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Biochemistry notes
John L. Tymoczko, Jeremy M. Berg - ISBN: 9781319248086
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View all 35 notes for Biochemistry, written by John L. Tymoczko, Jeremy M. Berg. All Biochemistry notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Biochemistry summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling Biochemistry notes
These notes extensively cover the workings of the electron transport chain and oxidative phosphorylation. They cover all four complexes of the electron transport chain, the Q-cycle, the proton gradient, ATP synthase, the malate-aspartate shuttle, and regulation. There is also a mind map included that summarizes these two chapters.
- Textbook notes
- • 9 pages •
These notes extensively cover the workings of the electron transport chain and oxidative phosphorylation. They cover all four complexes of the electron transport chain, the Q-cycle, the proton gradient, ATP synthase, the malate-aspartate shuttle, and regulation. There is also a mind map included that summarizes these two chapters.
These notes cover everything one would need to know regarding the structure and inner workings of membranes and phospholipids. They cover membrane structure and function, membrane proteins, lipids in membranes, transporters, and the selectivity filter. These notes also cover an overview of signal transduction pathways. They specifically cover the beta adrenergic pathway and the 7 transmembrane receptor; this is also referred to as the G-protein pathway. There are two mind maps included to help y...
- Textbook notes
- • 8 pages •
These notes cover everything one would need to know regarding the structure and inner workings of membranes and phospholipids. They cover membrane structure and function, membrane proteins, lipids in membranes, transporters, and the selectivity filter. These notes also cover an overview of signal transduction pathways. They specifically cover the beta adrenergic pathway and the 7 transmembrane receptor; this is also referred to as the G-protein pathway. There are two mind maps included to help y...
These notes cover pyruvate oxidation and the citric acid cycle in depth. They cover the enzymes/coenzymes necessary for the cycle to function, the pyruvate dehydrogenase complex, covalent modification of the PDH complex, harvesting electrons for the cycle, and overall regulation of the citric acid cycle. There is also a mind map included to summarize the chapter.
- Textbook notes
- • 6 pages •
These notes cover pyruvate oxidation and the citric acid cycle in depth. They cover the enzymes/coenzymes necessary for the cycle to function, the pyruvate dehydrogenase complex, covalent modification of the PDH complex, harvesting electrons for the cycle, and overall regulation of the citric acid cycle. There is also a mind map included to summarize the chapter.
These notes lightly cover digestion (proteases, alpha amylase, lipid digestion) and more heavily covers metabolism (basic concepts and its design). They cover catabolism, anabolism, thermodynamics, carbon oxidation, and metabolic pathways with recurring motifs. There is also a mind map included that is helpful in summarizing metabolism.
- Textbook notes
- • 6 pages •
These notes lightly cover digestion (proteases, alpha amylase, lipid digestion) and more heavily covers metabolism (basic concepts and its design). They cover catabolism, anabolism, thermodynamics, carbon oxidation, and metabolic pathways with recurring motifs. There is also a mind map included that is helpful in summarizing metabolism.
Summary “Biochemistry: A Short Course” (John L. Tymoczko) Section 2 (H6, H7 and H8). This summary is made for the course “Cell to Molecule” of the Veterinary Medicine Study.
- Summary
- • 16 pages •
Summary “Biochemistry: A Short Course” (John L. Tymoczko) Section 2 (H6, H7 and H8). This summary is made for the course “Cell to Molecule” of the Veterinary Medicine Study.
Summary “Biochemistry: A Short Course” (John L. Tymoczko) Section 4 (H11). This summary is made for the course “Cell to Molecule” of the Veterinary Medicine Study.
- Summary
- • 3 pages •
Summary “Biochemistry: A Short Course” (John L. Tymoczko) Section 4 (H11). This summary is made for the course “Cell to Molecule” of the Veterinary Medicine Study.
Summary “Biochemistry: A Short Course” (John L. Tymoczko) Section 9 (H20 and H21). This summary is made for the course “Cell to Molecule” of the Veterinary Medicine Study.
- Summary
- • 12 pages •
Summary “Biochemistry: A Short Course” (John L. Tymoczko) Section 9 (H20 and H21). This summary is made for the course “Cell to Molecule” of the Veterinary Medicine Study.
Summary “Biochemistry: A Short Course” (John L. Tymoczko) Section 12 (H27 and H28). This summary is made for the course “Cell to Molecule” of the Veterinary Medicine Study.
- Summary
- • 7 pages •
Summary “Biochemistry: A Short Course” (John L. Tymoczko) Section 12 (H27 and H28). This summary is made for the course “Cell to Molecule” of the Veterinary Medicine Study.
TEST BANK BIOCHEMISTRY 2022 UPDATED WITH COMPLETE CHAPTERS
- Exam (elaborations)
- • 315 pages •
TEST BANK BIOCHEMISTRY 2022 UPDATED WITH COMPLETE CHAPTERS
Biochemistry A Short Course 3rd Edition Tymoczko Test Bank
- Exam (elaborations)
- • 293 pages •
Biochemistry A Short Course 3rd Edition Tymoczko Test Bank
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Newest Biochemistry summaries
These notes cover everything one would need to know regarding the structure and inner workings of membranes and phospholipids. They cover membrane structure and function, membrane proteins, lipids in membranes, transporters, and the selectivity filter. These notes also cover an overview of signal transduction pathways. They specifically cover the beta adrenergic pathway and the 7 transmembrane receptor; this is also referred to as the G-protein pathway. There are two mind maps included to help y...
