Spathaspora passalidarum: SPAPADRAFT_142446
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Entry
SPAPADRAFT_142446 CDS
T03101
Name
(RefSeq) glycine dehydrogenase mitochondrial precursor
KO
K00281
glycine cleavage system P protein (glycine dehydrogenase) [EC:
1.4.4.2
]
Organism
spaa
Spathaspora passalidarum
Pathway
spaa00260
Glycine, serine and threonine metabolism
spaa00630
Glyoxylate and dicarboxylate metabolism
spaa00785
Lipoic acid metabolism
spaa01100
Metabolic pathways
spaa01110
Biosynthesis of secondary metabolites
spaa01200
Carbon metabolism
Module
spaa_M00621
Glycine cleavage system
Brite
KEGG Orthology (KO) [BR:
spaa00001
]
09100 Metabolism
09101 Carbohydrate metabolism
00630 Glyoxylate and dicarboxylate metabolism
SPAPADRAFT_142446
09105 Amino acid metabolism
00260 Glycine, serine and threonine metabolism
SPAPADRAFT_142446
09108 Metabolism of cofactors and vitamins
00785 Lipoic acid metabolism
SPAPADRAFT_142446
Enzymes [BR:
spaa01000
]
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)
SPAPADRAFT_142446
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Paralog
GFIT
Motif
Pfam:
GDC-P
GcvP2_C
Motif
Other DBs
NCBI-GeneID:
18870446
NCBI-ProteinID:
XP_007376950
JGI:
142446
UniProt:
G3ATF4
LinkDB
All DBs
Position
Unknown
AA seq
1021 aa
AA seq
DB search
MISATTKSLLRSAARVRVSTVASTALKCSTTSFIRHLATANTSSTNYGHVYNPNAQKVSL
ANLDTFARRHIGPTPANVQEMLKTLGYSDLDEFLTSAIPNHVLIKRKLSVSPAQGYTESE
MIEHLQKLAAKNKIVKSFIGKGYAGTKLPAVIQRNLLESPEWYTSYTPYQPEISQGRLES
LLNFQTMVSSLTGLPMANASLLDEGTAAAEAMSLSFHNMKGKKKVYVIDTNLHPQTVNVL
KSRAGNIGVEIVELPLSTEEGITELNKIIKTVCGGLVQYPGTDGSIHNFTKVGEILHSHK
VLFAMACDILALTVLKPPSEFGADIALGTTQRFGVPFGYGGPHAAYFSTTMKYSRKIPGR
IVGVSKDRLGQPALRLALQTREQHIKREKATSNICTAQALLANISANYAVYHGPAGLKNI
ASRVYGFTTLLAKYIGQTEHQVLNDKWFDTLTVKLSGVSADDILAQALSKYNINLFKVDE
STVSLSLDETVETADLVNLIELFTGKQVTLEADTELPTIPEELIRTDEILTHEVFNTHHS
ETAMLRYLHLLQSKDLSLANSMIPLGSCTMKLNATVEMQTLSMPGFTQIHPFAPIDQAQG
YKELISEFEKDLNDITGFDATTNMPNSGAQGEYTGLSLIREYHKSRGEYEARNICLIPVS
AHGTNPASAAMCGLKVVPVKCLDDGSIDLVDLQEKAELHAANLCSIMITYPSTYGLFEPG
IKKAIDLVHANGGLVYLDGANMNAQVGLTSPGDLGADVCHLNIHKTFALSHGGGGPGQAP
VCVKEHLKPFLPGHTFNADVTKPDSIQAVNSAPYGSASVIPVSYSYIKMLGANALPYVSA
VAMLNANYMVKKLQPYYSILFVGKSTPHCAHEFILDLREFKAQGIEAIDIAKRLQDYGFH
APTMSFPVAGTLMIEPTESENLAELDRFVESLIKIRSEIDAYINGDKSGMVLKNAPHSMQ
DVVATPQEEWEARGYTREQAAYPLPWLKNNKCWPTVSRLDDTYGDMNLICTCPTVEEIAG
E
NT seq
3066 nt
NT seq
+upstream
nt +downstream
nt
atgatttctgctactaccaaatcattattgagatcagcagcaagagtcagagtctctact
gttgcatcaactgcattgaaatgcagcaccaccagcttcattagacacttggccactgcc
aacacctcatccacaaactacggccatgtttacaacccaaatgctcaaaaggtatcactt
gctaatttggatacttttgctagaagacacattggtcctacccccgccaatgtccaagaa
atgcttaaaacattgggatattccgatttagacgaattccttaccctggccattccaaac
catgtcctcatcaagcgtaaactctcagtctccccagctcaaggttatactgaactggaa
