KEGG   Meyerozyma guilliermondii: PGUG_00318
Entry
PGUG_00318        CDS       T01150                                 
Name
(RefSeq) hypothetical protein
  KO
K22686  pro-apoptotic serine protease NMA111 [EC:3.4.21.-]
Organism
pgu  Meyerozyma guilliermondii
Brite
KEGG Orthology (KO) [BR:pgu00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pgu01002]
    PGUG_00318
Peptidases and inhibitors [BR:pgu01002]
 Serine peptidases
  Family S1: chymotrypsin family
   PGUG_00318
SSDB
Motif
Pfam: PDZ_1 Trypsin_2 PDZ PDZ_2 PDZ_6 Trypsin Tricorn_PDZ Peptidase_S46 Mycop_pep_DUF31 Peptidase_S7 DUF6288
Other DBs
NCBI-GeneID: 5128985
NCBI-ProteinID: XP_001486941
UniProt: A5DAL3
AA seq 991 aa
MTVGKRKLSNGTVNEAKRLDDHVPVVAPSTNPDFENANGEDNEDIDDYSSEGEMSPQLEN
YFPQTTSWQKTITKVVKSVVSIQFSHVSNFDTESSAVSEATGFVVDSERGYILTNRHVVG
PGPFCGYVVFDNHEEAVVRPIYRDPIHDFGFLQFDPKDIRYMKIEQLDLRPDLAQVGTEI
RVVGNDAGEKLSILAGFISRLDRNAPDYGTLSYNDFNTEYIQAAASASGGSSGSPVVNKE
GYAVALQAGGSTEASTDFFLPVYRPLRALQCIQQGQTITRGDIQVEWQLKPFDECRRLGL
TPEAEAAARSQFPDKIGLLVAELVLPEGPADGKLKEGDTLISINGTPIASFISVDEILDE
QVGQSLKFVIQRNGHEVSFDIVVGDLHSITPSRYVDIAGASFNDLSYQVARCFCIPVRGV
FINDGLGSFELSPFEKNGWLLEYVDDKPTPNLDAFVEVMKSIPDRKKVSISYRHVSDFHT
ENITVIYVERHWQSTFRMAVRNDSTGIWDFTDIQDKPLPAEEPVPQNAKYIDIPFDDPEK
SGCSQLTRSFVQVRTIAPVPVDSYPYRREIGYGVVVDAANGYVLVSRRFVPHDMCDIFVI
FAESVELPGKVVFLHPNQNYAIVKYDPKLMLADVKTPKFSDKPLKRGERAFFVGYNYNLR
VVTDDVKVSSVSSINVPVASLSPRYRGTNLECILLDSKLSQECDSGVLADYDGTLRAFWI
TYLGETNCDQTNDRVYRMGLDVTDVMSVIKSLHENKVPAGLRILDAEFASMTIFQGRLRG
VPQEWISKFEEVCEDEMKFLAVDRVSAPALGQVATPLKTGDIVMSVNGSIVKTMRDLGIM
YNQDSLDFVVIRQKKELHLNVPTIDTSTLNTSHVVFWCGSILQAPHHGVRQLIEKIPSEI
YVTKKNSGGPANQYGIATNSFITHVNDTETKTLESFVLVVKGIPDNTYIKLRLVSFDSIP
VAISVKTNYHYFPTFELKKVNGEWEETEHKV
NT seq 2976 nt   +upstreamnt  +downstreamnt
atgacagttggcaaaagaaagctttccaacggcactgtgaatgaggcaaagcggctcgac
gaccatgttcctgtagtggctccgagcacaaatcctgattttgaaaacgcaaacggcgaa
gataacgaagacatagatgactactcctctgaaggtgaaatgagtccacaactcgaaaat
tactttccacagaccacatcgtggcagaaaacgatcacaaaggtggtcaagtctgtcgtg
tccattcagttctcccatgtcagcaattttgacacagaatcctccgctgtaagtgaagct
actggtttcgttgtagactccgagcgtggatatattctcaccaatcgtcatgtggtgggt
ccaggtcccttttgcggatacgtggtgtttgataaccacgaggaagcggtagttcgtccc
atataccgtgatcctattcatgatttcgggtttcttcaattcgatccaaaggatataaga
tacatgaaaattgagcagcttgatctccgccctgatttggctcaggttggtactgaaatc
agagtagttggtaacgatgccggagaaaaattgtctattcttgctgggttcatctcaaga
cttgatagaaatgctccagactacggcacactctcttacaacgatttcaacacagaatac
attcaagcagctgccagtgcttctggtggttcttcgggatcaccagttgtcaataaagaa
