Question

e Part ite the Best Matching better right column in front of each m Glycolate pathway 1 6. Catalyzes carbon fixation in C#plants Bundle sheath cells n 37. Oxaloacetate as first product of carbon assimilation Involves mitochondria, peroxisomes and chloroplasts Mesophyll cells 19. Catalyzes a bypass reaction of gluconeogenesis Bets oxidation 40. Licht conversion in a photosystem W PEP carboxylase 41. Photosynthetic cells in plants Anabolism 42. Sites of Calvin cycle in plants Photophosphorylation 6. Phosphofructokinase-1 43. Phosphorylation of fructose-6-phosphate y Coricycle 44. NADPH synthesis during light transduction X Reaction center d 45. Fatty acids breakdown to acetyl COA Ce plants 46. Glucose synthesis from pyruvate 47. Use of light energy for ATP synthesis Fructose-1,6-bisphosphatase 48. Biosynthetic reactions m. Photoreduction a 49. Proton flow coupled to ATP synthesis Gluconeogenesis 50. Metabolic linkage between the liver and the muscle X Chemiosmotic coupling

Answer 1

36	catalyzes carbon fixation in C4 plants	e. PEP carboxylase
37	oxaloacetate as the first product of carbon assimilation	k. C4 plants
38	involves mitochondria, peroxisome and chloroplast	a. Glycolate pathway
39	catalyzes a bypass reaction of Gluconeogenesis	l. Fructose-1,6 bisphosphatase
40	light conversion in photosystem	j. Reaction center
41	photosynthetic cells in C3plants	c. Mesophyll cells
42	sites of Calvin cycle in C4 plants	b. Bundle sheath cells
43	phosphorylation of Fructose 6 - phosphate	h. Phosphofructokinase -1
44	NADPH synthesis during light transduction	m.photoreduction
45	fatty acid breakdown to acetyl-CoA	d. Beta oxidation
46	glucose synthesis from pyruvate	n. Gluconeogenesis
47	use of light energy for ATP synthesis	g. Photophosphorylation
48	Biosynthetic reactions	f. Anabolism
49	proton flow coupled to ATP synthesis	o. Chemiosmotic coupling
50	metabolic linkage between the liver and the muscle	l. Cori cycle