Meyerozyma guilliermondii: PGUG_04868
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Entry
PGUG_04868 CDS
T01150
Name
(RefSeq) hypothetical protein
KO
K00281
glycine cleavage system P protein (glycine dehydrogenase) [EC:
1.4.4.2
]
Organism
pgu
Meyerozyma guilliermondii
Pathway
pgu00260
Glycine, serine and threonine metabolism
pgu00630
Glyoxylate and dicarboxylate metabolism
pgu00785
Lipoic acid metabolism
pgu01100
Metabolic pathways
pgu01110
Biosynthesis of secondary metabolites
pgu01200
Carbon metabolism
Module
pgu_M00621
Glycine cleavage system
Brite
KEGG Orthology (KO) [BR:
pgu00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
PGUG_04868
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
PGUG_04868
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
PGUG_04868
Enzymes [BR:
pgu01000
]
1. Oxidoreductases
1.4 Acting on the CH-NH2 group of donors
1.4.4 With a disulfide as acceptor
1.4.4.2 glycine dehydrogenase (aminomethyl-transferring)
PGUG_04868
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Ortholog
Paralog
GFIT
Motif
Pfam:
GDC-P
GcvP2_C
2B_soluble
DUF5813
Motif
Other DBs
NCBI-GeneID:
5124862
NCBI-ProteinID:
XP_001482913
UniProt:
A5DNL7
LinkDB
All DBs
AA seq
1023 aa
AA seq
DB search
MRSGFKAALAVSTATHKAPCRVWAPLRYSVRMLASSPSTEADTSSANYQRVFDPTVLDNG
YERLDTFARRHLGPTPEETQKMLQSLGYNDLDEFLSKAVPPHILFKRQLKVSPEHGYTEL
EMLEHLAELAGKNRIVKSYIGKGYAGTRVPPVIQRNLLELPEWYTSYTPYQPEISQGRLE
SLLNYQTMVSSLTGLPMANASLLDEGTAAGEAMAMSFHNLRGKKKKYVVDAKIHPQTLGV
VRSRAGNIGVEIVVLPLDTPQGLDQLKSLAGESCGAIVQYPATDGSITDFSAVAEIVHSS
KGLLAMATDLLALTLLRSPAEFGADIALGTSQRFGVPFGYGGPHAAFFATTNKYSRKISG
RIVGVSKDRLGNPALRLALQTREQHIKRENATSNICTAQALLANMAAMYAVYHGAEGLKN
IARRVYGFTSVLAQELGPQVVNEKWFDTLTIKVESSTKVLDVALNEYNFNLFKVDENHVS
LTLDETTTAQDVVDLIEVFTGKKVTLPASLPSVPQQLLRQDEILTHPVFNTHHSETAMLR
YLHLLQSKDLSLANSMIPLGLCTMKLNATVEMMTLSMPGFSQIHPFAPIDQAQGYKELID
EFEKDLNDITGFDATTSMPNSGAQGEYTGLSLIRQYHALRQESHRNICLIPVSAHGTNPA
SAAMCGLKVVPVKCLGDGSIDLEDLAAKANKHRNELAAIMITYPSTYGLFEPGIKQAIDT
VHQNGGLVYLDGANMNAQVGLTSPGDLGADVCHLNIHKTFALSHGGGGPGQAPVCVKQHL
APFLPKHHFVATPHSTNESIEAVNSAPYGSAAVIPVSYLYIKMLGAQSLPYTSTIAMLNA
NYMLNRLKDQYKIMFVDSHASASEGLKHCAHEFILDLREFKSFGVEAIDVAKRLQDYGFH
APTMSFPIAGTLMIEPTESENLEELDRFVNALLAIRQEIEAYKNGEPIGGVLKNAPHSLQ
DIISTPQQEWETRGYSREQAAYPLPYLKVAKCWPTVSRVDDTYGDINLMCTCPSVEEVVE
QQE
NT seq
3072 nt
NT seq
+upstream
nt +downstream
nt
atgagatctggtttcaaggctgctttggcagtgtccacggccacccacaaggccccctgt
cgcgtttgggcgcctctcaggtactcggtcagaatgttagcttcatcgccatcaaccgag
gctgacacctcatcggcaaattatcaacgagttttcgatcctacggttctggataacggc
tacgaacggttggacacgttcgcacggcgccacttgggccccacgccagaagaaacccag
aaaatgttgcaaagtttggggtacaatgacttggatgaattcttgtcaaaagcagttcct
cctcatattcttttcaaaagacaacttaaagtgtcaccagaacacgggtacaccgagctg
gagatgctcgagcacttggctgagcttgctggaaaaaacaggattgtcaaatcttatatc
