KEGG   Meyerozyma guilliermondii: PGUG_04690
Entry
PGUG_04690        CDS       T01150                                 
Name
(RefSeq) hypothetical protein
  KO
K05767  Ras GTPase-activating-like protein IQGAP2/3
Organism
pgu  Meyerozyma guilliermondii
Brite
KEGG Orthology (KO) [BR:pgu00001]
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:pgu04812]
    PGUG_04690
   04147 Exosome [BR:pgu04147]
    PGUG_04690
Cytoskeleton proteins [BR:pgu04812]
 Eukaryotic cytoskeleton proteins
  Actin filaments / Microfilaments
   Actin-binding proteins
    Others
     PGUG_04690
Exosome [BR:pgu04147]
 Exosomal proteins
  Exosomal proteins of other body fluids (saliva and urine)
   PGUG_04690
  Exosomal proteins of colorectal cancer cells
   PGUG_04690
SSDB
Motif
Pfam: RasGAP RasGAP_C CH IQ DivIC
Other DBs
NCBI-GeneID: 5124760
NCBI-ProteinID: XP_001482735
UniProt: A5DN39
AA seq 1548 aa
MALASFCSISVTPVAAMASPVKKIALRYLDNINETPSRPLQPSLKHNFTPRRNGEDLDIL
AKQLNVTPSKTDLIKNSYESPSATITSFKSSTSSNGSPRKYNLAAPESSPYLRSPTNSTE
KSSPGYEYLCRISSIKVWLESVLGHKISQTPVELISYIRNGIHLAELANIILPTHQSVFK
NDTRLQFKHTENINRFFDLLEYLDVPDLFRFELTDLYDAKNVPKVWYCLYAMSYMLHKAD
LQFPTIKNELGLLDFSPEDIRAANRSLVGSPLPNFSSADSVSSGNNSYMNRALGGSQTMK
GMNSPTRSPTQSSVRSPTRSPVSRPISKKEPLPKTTPFSTKLTSLVNPFKEAPKLSFDSF
TPPPLNDITVTSSQIRELQSYEPEIMKLQALALGAAFRYKMFVDRIMLKSYEEEFLHFVS
IIRGNLSRRKTVHRHRDELILYKYDIIELQSLARTKLFKKENNHDLTVHDANMVSFQSIA
RGAITRNRTSQIMENLLSHESKLSTWQAHAKMMLVHSKAKVVIEHRHEIEPPITILQAAC
RRVLYERFTKNCVAANLSNESTIVQLQSVIRGAISRRTMAYKIKYVKRFKFPIIELQSIA
RGGNLRSKLCDGVLMALVDEHDVLSELYAISRGNAVRRKTQNRLVALHSFEDSAITPIQT
IFRGVFARFKREILLDDLYSEVHSIIGLQAAIRGFKIRSNHRLMKKYYDRNVEQVVKAQA
FIRSTFSRNAYKSLLNMRNPSLAVIRNFVHLLSNSDCDYQQEIELNDLQDLIVEKSKHNE
DLESKIENLDVKLGLLDKNKISVEDFVKNKNKYKTFKPAAAANNNSLDKLSKNARTRIEV
YQSLFYLLQTNPVYLMRLYRNMQDNAGSSKALDSLQNLVMLLFPIKNTSIKYHSREEFFL
MRFITELMKVEVGACRNLSDLTKPQCCLWIDFLHNFNNHTYQRLHLKKLIGKHICRITED
DELNFESDPSQIYEDIVRKEVKVHGFSDRPLVLPAPSAIKEPDVSSQFVENLMSLRECVS
EILSTLEAVVESVPLHIRIACKYAFDLVKINFPEKTNLQHLAVAGVIFYKHYVGSIIQNP
ENFGISVRDPFNPSLTNPRCENNMRHLNRVILQVFAMKPFTDNFLKPLNDYIASSEASVT
FLISRIIDVRHMDTEYNLSDYDDIVSHERPKLTMKVSDMIMFEKLLTKNIDVVAPGNDDQ
LYSVMLRLDDLVNSADEFVELTEIGQVTLNLSPQTQETSVVDSKVTSLFAQVKRCLLYII
RVQEGSGLLELLISGIKPHHEQLFREIISQEQKENLQSKLNDKKRPYYKTSIGDLLCISY
HDLKKMALEKILQLESMGHLRRSNSYQDLLNSMAVDIKTKDLQRVARSKQVDIAMKTVDK
LTSKEKLLEKQLADYNSHIDKILADLQLRPKEKKLFNVIPIFSKQYFYHRELKKANRLPQ
FGSYKYTAKKLTDQKILVDFGGMISQYSSNMSKLDFMFSCHQTGKFTIEVASGSVTIPGA
VSSVSLDELLDLQYYNSETMEMFDGAVVFDTQNLIGFIFRKFYDIKKE
