A Increased Lipolysis

B Increased gluconeogenesis in liver

C Only ketone bodies utilized by brain for energy

D Increased glycogenolysis in liver

A Histone

B DNA

C RNA

D DNA & RNA both

A Triglyceride only

B Triglyceride + cholesterol

C Triglyceride + cholesterol + phospholipid

D Only cholesterol

A Lysine

B Leucine

C Glycine

D Alanine

A X-ray Crystallography

B Spectrophotometry

C Electrophoresis

D Chromatography

A Thyroxine

B Free fatty acids

C Thermogenin

D All of the above

A Activation of fatty acid synthesis mediated by cyclic AMP

B Activation of triglyceride lipase as a result of hormone-stimulated increases in cyclic AMP levels

C Glycerol phosphorylation to prevent futile esterification of fatty acids

D Activation of cyclic AMP production by insulin

A Light attenuated in intensity by scattering

B Refraction of light

C Reduced transmission of light

D Filtration of solutes by kidney

A HGPRTase

B Adenosine deaminase

C APRTase

D Acid maltase

A Are segments of RNA attached to an RNA initiator component

B Are related to the leading strand

C Several Okazaki fragments must be sequentially synthesized for each replication fork

D Helicase acts on the leading strand to unwind dsDNA