Скачать или смотреть Energy Transfers within a System + Phosphoryl Group Transfers & Associated Thermodynamic Principles

This is one of several videos that will help us better understand how cellular respiration works at a biochemical level. This video covers the basic concepts of energy transfer in a biochemical context. This includes

00:00 - Introduction to Biochemistry series - Cellular Respiration
1:04 - Review Equilibrium
2:30 - Steady State
5:05 - Reviewing Gibb's Free Energy (delta* G) (note - at 5:35, I meant to say that the reaction is NON-spontaneous, my bad!)
5:55 - Combining Concepts of Free Energy, Equilibrium, & Steady State
12:00 - Reaction Quotient (would've been easier to combine all the subjects as described above had I gone over this concept first)
13:15 - Standard Conditions, I believe this topic isn't as important as the rest of the topics I cover here, just try to keep this concept in mind if possible
18:46 - Reaction Mechanism and Detailed Description of ATP Hydrolysis
25:30 - Free Energy Associated with other Phosphorylated Compounds
33:03 - Combining ATP Hydrolysis (endergonic reaction) used to drive an endergonic reaction (e.g conversion of Glutamate to Glutamine)
40:05 - Viewing the overall reaction of converting Glutamate to Glutamine from a thermodynamic perspective
43:02 - High Energy Intermediates

References - most of the information I've sorted out, organized, and developed here were primarily from these 3 resources

https://www.amazon.ca/Organic-Chemist... - this is the organic chemistry textbook that helped me propose mechanisms demonstrated in this video

https://www.amazon.com/Lehninger-Prin... - this is the biochemistry textbook I used to help me develop the notes posted in this video. This will also be the textbook I use to cover any future principles for basic biochemistry concepts.

https://vancouver.calendar.ubc.ca/cou... - this was the course upon which I drew my information from, I'd like to thank Professors Reinhard Jetter & Sunita Chowrira for providing me with the tools necessary to construct these notes!

I appreciate your patience in choosing to watch this video, I apologize for any misinterpretations or confusion I may cause because of failing to properly miscommunicate my ideas. However, I hope that the thorough details of my notes compensates for this shortcoming and I will be open to addressing any pressing questions.