other DBs
NCBI-GeneID: 40381498
NCBI-ProteinID: XP_029319265
Position
1:complement(867177..873089)
AA seq 1970 aa
MSLENARRAIGMQPSGSSSSKNSAQEHTPWCATDKLLHAEIITSFMPLEYPKIGESVSKH
IAKNLRNLYPGDKVYIFETLAVNEKLTWARGYVVIQPLPADFISASVDIKKLPEDKVYTC
IFPLNCAKVLSHSELEMTVGQENSMFESFDEFDDSLSFTESEFSTSSSKTKRQVRPQLPM
SDSIVSNNLSDEIKLTLKTISSTLFAVYSKNRFDFFEKLVKIYYELDDLRLNLQNDLLTK
HETELAKQKVILLLSKFAKLSASGGGLINRSKHSKSDIDGKESIIARDEKTAELYQFPEK
SNGIVNPGKIAQNQLLSSLSPHYISSSHVNFVSPKNTKFVESTPSNIVVDFKEVVGSSFI
LPKGYAGMKAYMYLRNQKKRLTEAFCISINSDQKLQIDNLAAALFTNIPANEVEGGKIYL
VAILTENININENNNSSLKVIRKGLSAGVADISRIFSHKKGHLVSGQSHRFQIKLFSSFM
DGQKQEVKLFAGMNQMMAKSLTLVNNGWGELIDRIISGSSKGVAVNPRAEKLILSIKELK
LSDYNKSILSIISGGNGNFNNVAWSGVPSLLYNPLEEEVEKLILKLSKVVNKGMKLQSNN
FITVHIRASSPDICFSKGKNEELLSSWKFLSVSPDESVEEMIVVRNLPTTINSGKDYLIF
DLFVDGNYVGCSKYLLRSGSEIYDTGITSRTPASVDFNVNNSVIATAEIMLEYVGKTFNQ
DHVVQSVLNWKSVFGTDLVKNEITFIEALGKLKRLKLSALIRHFSKFCFELLCMYDLASS
SNLPDLKKAVFEALIHLLDVSIARNREYVSLFEDMLNEFGSFVPKLGEKLMSSVSKIFSD
FKQEWNASGRALCRTSYLILKLASKCIGNHEEYKTQVLLFASSINGFLSSNAEIVLPDQL
LILETLELYLDIFGPYFEIRDLIKFVIEWTGANKLKGLGILEDANATALINKKRNREHSF
LINKLIFINRLVNTPDYYRGDPKDVELFINSALDMILSIFRDDSIDMECSRLALGIYLSL
VNATFGQDKVYLDTSEHLYILLIRLLPFLSESFDKYRKYCSSNGFFKKKRTFTYLFQSSF
PFTEHTMDSIVTDVTLVELLVEFEIIVIYTAKVFDYYRDTFYKTDNPNFGIYSDLLCKFG
VPDITSFESLNSILRMTERMISSNFYPSSWLSLRSIALQGSYLLIDLVTPFLPTPNGENI
SLWNLYIRLMLKASTSKPVALEHLEPTARKGCLELTTDLRTKIAPMIGTAWNSLGLPLSE
ANKARFRIEVCGGYQGPVLSFNDYELLKRLMLFILQRNSECLSVGIMIYWTIIANELIEK
DTLFEFEKHAVISLYGIFENDLTYSPKSLEIENLVTSIQTVTTKMDKEDEDYSEVVRFAK
IIARYLASLVQLDQVPNGEEFDDDRAFHRLSISSFLMNVDRPELFQGFICDMYGNYLEKK
NYVQAALSLELLANTWEWDVDVYLPECHRPKLPSQTAFKRKVDLFKIIASNFVKGNKLEQ
AVDIYNEMLEAYTKFNFDLSGLSFCHTELGKLYGQLENVDRLESTFFKISFIGSGFPESI
RSKEFIYEGLPYEHITSVHSRLNRLYPGSRIISNEDEANKLLVDIPFGKFLFIKTVSPKK
ESYNGKLSFMAKQYIDNKNLNTFMNTRRLPGATGIHNLWTEEITYQTYMTFPTLMNRSEI
KFTTVVKIPPIKNAIKSLMLKTDELVNLEYLICQNLKDNIKLSSIASSSMFNSVSRILAG
TVDSPVNGGASQFKIFLSKDSKVDIGESEEEYADDCDKLKECYDELIKAMNRLLKFHGLI
IPGSLKLQHDSLVELFSKNFKEEIEELQLDVSSTLDYNELMSSLTSTNIYSKQRNNQSSS
AFNSNSNSSFNKFAFMNSSSSIHGSNSRRYSSVPSHHSSHHGSHHSHHGSHHASRHGSVF
AIQRTAAHLTGNSRFSARDDESTVSYMDESISRQSQSMNKSSKKNLLNYN
NT seq 5913 nt   +upstreamnt  +downstreamnt
atgtcactagagaacgccagaagggctattggcatgcagccttctgggtctagctcgtcg
aaaaatagtgcgcaagaacatacaccatggtgtgcaactgataaattactgcatgcagaa
atcatcacttcttttatgcctcttgaatacccaaagattggagaatcagtatctaaacat
atagctaaaaacttaaggaacctttaccctggtgacaaggtttacatttttgaaactttg
gctgtcaatgaaaagttaacttgggcaagaggttatgttgttattcaacctttacctgct
gactttatctctgcttccgttgatattaaaaagcttcctgaagataaagtatacacttgc
atttttcccctcaattgtgcaaaagttctttctcactcggagcttgaaatgaccgtcggc
caggaaaactctatgtttgaatcgtttgatgaatttgatgattctctgtcatttaccgaa
tctgaattctcaacttcaagctcgaaaacaaagaggcaagtgaggcctcagttgccaatg
agtgattccattgtatcaaacaacttatcagatgaaatcaagcttactctgaagactatc