ggatatgccgttgcattgcaggctggaggctcaaccgaagcatcgaccgatttctttctt
cccgtttacagaccacttcgagctttgcagtgtatacaacagggccaaaccatcaccaga
ggtgatattcaagtggaatggcaactcaagccttttgacgagtgcagacgtctaggatta
actcccgaggcagaagcagctgctcgtagccaatttcctgacaaaattggtcttttggta
gctgagctagttcttcctgaaggtccagctgatggtaagctaaaggagggagatactctc
atctccatcaacggtactcccattgcatcttttatcagcgttgatgaaattctcgatgaa
caggtgggacagagtctcaaatttgtcatacagagaaacggccacgaagtatcgtttgat
atagtggtgggtgatcttcacagcatcacgcctagccggtatgtggatattgctggagct
tcatttaacgatttatcgtatcaagttgctcgttgtttctgtattccagtaagaggtgtt
ttcatcaacgatggtctggggtcgtttgaattgtctccattcgagaaaaatggttggctt
cttgagtacgttgacgacaaaccaacaccgaacttagatgcatttgttgaggttatgaag
tctattcctgatcgcaaaaaagtgagcatttcctacaggcatgtgtctgatttccacact
gaaaatatcacagttatctacgtcgaaagacactggcagtccaccttccgtatggctgtt
cgtaacgattccaccggcatttgggactttactgatattcaagacaaaccattgccagca
gaagaaccagttcctcaaaacgcaaagtacattgatattccttttgatgatcccgagaaa
tcagggtgctcacaattgacccgctcatttgttcaagtacgtaccatcgctcctgttcca
gtggattcctatccttaccgcagagaaattgggtacggggtcgttgttgatgcagctaac
ggatacgtacttgtttccagaagatttgttcctcatgacatgtgtgacattttcgttata
tttgctgaatctgtcgagcttcctggtaaggttgtgtttcttcatcctaaccaaaattat
gccatcgtcaagtatgatcctaaactcatgcttgcggatgtgaaaactcccaagtttagt
gataagccattgaaaagaggagagagagcgttcttcgttggctataactacaacttgcgg
gttgtcactgacgatgtcaaagtcagttctgtgagttctatcaatgttcctgtggcaagt
ttgtcgcctcgttatcgtggtacgaatttggagtgtattcttttagactccaagttgagt
caggaatgtgactctggagttttggccgattatgatggaactttaagagctttctggatc
acttatctaggtgaaactaactgcgatcagaccaatgatcgagtttatcgcatgggttta
gatgtcaccgatgtgatgagcgtcataaaaagcttgcacgaaaataaggttccggctggt
ttacgtattcttgatgctgagtttgcctcgatgacaattttccagggaagattgagagga
gttcctcaagaatggatatccaagtttgaggaagtatgtgaagacgaaatgaagtttttg
gcagtggatcgtgtgagtgcaccagcacttggccaagtggctactcctctcaagacgggt
gatattgtcatgtcggtgaatggctccattgtgaagacaatgagagacttgggtatcatg
tacaaccaagattcacttgactttgtggttattcgccagaaaaaagagttgcatttgaac
gtgcccaccatagataccagcactttgaataccagccacgttgtgttctggtgtggttct
atcctccaggctcctcatcatggagttcgtcaactcattgaaaaaataccttcggaaatt
tatgtcacaaagaagaactcgggagggcccgctaatcaatatggcattgccacaaacagc
tttattacccatgtgaacgacaccgaaaccaaaacccttgaatcatttgttctggtggtt
aaagggattcctgataatacctacatcaaattacgattagtttcgtttgacagcattccg
gttgccatctccgtcaagaccaactatcactactttcccacgttcgaactcaagaaagtg
aacggcgagtgggaggaaacagaacataaagtatag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (22)   
   KEGG ORTHOLOGY (1)   
   RefGene (18)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (40)   

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