NT seq 4647 nt   +upstreamnt  +downstreamnt
atggcacttgcatcattctgttcaatatccgtcactccagtcgccgcaatggcttcccct
gtcaagaaaatcgccttgcggtatctcgataatatcaatgagactccttccagaccccta
caaccatcgctgaaacataactttacccctcgccgaaatggcgaagatttggatatactt
gccaaacaactaaatgtcacaccttccaaaacagacctcatcaaaaacagctatgaatct
ccgtccgctaccataacctcattcaaatcttccactagtagcaatggctcaccaagaaag
tacaacttggctgctccagaatcttcaccatacttaagaagccccaccaactctaccgaa
aaatcatcgcccggatacgagtatctttgtcggatctcctcaataaaagtatggttggag
tcggtgttgggacacaagatatctcagacaccagtggagttaattagctacattcgcaac
ggtattcatctcgccgagctcgccaacatcattcttcctacccaccaatctgtgttcaaa
aatgatacccggcttcaattcaagcacaccgagaatatcaaccggttttttgatctcctt
gaatacctcgatgttccggatctctttagattcgagctcactgatctttacgatgctaaa
aatgtccccaaggtttggtactgtctctatgctatgagttatatgcttcacaaagcagac
ctgcagttcccaacgataaagaacgagttggggttgcttgatttttcccccgaagatata
cgggccgctaatcgttcactcgtgggaagtccactcccaaacttttccagtgctgactct
gtgagctcgggaaataactcttatatgaaccgagctctaggtggctcgcaaacaatgaaa
gggatgaacagtcctactcgaagccctactcaaagttctgttcggagtcctactcggagc
cctgtatctcgtcccatttccaagaaagaaccacttcccaaaaccacaccattctccacc
aaattaacctcgctagtcaatcctttcaaagaggctcccaagttgagcttcgactctttc
accccaccaccactgaatgatattactgtcaccagttcccaaattcgagaacttcagtcc
tacgagcctgaaataatgaaacttcaagctcttgccttgggtgctgcgttccgctacaag
atgttcgttgaccgtataatgctcaagtcctatgaggaggagtttctccactttgtttct
ataattcgtggaaacttgtcaagaagaaagaccgtccacaggcatagagacgaattgatt
ctttacaagtatgatatcatcgaattgcaaagtttagctcgaaccaaattgtttaaaaag
gagaacaatcacgacttaactgttcacgatgctaacatggtgtcgttccagagcatagca
cggggtgctataacaagaaataggaccagtcaaattatggaaaatctcttgtctcacgaa
tctaagcttagcacatggcaagctcatgcaaaaatgatgctagttcactccaaggcaaaa
gttgtaattgagcatcgtcatgaaatcgaaccacctataaccatactccaagcggcttgc
cgtagagtcttgtatgagagatttaccaagaactgcgtggctgcaaatttgtcaaacgaa
agcactatagtacaattgcagtccgtaattcgaggtgccatatctcgccggactatggcg
tataaaataaagtacgttaaaaggttcaagtttccaataattgaattgcaaagcattgcg
aggggtggaaacttgcgttccaaattatgtgacggtgtgttaatggcattggttgatgag
cacgatgtcttgagcgaattatacgccatttcacgaggtaatgcagttcggaggaaaact
caaaacagattggtagcccttcattcgtttgaggattccgccataactccaatccaaacc
atcttcagaggagtctttgctcgtttcaagagagaaattctcttggatgatttgtattct
gaagttcattctatcatcgggcttcaagcagctattcgtggatttaagataagaagtaac
catcgcctgatgaagaagtattatgacagaaacgttgaacaagtcgtgaaagctcaggca
ttcatcagaagcacattctcgagaaacgcatacaagtctttgctcaacatgaggaaccct
tcgcttgcggttattcggaactttgtccatttgctttccaacagcgactgtgactatcag
caagaaattgagctcaatgatttacaagatttgatagttgagaaatcaaagcacaacgag