tcttctactttatttgcagtttattctaaaaaccggtttgatttttttgagaagttagtc
aaaatctattatgagttggatgatttgagattgaatttacaaaatgatcttctaacgaaa
cacgaaacagaattagcaaaacaaaaggttatattacttctgagtaaatttgcgaaatta
tcggcttctggtgggggactaattaacagatccaagcactcaaagtctgatattgatggt
aaagagtccattattgcaagagatgaaaaaactgcggagttgtaccaattccctgaaaag
agtaacggcattgtcaatccgggcaaaattgcacaaaaccaattgttgagctccttatct
ccccattacatttcatcttctcatgttaattttgtttctccaaaaaacacaaaatttgtc
gaaagcacaccttctaatattgttgttgacttcaaggaagttgtgggatcgtcattcatt
ctaccaaaaggttatgcgggtatgaaagcctacatgtatttaaggaaccagaagaagaga
cttacagaagccttttgtattagcatcaactcggaccaaaaattacaaattgacaatttg
gctgctgcattatttacaaatatccctgcaaatgaagtagaaggtggaaaaatttatctt
gttgctattctgaccgagaatatcaacatcaatgaaaataacaattcttctttgaaagtg
atccgtaaaggtttgagtgcaggtgttgcagatatttcacgtattttttcacataagaaa
ggtcatcttgtatctggacaatcgcacagattccaaatcaagttgttttcttctttcatg
gatggccagaagcaggaggtcaaactttttgcaggtatgaatcaaatgatggccaaatct
ctaacgctggtgaacaatggttggggtgaattgattgatcgtatcatcagcggatcgagt
aagggtgttgcagtcaatccgagagcagaaaagttaatcttaagtatcaaagaactaaaa
ttatcagattataataagagcatattgagtataatctctggtggcaatggtaattttaat
aatgttgcttggagtggtgttccgtcgttattgtataatccattagaggaagaagtagaa
aaattgatcttgaaattatcaaaggttgttaataagggcatgaagctacagagtaacaat
tttattaccgttcacattagagcttcctcccctgatatttgcttttcaaaaggtaagaat
gaagagctactgtcgtcatggaagtttttatctgtttctccagatgagtctgttgaagag
atgattgttgttagaaatctaccaaccactataaacagtggcaaggactacttgattttt
gatttatttgttgatgggaactatgttggttgctctaaatacctcttgagatcaggaagt
gaaatttatgataccggcataacctcacggacgccagcttctgtggattttaatgtaaac
aattctgttattgctaccgcagaaataatgttagagtatgttggtaaaacctttaaccag
gatcatgttgtccaatccgtgttgaactggaaaagtgtttttggaactgatctagtgaag
aacgaaataacgtttatcgaagctttgggtaaactgaaaaggctcaaattatctgcattg
atcagacacttctccaaattttgctttgaactgttgtgtatgtatgatttggcatcatca
agcaatcttccagatttgaaaaaggcagtttttgaagccctcattcatctgctggacgta
tccatcgcaagaaaccgggaatatgtctccttatttgaggatatgttgaatgaatttgga
tcatttgtaccaaagttgggtgagaaactgatgtcatcagtttctaaaatttttagtgat
ttcaaacaagaatggaatgcaagcggtagggcattatgcagaacttcatatttgattctc
aaattagcatcgaagtgtattgggaaccatgaggagtataagacgcaggttttgttattt
gcttcttccattaatggattcctatcttccaatgcagagattgtcttgcctgatcaatta
cttattttagagacacttgaactatatttggatatttttgggccttattttgaaattaga
gatctcattaaatttgttatcgaatggactggtgcaaataaactaaagggtttgggtatt
ttagaagatgctaatgcgactgctctaatcaacaagaaaagaaatagagaacactctttc
ttaatcaacaaacttatttttatcaacagactagtaaatactcctgattattacagagga
gatccaaaggatgtggaactgttcattaactccgctttagatatgattctgagtatattc
cgtgatgattctattgatatggaatgttctagattggcactcggcatttacttatcactt
gtaaatgccacctttggtcaggataaagtttaccttgatacttccgaacacttatacata
cttttgatcagattgttacccttcttatctgaaagttttgataagtatagaaaatattgt
tcctcgaacggttttttcaaaaagaagagaacattcacttatttgttccaaagctctttt
ccatttactgaacatactatggattcaattgttactgatgtcactttggtggaattgcta
