283785
Which of the two statements together supports that respiratory pathway is an 'amphibolic pathway'?
(I) Fats breakdown to glycerol and fatty acids subsequently yields acetyle co-enzyme ' $A$ '
(II) In respiration, $\mathrm{C}-\mathrm{C}$ bonds of complex compounds breakdown through oxidation leading to release of energy
(III) Acetyl coenzyme 'A' from the respiratory pathway is withdrawn for the synthesis of fatty acids .
(IV) Proteins are degraded by protease to amino acids and enter the respiratory pathway.
283785
Which of the two statements together supports that respiratory pathway is an 'amphibolic pathway'?
(I) Fats breakdown to glycerol and fatty acids subsequently yields acetyle co-enzyme ' $A$ '
(II) In respiration, $\mathrm{C}-\mathrm{C}$ bonds of complex compounds breakdown through oxidation leading to release of energy
(III) Acetyl coenzyme 'A' from the respiratory pathway is withdrawn for the synthesis of fatty acids .
(IV) Proteins are degraded by protease to amino acids and enter the respiratory pathway.
283785
Which of the two statements together supports that respiratory pathway is an 'amphibolic pathway'?
(I) Fats breakdown to glycerol and fatty acids subsequently yields acetyle co-enzyme ' $A$ '
(II) In respiration, $\mathrm{C}-\mathrm{C}$ bonds of complex compounds breakdown through oxidation leading to release of energy
(III) Acetyl coenzyme 'A' from the respiratory pathway is withdrawn for the synthesis of fatty acids .
(IV) Proteins are degraded by protease to amino acids and enter the respiratory pathway.
283785
Which of the two statements together supports that respiratory pathway is an 'amphibolic pathway'?
(I) Fats breakdown to glycerol and fatty acids subsequently yields acetyle co-enzyme ' $A$ '
(II) In respiration, $\mathrm{C}-\mathrm{C}$ bonds of complex compounds breakdown through oxidation leading to release of energy
(III) Acetyl coenzyme 'A' from the respiratory pathway is withdrawn for the synthesis of fatty acids .
(IV) Proteins are degraded by protease to amino acids and enter the respiratory pathway.