ggaaaagggtatgctggaaccagggtacctcccgtgattcagcgcaatttattggagctg
cctgaatggtatacttcgtacacgccgtaccagccggagatttcccaaggacggctcgaa
tcgttgctcaattaccagacaatggtgtcttcattgaccggtttacccatggccaatgcg
tcgttgttggacgagggaaccgcagctggagaagccatggctatgtctttccacaacttg
cgaggcaagaagaaaaagtatgttgtggacgccaagatccacccacagactctcggagtg
gtaagatcgagagcaggtaatattggagtggaaatcgtggttcttccattggacactcca
caaggtctcgaccagctcaaaagtcttgccggagaatcttgcggtgctatagtgcaatat
ccagctaccgatgggtccataacagacttttcagccgtagcagaaatcgtccattcttcc
aaaggtttacttgccatggccactgatcttcttgcattgactcttcttcgcagtccagcg
gaatttggagccgatattgctttgggaacatcccagcgtttcggtgtgccttttggctac
ggaggtccccatgctgcgttctttgctaccaccaacaagtactctcggaaaatttcaggt
agaattgttggtgtgtcaaaagaccgtctcggtaacccagctttgagattggctctccag
actcgtgaacagcatatcaagcgtgaaaatgccacttccaacatctgtactgcccaggca
ttgttggctaacatggctgctatgtatgccgtttaccatggtgcggagggactcaagaat
attgccagaagagtatatggttttacctcggttttggcacaagaattgggacctcaggtg
gtgaacgaaaaatggttcgataccttgaccataaaggtagaaagttctacaaaagtattg
gacgttgccttgaacgagtacaatttcaatctctttaaagtggacgaaaaccatgtttcg
ttgactcttgacgaaaccactactgcccaggatgtggtggatctcattgaggttttcacc
ggaaaaaaagttacacttccagcatcgcttccttctgttcctcaacaacttttgcgtcaa
gacgagattctcacccatccagtattcaacacccaccattcagaaactgccatgttgaga
tatcttcatcttttgcaatccaaggacctttctttggccaactcgatgatccccttgggt
ctgtgcaccatgaaattgaacgctactgttgaaatgatgactctttccatgcctggattt
agccagatccacccttttgcacccatcgaccaagcccaaggctacaaagagctcattgac
gaatttgaaaaagatcttaatgatattaccggtttcgatgctaccacttccatgcccaat
tccggtgcccaaggagaatataccgggttgtcgctcatccgccagtaccatgctctgcgc
caagaatcccacagaaacatttgtcttattcccgtgtctgctcatggaacaaacccagct
tctgctgccatgtgtggactcaaagttgtgccggtaaaatgtctcggtgacggttccatt
gacctcgaggatctcgcagccaaagctaacaaacaccgcaatgagcttgctgccattatg
atcacttatccttcaacctatggtcttttcgagcccggaatcaaacaagctatcgacacc
gtccaccagaatggaggtttggtgtaccttgacggagccaatatgaacgcccaagtcggg
ttaacttcgccaggagacttgggagccgacgtatgccatctcaatattcacaaaaccttt
gctttgtcgcatggaggtggaggacccggccaggcaccggtatgtgtcaagcaacatttg
gcaccatttttgcccaaacaccactttgtggctactcctcactccaccaatgagtccatt
gaagctgtcaactcggctccttatggatcggcagctgtgatccccgtgtcttatctgtac
atcaaaatgttgggagcgcaatcgcttccttacacttccaccatcgccatgttaaatgcc
aactatatgttgaacagacttaaggaccagtataagatcatgtttgtggactcacacgct
tctgcttctgaaggtttaaagcattgtgctcatgaattcattcttgatcttcgtgaattc
aagtcctttggagtagaagccatcgatgttgctaaacgtttacaagattacgggttccat
gcgcctaccatgtcgttccccattgctggaaccttgatgatcgagcccaccgagtcggaa
aatcttgaagaattggaccgttttgtcaatgctctcttggccataagacaagaaatcgaa
gcgtacaaaaatggtgaacccattggcggtgtactcaagaatgctcctcactcgttgcag
gatataatctctactcctcaacaagagtgggaaaccagaggatattcgagagaacaagca
gcttacccattgccatatttaaaggttgcaaaatgctggccaactgtgagcagagtggac
gatacttatggtgatatcaacttgatgtgcacttgtccatcggtggaggaggttgtggag
cagcaagagtaa
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