gttgaattcgaaattattgttatttacaccgctaaagtttttgactactatcgtgatacc
ttttacaaaacagataaccctaattttggcatttactctgacctattatgcaaattcggt
gttcctgacattaccagcttcgaatcattaaattcaatccttcgtatgacagagaggatg
atatcttctaatttttatcctagctcttggttatcactacggtctattgctttgcaaggt
tcgtatcttctaatcgacttagtgacacctttcctacccaccccaaatggtgagaacata
tctctgtggaacctttacatcaggttgatgttgaaggcttccacatctaagcctgtagcc
cttgagcatcttgaacctactgcaagaaaagggtgtctagagctaaccacggatttgaga
actaaaattgcaccaatgataggtacagcatggaattcattaggtttgccactgtccgaa
gccaacaaagctcgattcagaattgaagtgtgtggtggctatcaaggaccagttctttca
ttcaatgattatgaattattaaagagactcatgttgtttattttacaaagaaattctgag
tgtttaagcgtaggcataatgatttactggaccatcattgctaacgaactcatagagaag
gacacattgtttgaatttgagaaacacgcggtcatatccttgtatggtatatttgaaaat
gatttgacttattcaccaaaatcgttggagattgaaaatttagttaccagtattcaaaca
gtcactacaaaaatggacaaagaagatgaagattattctgaagttgtgaggtttgccaaa
ataattgcacgttatcttgcctctttggttcagttagatcaagttccaaacggcgaagaa
tttgatgatgaccgtgcattccatagactaagcatctccagtttcttgatgaatgtggat
agacctgaactattccaaggttttatttgtgatatgtatggaaactacttagaaaagaaa
aattatgttcaggcagcgttgagtttagaattattagccaatacatgggaatgggatgtt
gatgtttatcttccagaatgtcacagaccaaaattacctagccaaacggcattcaaaaga
aaggtggatttattcaagattattgcaagcaattttgtcaaaggcaacaagttggaacag
gctgtcgatatctacaatgagatgttagaagcatatactaaattcaattttgatttatca
gggttatccttctgtcacactgagctgggtaaactctacggacagttagaaaacgttgat
agattagaatctacatttttcaagatttcttttattggatctggatttccggaatcgatc
cgtagtaaagaatttatttatgaaggtttaccctacgaacatataaccagcgttcattct
agattgaataggctatacccaggttctcgaattataagtaatgaagatgaagctaataaa
ctcttagttgatattccatttggtaagttcttattcatcaaaactgtcagtccaaagaaa
gagagctataatggtaagttgtcgtttatggccaaacaatacattgataacaagaacttg
aatactttcatgaatactagaaggcttcctggtgctacaggaattcataatttatggact
gaggaaattacatatcaaacctatatgactttccctacattgatgaacagatccgaaatc
aaattcacaacagttgtcaaaattcctcctattaaaaatgcaattaaatcgttgatgtta
aagactgacgaattagtaaacttggagtatctcatctgccaaaatttgaaggataacatt
aagttgagctcaattgcttcaagttcaatgttcaacagtgtgagtaggattttagccggt
acagttgattcccctgttaatggtggtgcaagccagttcaaaatatttctctcaaaagac
tcgaaagttgatattggagaaagtgaggaagaatatgcagacgattgtgacaaattgaag
gagtgttacgatgagttgatcaaggcgatgaacagattattgaaattccatggtttgatt
atccctggctcactaaagttacaacatgattcacttgttgagctattctctaaaaatttc
aaggaggagattgaagaattacagttagacgtcagctctacattagactataacgaactt
atgagttccttgactagcacgaacatctattctaaacaaaggaacaaccaaagttcatca
gcgtttaattccaactccaactctagtttcaataagtttgcattcatgaactctagttcc
tcaatacacggatctaactctaggaggtattcctcggttcccagccaccatagttctcac
catggatctcaccactctcatcatggatcccaccatgcgtcaagacacggttcggtattt
gctattcaaagaacagccgcacatctgaccggaaattctaggttttccgccagagatgat
gaaagtactgtgagctacatggacgaatctataagcagacagagtcaatccatgaacaaa
tccagcaagaagaatctcctcaattacaattaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (10)   

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