Lecture 4 Outline (Ch. 8) I.Energy Overview II.Thermodynamics III.Metabolism and Chemical Reactions...

download Lecture 4 Outline (Ch. 8) I.Energy Overview II.Thermodynamics III.Metabolism and Chemical Reactions IV.Cellular Energy (ATP) and coupled reactions V.Enzymes.

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Research Paper ATP-triggered mitochondrial cascade reactions … · 2021. 6. 25. · ATP can be employed as a molecular switch to control mitochondrial drug release and regulate related

Research Paper ATP-triggered mitochondrial cascade reactions … · 2021. 6. 25. · ATP can be employed as a molecular switch to control mitochondrial drug release and regulate related

BIOLOGY 101gervind.faculty.mjc.edu/biology_101/101_lectures/Lecture...8.3 ATP powers cellular work by coupling exergonic reactions to endergonic reactions • Cells manage their energy

BIOLOGY 101gervind.faculty.mjc.edu/biology_101/101_lectures/Lecture...8.3 ATP powers cellular work by coupling exergonic reactions to endergonic reactions • Cells manage their energy

ATP ATP: Energy for Life - MrsConnerPHS - Homephsbio2201.weebly.com/uploads/4/4/5/1/44518025/atp-ps-cr_notes.p… · The ADP-ATP Cycle ATP-ase ATP Synthetase When is ATP Made in the

ATP ATP: Energy for Life - MrsConnerPHS - Homephsbio2201.weebly.com/uploads/4/4/5/1/44518025/atp-ps-cr_notes.p… · The ADP-ATP Cycle ATP-ase ATP Synthetase When is ATP Made in the

Biosynthesis of ribonucleotides and deoxyribonucleotides · Biosynthesis of nucleotides Nucleotides important for metabolic reactions (NAD, NADP, FAD, CoA, ATP, GTP) Importnat for

Biosynthesis of ribonucleotides and deoxyribonucleotides · Biosynthesis of nucleotides Nucleotides important for metabolic reactions (NAD, NADP, FAD, CoA, ATP, GTP) Importnat for

Mitochondria Transfers energy to ATP which powers most of the cell’s reactions “Powerhouse” of the cell.

Mitochondria Transfers energy to ATP which powers most of the cell’s reactions “Powerhouse” of the cell.

ATP. ATP & ADP ATP: _______________________________________ ___________________+ __________________+ 3 ________________________ ________________________________________,

ATP. ATP & ADP ATP: _______________________________________ ___________________+ __________________+ 3 ________________________ ________________________________________,

Cellular Respiration (Making ATP from food) crash-course-bio ATP crash-course-bio ATP crash-course-bio ATP.

Cellular Respiration (Making ATP from food) crash-course-bio ATP crash-course-bio ATP crash-course-bio ATP.

PotassiumIonsAreRequiredforNucleotide … · The N-gate acts as an ATP-dependentclamp ... (amino acids 1–638) was fused ... For supercoiling reactions, buffers were supplemented

PotassiumIonsAreRequiredforNucleotide … · The N-gate acts as an ATP-dependentclamp ... (amino acids 1–638) was fused ... For supercoiling reactions, buffers were supplemented

ATP-24A/PCI ATP-24A/PCI+ ATP-24A/PCIe ATP-24A/PCIe+ ATP ...

ATP-24A/PCI ATP-24A/PCI+ ATP-24A/PCIe ATP-24A/PCIe+ ATP ...

Photosynthesis in C4 Plants. Building Sugars What products came from the light-dependent reactions? – ATP and NADPH Light-independent reactions use ATP.

Photosynthesis in C4 Plants. Building Sugars What products came from the light-dependent reactions? – ATP and NADPH Light-independent reactions use ATP.

Metabolism Chapter 06. Metabolism 2Outline Forms of Energy Laws of Thermodynamics Metabolic Reactions ATP Metabolic Pathways Energy of Activation.

Metabolism Chapter 06. Metabolism 2Outline Forms of Energy Laws of Thermodynamics Metabolic Reactions ATP Metabolic Pathways Energy of Activation.

Endergonic reaction: requires energy, usually ATP Exergonic reaction: releases energy, occurs spontaneously Endergonic and Exergonic Reactions + + reactants.

Endergonic reaction: requires energy, usually ATP Exergonic reaction: releases energy, occurs spontaneously Endergonic and Exergonic Reactions + + reactants.

7.8 In light reactions, electron chains generate ATP and NADPH

7.8 In light reactions, electron chains generate ATP and NADPH

I. I.Energy B. B.Renewable 1. 1.Hydroelectric Currently supplies ~20% of electricity production worldwide a. a.Small (

I. I.Energy B. B.Renewable 1. 1.Hydroelectric Currently supplies ~20% of electricity production worldwide a. a.Small (

Cellular Respiration Cellular Respiration : metabolic reactions that convert stored chemical energy into usable chemical energy (ATP). Where? inside.

Cellular Respiration Cellular Respiration : metabolic reactions that convert stored chemical energy into usable chemical energy (ATP). Where? inside.

Homeostasis - Student council...Energy(ATP) Work Glucose Oxygen Chemical reactions enzymes pH Temperature waste CO2 Urea Ions Fattyacids Aminoacids Inorderforthecelltofunctionproperly,

Homeostasis - Student council...Energy(ATP) Work Glucose Oxygen Chemical reactions enzymes pH Temperature waste CO2 Urea Ions Fattyacids Aminoacids Inorderforthecelltofunctionproperly,

Background information before Photosynthesis 1. ATP cycle 2. Redox reactions 3. Electron Transport Chain (ETC) 4. Coenzymes (NADP)

Background information before Photosynthesis 1. ATP cycle 2. Redox reactions 3. Electron Transport Chain (ETC) 4. Coenzymes (NADP)

AP Biology 10 reactions convert glucose (6C) to 2 pyruvate (3C) produces: 4 ATP & 2 NADH consumes: 2 ATP net: 2 ATP & 2 NADH glucose C-C-C-C-C-C.

AP Biology 10 reactions convert glucose (6C) to 2 pyruvate (3C) produces: 4 ATP & 2 NADH consumes: 2 ATP net: 2 ATP & 2 NADH glucose C-C-C-C-C-C.

Photosynthesis Light reactions – light-dependent reactions – energy conversion reactions convert solar energy to chemical energy ATP & NADPH Calvin cycle.

Photosynthesis Light reactions – light-dependent reactions – energy conversion reactions convert solar energy to chemical energy ATP & NADPH Calvin cycle.

MITOCHONDRIAL LAB We are alive because we make a lot of ATP and ATP makes (nonspontaneous) chemical reactions take place We make about 95% of our ATP in.

MITOCHONDRIAL LAB We are alive because we make a lot of ATP and ATP makes (nonspontaneous) chemical reactions take place We make about 95% of our ATP in.