University:
Swansea University
Course:
PM134 | Microbiology
Academic year:

2023
Views:

125

Pages:

2
Author:

Sanjeev K

Metabolismolal of all chemical reans ocusing in the cou "atabolic Activity (energy corzowing reara/ juelingraans) Breakdown. → T energy generating. The energy provided to the all by energy som complex polysacchoende leased and unserved. 03 ATP. eg: Storch Anabolism-trequires brenge which is transferred from the energy. Soune to the Synthesis. sunthetic systems of the cell energy is utilised energy. by ATP مله ١١٧ requires the form of a source ge reducing Power stored in - monosaccharide exergonic Cellulose. Proteins Proteaser →Aminoaude. Lipids lipares fattyaud + glyanus No energy given. Stage 2 2. Little bit of chorgy will be generated. 2g. glucose Pyruvate.. Pa 10-2 = 8 ATP will be expended. This energy is not suffriend for microorganim. Energy level ↑ in stage 3. Thice stagn of Catabolism Stage 2 proteiru. Polysaccharides lipide Monosaccharider. Aminvaude. Strage 2 Glycerol + fattyand (ATP) NADH. Pyruvate Stage 3 Acelyl-CoA& TCA cycle. Energy Relationship b/w Catabolic and Anabolie pathways Primaria polysacchandel Ligade, Nudek ande Anabulism lenergy wituding num fats, Priteins ADP+HPQ2 NAD NADP FAD IP NADI NADPH Sugars fathyoud Miragend band Chanial Gtabolkim FADH energy depicdet end polt. HD Nity Catabolik pathways deliver chemical energy in the form of ATP, NADH, NADPH and FADH2. There energ energy coovies are used In anabolic pathway to convert small promover molecules into cul macromolecule