gacttggagtctaagatcgaaaacttggacgttaaattgggactcctcgataagaacaag
ataagtgtggaagactttgtgaaaaacaaaaacaagtacaagacgttcaagcctgctgct
gcagccaataacaactcactcgacaaattaagcaagaatgccagaacaagaattgaagta
taccagtccttattttacttacttcaaaccaaccctgtttacttgatgaggctctacagg
aacatgcaagataacgcaggctcgtccaaggcacttgatagcttacaaaatctggtcatg
ctacttttccccatcaagaacacctcgataaagtatcattctagagaggagtttttcttg
atgcgtttcattactgagttgatgaaagtagaagtgggtgcttgtcgaaatctcagtgac
cttacgaaacctcaatgctgtctttggattgactttcttcacaatttcaataatcatacc
tatcaaaggctgcatttaaagaagctcattggaaagcacatttgccgtatcaccgaagac
gacgaattgaatttcgaatctgatccttcacaaatctatgaagacatagtcaggaaggaa
gttaaagttcatggctttagcgaccgaccgctggtacttccagctccttccgcaataaag
gagccagatgtctcctcacaatttgtggaaaacttgatgtctttacgtgaatgtgtctca
gagattttaagcactttggaggcagtcgtagagtctgttccattacacattcgaattgcg
tgcaaatatgccttcgatcttgtcaaaatcaactttcctgaaaagacgaatctccaacat
ttagccgtcgcaggagtgatcttctacaagcattatgttggtagcatcatccagaatccc
gaaaactttggcatttccgttcgtgatccatttaatccttctttaacaaatcctaggtgt
gaaaataatatgagacacttgaatcgtgttatccttcaggtttttgcaatgaaacctttc
acagacaactttttgaaaccattgaacgactacatagcttcatccgaggcgtctgtcact
tttttgatctcacgaatcattgatgtgcgccacatggacaccgagtataatcttagtgat
tatgatgatattgtgtctcacgagcgccccaagctcactatgaaagtgagtgatatgatt
atgtttgagaagctcttgaccaaaaacatcgacgtcgttgcacccggaaatgatgatcag
ttatacagtgttatgctcaggcttgatgatcttgtgaactcggctgatgagtttgttgag
ttgaccgagataggacaggtgacactcaacttgagtccccaaactcaagaaacttctgtg
gtggattcaaaggtcacatccttgtttgcgcaggtcaaaaggtgcttgttatacataata
cgagttcaagaaggctcgggattgttggaacttttgatatcaggaatcaagccccaccac
gaacaattgttcagggagatcatttcacaggaacaaaaagaaaatttacagtctaagctc
aacgataaaaagagaccatactacaaaacttcgattggagatttactgtgcatttcgtac
cacgatctcaagaaaatggcacttgaaaagatcttgcaattagagtctatgggtcactta
cgaagatccaactcctaccaagacttattgaacagtatggcagttgatatcaagacaaaa
gacctgcagcgagtagcgagaagcaaacaggtagacatcgctatgaaaactgttgataag
ttgacttcgaaagaaaagttattagaaaaacaacttgcagattacaattctcatattgac
aaaatccttgcggatcttcagctgcggccaaaggaaaagaagcttttcaatgtaattcct
attttcagcaagcaatatttttatcatcgtgaactcaagaaagctaacagactccctcaa
tttggctcctacaaatacaccgctaagaagttgactgaccaaaagatcttggttgatttt
ggaggcatgattagccagtacagcagtaatatgtcaaagttggactttatgttcagttgc
catcaaactggaaaattcacaatcgaagtggccagtggttctgttaccattcctggagct
gtgagttcggtgtctctcgatgaattattggacctacaatattacaacagtgaaacgatg
gagatgtttgacggtgctgtcgtctttgacactcagaatttgattggctttattttccgc
aagttctatgatatcaagaaggaatga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

Download RDF
DBGET integrated database retrieval system