KEGG   Henningerozyma blattae: TBLA_0G01620
Entry
TBLA_0G01620      CDS       T02489                                 
Symbol
TBLA0G01620
Name
(RefSeq) hypothetical protein
  KO
K00281  glycine cleavage system P protein (glycine dehydrogenase) [EC:1.4.4.2]
Organism
tbl  Henningerozyma blattae
Pathway
tbl00260  Glycine, serine and threonine metabolism
tbl00630  Glyoxylate and dicarboxylate metabolism
tbl00670  One carbon pool by folate
tbl00785  Lipoic acid metabolism
tbl01100  Metabolic pathways
tbl01110  Biosynthesis of secondary metabolites
tbl01200  Carbon metabolism
Module
tbl_M00621  Glycine cleavage system
Brite
KEGG Orthology (KO) [BR:tbl00001]
 09100 Metabolism
  09101 Carbohydrate metabolism
   00630 Glyoxylate and dicarboxylate metabolism
    TBLA_0G01620 (TBLA0G01620)
  09105 Amino acid metabolism
   00260 Glycine, serine and threonine metabolism
    TBLA_0G01620 (TBLA0G01620)
  09108 Metabolism of cofactors and vitamins
   00785 Lipoic acid metabolism
    TBLA_0G01620 (TBLA0G01620)
   00670 One carbon pool by folate
    TBLA_0G01620 (TBLA0G01620)
Enzymes [BR:tbl01000]
 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)
     TBLA_0G01620 (TBLA0G01620)
SSDB
Motif
Pfam: GDC-P GcvP2_C Cys_Met_Meta_PP Beta_elim_lyase AstB
Other DBs
NCBI-GeneID: 14497238
NCBI-ProteinID: XP_004181625
UniProt: I2H6V4
LinkDB
Position
7:422503..425628
AA seq 1041 aa
MRVTPKSMTSSLRVISSVTTTSQRYLNPNLSQSSIRSFYTTPIPSQIARTNVSSAEYKKV
YYSDPSDLSRPLDTFQRRHLGPNPDNVATMLKTMGYTDLEEFVKAIVPPKILARRQLKLE
SPTYGFTETEMLKNLEKIANKNNYKVQNLIGKGYYGTITPPVILRNILESPEWYTSYTPY
QPEISQGRLESLLNFQTVITELTGLPIANASLLDEGTAASEAMLLSFHLSKKKKTKYAID
KNLFEQTKSVLRTRAKPFNIELIEIDCSDVSKAKEILKDKKVAGCLIQQFGSDGTVIPCE
TMSELSEAVHSVGSLLSVASDLMGLVLTKPPSECGADIVLGSSQRFGVPMGYGGPHAAFF
AVIEKLSRKIPGRIVGKSKDRLGNPALRLALQTREQHIKRDKATSNICTAQALLANVAAM
YAVYHGPQGLKNIAERIYGFTSLLGEFIKSDMTNCTLVNNTWFDTLTIKINSNITSDDLL
KIALEDYNMNLCKINSDTVSISFDETTTLDDVNKLISLFSTSKDTKFVIPKDQKLSQYPT
QLKRSNVILQQDVFNKYHSETAMLRYMHRLQSRDLSLANSMIPLGSCTMKLNATTEMIPM
TWPQFANIHPFQPIDQVDGYKEMIQSFEKDLVDITGFAGVSLQPNSGASGEYSGLRVIRQ
YLEDIGEGHRNVCLIPVSAHGTNPASSAMSGLKVVPINCLEDGTLDLVDLKGKAEKYKNE
LASIMITYPSTYGMYEAGVKEAIEIVHANGGQVYLDGANMNAQVGLTSPGDLGADVCHLN
CHKTFAIPHGGGGPAGAPICVKEHLKPYLPKHDVMEMLSDIGTEKSIDAVSSAAYGNALV
IPISYTYIKMMGNKGLPYSSIIAMLNANYLMYKLKDYYEILFVSKGTEKHCAHEFIIDLR
SIKKLGIEAIDIAKRLQDYGFHAPTLAFPVHDTLMVEPTESENIEELDRFIESMISIKGE
IDEIIAGTLGEGILKNAPHSIEDFITSNDWDSRGYTRERAGYPVAYLKYNKFWPVVARLD
DTYGDMNLICTCGNVEDYVSK
NT seq 3126 nt   +upstreamnt  +downstreamnt
atgcgggttacacccaaatcgatgacttcatccttaagagtcatctcttcagtcacaacc
accagtcaaagatatctgaatccaaatttaagtcaatctagtatcagatcgttttatact
actccaattccatctcaaatagcccggacgaatgtatcatctgcagagtataaaaaagtt
tactattcagacccttcagatttaagcagacctctagatactttccaaagacgtcattta
ggcccaaacccagataatgtagcaactatgttgaaaactatggggtatactgatttagaa
gaatttgtcaaagctattgttccacccaaaatcctggctagaagacaactaaagcttgaa
