1. methyl xanthines such as caffine n theophyliine enhance lipolysis in adipose tissue by
a] inducing adenylate cyclase synthesis
b]inducing triglyceride lipase synthesis
c]inhibiting cyclic amp phosphodiestrase activity
d]directly activating intracellular protien kinase
e]enhancing binding of epinephrine to an extra cellular membrane receptor
1. Methyl xanthines such as caffine n theophyliine enhance lipolysis in adipose tissue by
a] inducing adenylate cyclase synthesis
b]inducing triglyceride lipase synthesis
c]inhibiting cyclic amp phosphodiestrase activity
d]directly activating intracellular protien kinase
e]enhancing binding of epinephrine to an extra cellular membrane receptor
Methylxanthines (caffeine, theophiline, theobromine) are active principles with lipolytic activity. These
principles enhance lipolysis by rising AMPc intracellular levels; this is because methylxanthines inhibit
phosphodiesterase enzyme
1. methyl xanthines such as caffine n theophyliine enhance lipolysis in adipose tissue by
a] inducing adenylate cyclase synthesis
b]inducing triglyceride lipase synthesis
c]inhibiting cyclic amp phosphodiestrase activity
d]directly activating intracellular protien kinase
e]enhancing binding of epinephrine to an extra cellular membrane receptor
Methylxanthines (caffeine, theophiline, theobromine) are active principles with lipolytic activity. These
principles enhance lipolysis by rising AMPc intracellular levels; this is because methylxanthines inhibit
phosphodiesterase enzyme