pressure c) transported solute gradient d) For the next 2 questions see 53. The VMAX is:...
pressure c) transported solute gradient d) For the next 2 questions see 53. The VMAX is: a) 4 mM substrate b) 2 mM substrate c) 5 umol/min d) 10.0 pmol/min 54. The Ky is: : a) 4 mM substrate b) 2 mM substrate c) 5 umol/min d) 10.0 umol/min 55. For anaerobic respiration of glucose, which could act as a terminal electron acceptor: a) H2O b) N2 c) S d) C H1206 For next 5 ques tions see structures on last page 56.Which is a satuated fatty acid? 57.Which is a trans-fatty acid? 58.Which is a cis-fatty acid? 59.Which is a sterol? 60.Which is a triacylglycerol? graph on last page -7 7m e) 2 4 6 SUBSTRATE LmM) PROouCT makm
pressure c) transported solute gradient d) For the next 2 questions see 53. The VMAX is: a) 4 mM substrate b) 2 mM substrate c) 5 umol/min d) 10.0 pmol/min 54. The Ky is: : a) 4 mM substrate b) 2 mM substrate c) 5 umol/min d) 10.0 umol/min 55. For anaerobic respiration of glucose, which could act as a terminal electron acceptor: a) H2O b) N2 c) S d) C H1206 For next 5 ques tions see structures on last page 56.Which is a satuated fatty acid? 57.Which is a trans-fatty acid? 58.Which is a cis-fatty acid? 59.Which is a sterol? 60.Which is a triacylglycerol? graph on last page -7 7m e) 2 4 6 SUBSTRATE LmM) PROouCT makm