tcaccaacctatgggtttactgagaccgaaatgctaaaaaatctagaaaaaatagcaaac
aagaataattataaagttcaaaatctaatcggtaagggttattacggtaccataactcct
ccagttattttaagaaatatattagaatcaccagaatggtatacttcctatactccatat
caaccagaaatttctcaagggagactagagtctcttttgaacttccaaactgtcatcaca
gaattgaccggtttaccaattgctaatgcatcattgttagatgaagggactgctgcttca
gaggcaatgttattatcatttcatttatctaaaaagaaaaagactaaatatgctatcgat
aagaatttattcgaacaaacaaaaagtgtactgcgtacaagagccaaacctttcaatatt
gaattgattgaaatcgattgttctgatgtttccaaggcaaaagaaatcttgaaagataaa
aaggttgctggttgtttgatccaacaatttggtagtgatggtactgtcattccatgtgaa
actatgtcagagctttcagaggctgttcattctgtaggatcactattatcagtagcttca
gatttaatggggttagttctcaccaaaccaccttctgaatgtggtgctgatattgttttg
gggtcttctcaaagatttggtgttccaatggggtacggtggtcctcatgctgccttcttt
gccgttatcgaaaagctaagtagaaagatacccggtagaattgtaggtaaatcaaaagat
cgtcttggaaatccagctttgagattagccttacaaacaagagaacaacatattaaacgt
gataaagcaacctctaatatttgtactgcgcaggctcttttggctaacgttgctgctatg
tatgctgtttaccatggtccacaagggttgaaaaatatagcagaaagaatatatggattt
acctctttactgggagaatttattaaatctgatatgacaaattgtactttggttaataac
acttggtttgatactttgacaattaaaataaattcaaatattacaagtgatgacttatta
aaaatagctttagaagattacaatatgaatttatgtaaaatcaattcggatactgtttct
atttcatttgatgaaacaactacattagatgatgttaataaattaatctctttattctcg
acctccaaggatactaaatttgtaattcctaaagatcaaaaattatcccaatatccaact
cagctcaaacgttcaaacgttatattacagcaagatgtttttaataaatatcatagtgaa
accgcaatgttaagatacatgcatcgcttacagtctcgtgatttatcattggcaaactca
atgattccattgggttcttgtactatgaaattaaacgccactacagaaatgattccgatg
acttggccacaatttgccaatattcacccatttcaaccaattgatcaagttgatggttat
aaagaaatgatacaatcttttgaaaaagatttagttgacattactgggtttgctggtgtt
tctttacaaccaaactctggtgcatcaggtgaatattcaggtctaagagtaattagacaa
tatttagaagatattggcgaaggacatagaaacgtttgtttaatcccagtttcagcacat
ggtactaatcctgcatcgtctgctatgtcaggtttaaaagtggtaccaataaactgtttg
gaagatggtactttagatttagttgatttaaagggaaaggcagaaaaatataaaaatgaa
ttagcttcaataatgattacttatccttctacttatggtatgtatgaagctggtgttaag
gaggctattgaaattgttcatgcaaatggaggtcaagtttatttagatggtgctaatatg
aatgcacaagtaggtttaacttctccaggtgatttaggtgctgacgtttgtcatttgaat
tgtcataaaacattcgcaattccacatggtggtggtggtccagcgggtgcaccaatttgc
gttaaagaacacttaaaaccatacttaccaaagcatgatgttatggaaatgctttcagat
ataggtactgaaaaatcaattgatgcagtttcttcagctgcttatggtaatgcattagtt
attccaatttcgtacacctatataaaaatgatgggtaataaaggtctgccatattccagt
ataatcgcaatgttaaacgctaattatctgatgtataaattgaaagattattatgaaatt
ttatttgtgagtaaaggtactgagaaacattgcgcacatgaatttattattgatttaaga
agtattaaaaaattaggtattgaagctattgatattgccaagagattacaagattatggt
ttccatgctccaacattagctttcccagttcacgatacattaatggtagagccaactgaa
agtgaaaatatcgaagaattggatagatttattgagagtatgattagtattaaaggagaa
attgatgaaatcattgctggcacgttgggtgaaggcatcttaaagaatgcaccacattca
atcgaagacttcatcaccagtaatgattgggacagtagaggatatacaagagaaagggct
gggtatcctgttgcatatttgaaatataataaattctggccagttgttgctcgtttagat
gatacttatggtgacatgaatctaatatgtacttgtggcaatgtggaagattatgtttca
aaataa

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