Figure 1 Chitin pathway
Glycolysis
Polyamine pathway
GABA pathway
Cysteine/SMC
pathway
Glycerol pathway
Glucose
G6-P
G1-P
F6-P
F1,6-BP
Glyceraldehyde 3-P DHAP Gly 3-P
1,3-Bisphosphoglycerate
3-PGA
2-PGA
PEP
Fructose
Mannose 6-P
GlcN6-P
GlcNAc1-P
UDP-GlcNAc
Chitin Glycerol
Hydroxypyruvate 3-P
Phosphoserine
Serine
Oxaloacetate
Aspartate
Asparagine
Malate
Fumarate Pyruvate
Acetyl CoA
Glutamate Glutamine
Glycerate
O-Acetylserine
L-Cysteine
Alanine
Acetate Acetaldehyde
Ethanol
UDP-Glucose
GlcNAc6-P
Chitosan
Glycogen
Dihydroxyaxetone
Agmatine
N-acetyl-
4-aminobutanol
N-acetylGABA
S-Adenosyl
methioninamine
Putrescine
N-Acetylputrescine
Spermidine
N8-acetyl
spermidine
N-Acetylornithine
Proline
S-Adenosyl
methionine
Spermine
Methionine
Arginine
Ornithine
GABA
Methanethiol
S-Methylcysteine
Ispn
Ispn-P
CDP-Ispn
PtdIspn
Etn
Etn-P
CDP-Etn
PtdEtn
Choline
Choline
Phosphate
CDP-Choline
Phosphatidyl
Choline
Methylglyoxal Aminoacetone Kennedy pathway
S-Adenosyl
methionine
Three
conditions that
influence
metabolisms
Chitin biosynthetic pathway
GABA
Glycolysis
Polyamines metabolism
Glycerol metabolism
Chitin biosynthetic pathway
Glycolysis
Cysteine and cystine
O-Acteylserine
S-Methylcysteine
Kennedy pathway
Glycolysis
S-Adenosylmethionine
Cysteine deprivation
Up- and down regulated pathways and metabolites
Oxidative stress
Encystation
Three
conditions that
influence
metabolisms
Chitin biosynthetic pathway
GABA
Glycolysis
Polyamines metabolism
Glycerol metabolism
Chitin biosynthetic pathway
Glycolysis
Cysteine and cystine
O-Acteylserine
S-Methylcysteine
Kennedy pathway
Glycolysis
S-Adenosylmethionine
Cysteine deprivation
Up- and down regulated pathways and metabolites
Oxidative stress
Encystation
L-Cystine
Current Opinion in Microbiology