'Group transfer reactions' diaporamas de présentation

Chemotropic Energy:glycolysis and fermentation

Chapter 9. Chemotropic Energy:glycolysis and fermentation. Chemotrophic Energy Metabolism: Glycolysis and Fermentation. Cells cannot survive without a source of energy or a source of chemical building blocks In many organisms these requirements are related

1.33k views • 94 slides

Comprehensive Exam Review 12/03/2009

664 views • 52 slides

Bioenergetics

Bioenergetics. The tiny hummingbirds can store enough fuel to fly a distance of 500 miles without resting. This achievement is possible because of the ability to convert fuels into the cellular energy currency, ATP.

494 views • 49 slides

Chapter 4

Chapter 4. High-Energy Bonds. 30 August, 2004. Overview. High-energy bonds are weak (thermodynamically unstable) covalent bonds. Input of activation energy (less than the energy of the bond to be broken) is required even for exergonic reactions.

240 views • 12 slides

Chapter 4

Chapter 4. High-Energy Bonds. 28 August, 2006. Overview. High-energy bonds are weak (thermodynamically unstable) covalent bonds. Input of activation energy (less than the energy of the bond to be broken) is required even for exergonic reactions.

209 views • 12 slides