Exploring metabolic pathways that contribute to the stem cell phenotype - Vacanti, Nathaniel M.; Metallo, Christian M. (Biochimica et biophysica acta, 2013)
Keywords: adult stem cells; aerobiosis; biochemical pathways; cell proliferation; cells; Cellular redox; energy; enzymes; Glycolysis; homeostasis; Humans; Metabolic flux; nutrients; Oxidation-Reduction; Phenotype; Pluripotent cell; Stem cell; Stem Cells - cytology; Stem Cells - metabolism; transcription factors; HK; SHMTs; GLN; OXPHOS; mESCs; IDH; R5P; GLS; HIFs; GLU; MSCs; MalCoA; PFK; FBP; GLY; SDH; HBP; mTOR; FAs; GlcNAc; PKM1; CYS; ESCs; SUC; F6P; MEFs; G6PD; 6PGL; Cellular redox; 2PG; DHAP; PGD; 6PG; CIT; OAC; 2HG; ACLY; TCA; PGK; Pluripotent cell; GAP; ROS; BPG; MAL; TKT; GAPDH; NADPH; αKG; SER; FH; PGAM; Stem cell; ENO; γ-GLU-CYS; PHI; iPSCs; LDH; PPP; Metabolic flux; NADH; THF; PDH; PDK; MEETHF; UCP2; Δm; NADP; GSH; WT; 8-OHdG; FUM; G6P; GSSG; PKM2; GSS; GSR; ALDO; PYR; 3PG; LAC