atgattgaacatttacaaaaacttgctgctaagaacaagatcgttaaatcttttattggt
aaaggttatgccggtactaagctcccagctgttattcaaagaaacttattggaatctcca
gaatggtatacttcatatactccataccaaccagaaatctcccaaggtagattggaatct
ttgttgaatttccaaactatggtttcttccttgactgggttgccaatggccaatgcttct
cttttagatgaaggtactgccgccgccgaagccatgtccttgtctttccacaacatgaag
ggcaagaaaaaggtttacgttattgacacaaatttgcacccacaaactgtcaatgtgttg
aaatcaagagctggcaatatcggtgttgaaattgtcgagctcccattatccactgaagaa
ggtattactgaattaaacaaaatcattaagaccgtctgtggtgggttagtccaatatcct
ggtaccgatggttcaattcataatttcaccaaagttggtgaaatcttacattctcacaag
gtcttatttgccatggcctgtgatatcttggcgttgactgttttgaaaccacctagtgaa
tttggtgctgatatcgctttaggtaccactcaaagatttggtgttcctttcggttatggt
ggtccacatgctgcttatttcagtaccactatgaaatactcgagaaagattcctggaaga
attgttggtgtttcaaaggacagattaggtcaaccagctttaagattggctttacaaacc
agagaacaacatatcaagagagaaaaggctacttccaatatctgtactgctcaagctttg
ttagccaacatttctgccaactacgctgtttaccacggtccagcaggattaaagaacatt
gcctccagagtttacggtttcaccaccttattagctaaatacattggtcaaaccgaacat
caagttttgaacgataagtggtttgatactttaactgtcaagttatctggtgtttctgcc
gatgacatcttggctcaagcattgtccaagtacaatattaacttgtttaaagtggatgaa
tcaactgtctcattgtctcttgatgaaactgtcgaaacagctgatttggttaacttgatt
gaattgtttaccggtaagcaagttactcttgaagctgacactgaacttccaaccatccca
gaagaattgatccgtactgacgaaatcttaactcatgaagttttcaacacccatcactcc
gaaaccgctatgttacgttacttgcaccttttacaatccaaggatttgtcccttgccaac
tctatgatccctcttggttcatgtaccatgaaacttaatgctactgttgaaatgcaaact
ctttccatgccaggattcactcaaatccatccatttgccccaatcgaccaagctcaaggt
tacaaggaattaattagtgaatttgaaaaggatttgaacgacatcactggatttgatgct
accaccaacatgcctaactccggtgcccaaggtgaatatactgggttatcacttatcaga
gaataccacaaatcaagaggtgaatacgaagccagaaacatctgtcttatcccagtatct
gctcacggaactaatcctgcctctgctgctatgtgtggattaaaggttgttccagtcaag
tgtttagatgacggttctattgatttagttgatttacaagaaaaggctgaattacatgct
gctaacctttgttccatcatgatcacttatccatccacttatggtcttttcgaaccagga
atcaagaaggccattgatctcgttcatgccaatggtgggttagtttacttggatggtgct
aatatgaatgcccaagttggtcttacctccccaggtgatttaggtgccgatgtctgtcac
ttgaacatccacaagacttttgccttgtcccatggtggtggtggtccaggtcaagctcca
gtctgtgttaaggaacatttgaaaccattcttgccaggccacaccttcaatgccgatgtc
actaagccagactctatacaagctgtcaattctgctccttacggttccgctagtgtcatc
ccagtctcatactcatacatcaagatgcttggtgccaatgctcttccatatgtttccgct
gttgccatgttgaatgccaactatatggtcaagaaattacaaccatactactccattctt
ttcgtgggtaaatccaccccacattgtgcccatgagttcattttagatttacgtgaattt
aaagcccaaggtattgaagctattgatatcgccaagagattgcaagattatggattccac
gctccaaccatgagtttccctgtcgctggtactttaatgattgaacctaccgaatcagaa
aacttggctgagttggacagatttgtcgaatcactcatcaagatacgaagtgaaattgac
gcttacatcaacggtgacaagagtggtatggtgttgaagaacgctcctcactccatgcaa
gatgttgttgctaccccacaagaagaatgggaagctagaggctacactagagaacaagct
gcttacccattaccttggttaaagaacaacaagtgttggccaactgtgtccagattggac
gatacttatggtgacatgaacttgatctgtacttgtcctactgttgaagaaattgccggt
gagtag
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