- Textbook notes
- • 8 pages •
These notes cover everything one would need to know regarding the structure and inner workings of membranes and phospholipids. They cover membrane structure and function, membrane proteins, lipids in membranes, transporters, and the selectivity filter. These notes also cover an overview of signal transduction pathways. They specifically cover the beta adrenergic pathway and the 7 transmembrane receptor; this is also referred to as the G-protein pathway. There are two mind maps included to help y...
These notes do not cover specifics on enzyme kinetics, but rather the basic concepts of enzymes and enzyme action. They cover the types of enzymes, cofactors needed for activity, Gibbs free energy, the importance of the transition state, binding energy, and transition state analogs. There is also a mind map included to help you make sense of the concepts.
- Textbook notes
- • 4 pages •
These notes do not cover specifics on enzyme kinetics, but rather the basic concepts of enzymes and enzyme action. They cover the types of enzymes, cofactors needed for activity, Gibbs free energy, the importance of the transition state, binding energy, and transition state analogs. There is also a mind map included to help you make sense of the concepts.
These notes cover pyruvate oxidation and the citric acid cycle in depth. They cover the enzymes/coenzymes necessary for the cycle to function, the pyruvate dehydrogenase complex, covalent modification of the PDH complex, harvesting electrons for the cycle, and overall regulation of the citric acid cycle. There is also a mind map included to summarize the chapter.
- Textbook notes
- • 6 pages •
These notes cover pyruvate oxidation and the citric acid cycle in depth. They cover the enzymes/coenzymes necessary for the cycle to function, the pyruvate dehydrogenase complex, covalent modification of the PDH complex, harvesting electrons for the cycle, and overall regulation of the citric acid cycle. There is also a mind map included to summarize the chapter.
These notes lightly cover digestion (proteases, alpha amylase, lipid digestion) and more heavily covers metabolism (basic concepts and its design). They cover catabolism, anabolism, thermodynamics, carbon oxidation, and metabolic pathways with recurring motifs. There is also a mind map included that is helpful in summarizing metabolism.
- Textbook notes
- • 6 pages •
These notes lightly cover digestion (proteases, alpha amylase, lipid digestion) and more heavily covers metabolism (basic concepts and its design). They cover catabolism, anabolism, thermodynamics, carbon oxidation, and metabolic pathways with recurring motifs. There is also a mind map included that is helpful in summarizing metabolism.
These notes cover the inner workings of glycolysis. They cover each step of glycolysis and the enzymes that are involved in each, along with some of the inhibitors. These notes also cover the concept of high transfer potential, substrate level phosphorylation, lactic acid fermentation, energy charge as it relates to glycolysis, and responses in the liver.
- Textbook notes
- • 5 pages •
These notes cover the inner workings of glycolysis. They cover each step of glycolysis and the enzymes that are involved in each, along with some of the inhibitors. These notes also cover the concept of high transfer potential, substrate level phosphorylation, lactic acid fermentation, energy charge as it relates to glycolysis, and responses in the liver.
These notes cover nucleotide metabolism and the De Novo (synthetic) & Salvage pathways for purines and pyrimidines. They also cover ribonucleotide reductase. Included is a mind map summarizing the chapter.
- Textbook notes
- • 4 pages •
These notes cover nucleotide metabolism and the De Novo (synthetic) & Salvage pathways for purines and pyrimidines. They also cover ribonucleotide reductase. Included is a mind map summarizing the chapter.
These notes cover the basic catalytic strategies of many enzymes, enzyme activity, the types of inhibition, and the example of chymotrypsin.
- Textbook notes
- • 4 pages •
These notes cover the basic catalytic strategies of many enzymes, enzyme activity, the types of inhibition, and the example of chymotrypsin.
These notes cover the basics of enzymes kinetics including: reaction rates, michaelis menten kinetics/enzymes, the lineweaver burk equation, kM and Kcat, Vmax, allosteric enzymes, feedback inhibition, and negative/positive effectors. Allosterics are a very important part of enzyme kinetics and you'll find lots of good information about that in these notes. A mind map is also included to help you better understand how all of the concepts come together,
- Textbook notes
- • 4 pages •
These notes cover the basics of enzymes kinetics including: reaction rates, michaelis menten kinetics/enzymes, the lineweaver burk equation, kM and Kcat, Vmax, allosteric enzymes, feedback inhibition, and negative/positive effectors. Allosterics are a very important part of enzyme kinetics and you'll find lots of good information about that in these notes. A mind map is also included to help you better understand how all of the concepts come together,
These notes cover the basics of the structure and function of hemoglobin and myoglobin. They cover cooperativity, heme groups, allosteric regulation, and mutations. There is also a mind map included to help you make sense of the important topics and comparing the two globins.
- Textbook notes
- • 3 pages •
These notes cover the basics of the structure and function of hemoglobin and myoglobin. They cover cooperativity, heme groups, allosteric regulation, and mutations. There is also a mind map included to help you make sense of the important topics and comparing the two globins.
This mind map covers Nitrogen Metabolism and the Urea Cycle, along with heme biosynthesis and important enzymes.
- Textbook notes
- • 1 pages •
This mind map covers Nitrogen Metabolism and the Urea Cycle, along with heme biosynthesis and important enzymes.
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