&e1=Glycogen phosphorylase&e2=Transferase
Debranching enzyme&e3=Glycogen synthase&e4=Branching enzyme&e5=Phosphoglucomutase&e6=UDPG pyrophosphorylase&e7=&e8=&e9=&e10=&e11=&c1=Pyridoxal phosphate (PLP)&c2=&c3=&c4=&c5=1,6-biphosphoglucose&c6=&c7=&c8=&c9=&c10=&c11=&k1=In non-hepatic tissues, sugar released is trapped in the cell since it is phosphorylated.
PLP is a derivative of vitamin B6.
Phosphorylase can actually only work until 4 units from a branch point.&k2=Phosphorylase can actually only work until 4 units from a branch point. &k3=Synthase works at times of high blood sugar and low stress.&k4=Branching allows faster degradation and synthesis since there are more ends to work on at a time.&k5=Similar in mechanism to phosphoglyceromutase:  Needs glucose 1,6-biphosphate as a cofactor to keep the enzyme in the active phosphorylated form.&k6=Formation of the nucleotide sugar is driven by pyrophosphorolysis of the released PPi using inorganic pyrophosphatase.&k7=&k8=&k9=&k10=&k11=&
