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Biochemistry notes (1st edition)
Jeremy M. Berg, John L. Tymoczko - ISBN: 9781429276351
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View all 12 notes for Biochemistry, written by Jeremy M. Berg, John L. Tymoczko. 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
This file contains the answers to the "Rehearsal Questions BIC 20306". These questions are literal exam questions and will therefore be very practical for learning the exam for BIC 20306 Cell Physiology and Genetics. The answers of all parts, these are the BIC, GEN and MOB parts, can be found in this document. The document also contains illustrations, where necessary, in order to further clarify the information required to answer the questions.
- Summary
- • 29 pages •
This file contains the answers to the "Rehearsal Questions BIC 20306". These questions are literal exam questions and will therefore be very practical for learning the exam for BIC 20306 Cell Physiology and Genetics. The answers of all parts, these are the BIC, GEN and MOB parts, can be found in this document. The document also contains illustrations, where necessary, in order to further clarify the information required to answer the questions.
This document is a summary of Chapter 2 and Chapter 8 of Biochemistry 7th Edition - Jeremy M. Berg, John L. Tymoczko, Lubert Stryer. The following headings are not covered: -blz. 38 Fig. 2.23 and the text in so far as this on the figure refers. -50 Amino acids have different propensities .... -52 Proteins fold by progressive stabilization .... -54 Prediction of three-dimensional structure by .... -54 Some proteins are inherently unstructured and ... .. -57 Protein modification and cleavage ........
- Summary
- • 12 pages •
This document is a summary of Chapter 2 and Chapter 8 of Biochemistry 7th Edition - Jeremy M. Berg, John L. Tymoczko, Lubert Stryer. The following headings are not covered: -blz. 38 Fig. 2.23 and the text in so far as this on the figure refers. -50 Amino acids have different propensities .... -52 Proteins fold by progressive stabilization .... -54 Prediction of three-dimensional structure by .... -54 Some proteins are inherently unstructured and ... .. -57 Protein modification and cleavage ........
Photophosphorylation differs from oxidative phosphorylation in requiring the input of energy in the form of light to create a good electron donor and a good electron acceptor. In photophosphorylation, electrons flow through a series of membrane-bound carriers including cytochromes, quinones, and iron-sulfur proteins, while protons are pumped across a membrane to create an electrochemical potential. Electron transfer and proton pumping are catalyzed by membrane complexes homologous in structur...
- Class notes
- • 4 pages •
Photophosphorylation differs from oxidative phosphorylation in requiring the input of energy in the form of light to create a good electron donor and a good electron acceptor. In photophosphorylation, electrons flow through a series of membrane-bound carriers including cytochromes, quinones, and iron-sulfur proteins, while protons are pumped across a membrane to create an electrochemical potential. Electron transfer and proton pumping are catalyzed by membrane complexes homologous in structur...
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
- Class notes
- • 6 pages •
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
- Class notes
- • 10 pages •
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
- Class notes
- • 39 pages •
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
- Class notes
- • 55 pages •
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
All effects of the problems in the book about the substance of Part 2 exam
- Exam (elaborations)
- • 36 pages •
All effects of the problems in the book about the substance of Part 2 exam
Second set of lecture notes from a first year biochemistry module called Biological Chemistry covering photosynthesis and the reactions involved (diagrams included). Useful for anyone studying biochemistry or a related biology course, and also those studying A-Level Biology.
- Class notes
- • 8 pages •
Second set of lecture notes from a first year biochemistry module called Biological Chemistry covering photosynthesis and the reactions involved (diagrams included). Useful for anyone studying biochemistry or a related biology course, and also those studying A-Level Biology.
Summary of exam notes for Metabolic Biochemistry covering Enzyme Kinetics and Inhibition, Nitrogen Metabolism, Glycolysis, PPP, Gluconeogenesis,
- Other
- • 2 pages •
Summary of exam notes for Metabolic Biochemistry covering Enzyme Kinetics and Inhibition, Nitrogen Metabolism, Glycolysis, PPP, Gluconeogenesis,
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Newest Biochemistry summaries
This file contains the answers to the "Rehearsal Questions BIC 20306". These questions are literal exam questions and will therefore be very practical for learning the exam for BIC 20306 Cell Physiology and Genetics. The answers of all parts, these are the BIC, GEN and MOB parts, can be found in this document. The document also contains illustrations, where necessary, in order to further clarify the information required to answer the questions.
- Summary
- • 29 pages •
This file contains the answers to the "Rehearsal Questions BIC 20306". These questions are literal exam questions and will therefore be very practical for learning the exam for BIC 20306 Cell Physiology and Genetics. The answers of all parts, these are the BIC, GEN and MOB parts, can be found in this document. The document also contains illustrations, where necessary, in order to further clarify the information required to answer the questions.
Photophosphorylation differs from oxidative phosphorylation in requiring the input of energy in the form of light to create a good electron donor and a good electron acceptor. In photophosphorylation, electrons flow through a series of membrane-bound carriers including cytochromes, quinones, and iron-sulfur proteins, while protons are pumped across a membrane to create an electrochemical potential. Electron transfer and proton pumping are catalyzed by membrane complexes homologous in structur...
- Class notes
- • 4 pages •
Photophosphorylation differs from oxidative phosphorylation in requiring the input of energy in the form of light to create a good electron donor and a good electron acceptor. In photophosphorylation, electrons flow through a series of membrane-bound carriers including cytochromes, quinones, and iron-sulfur proteins, while protons are pumped across a membrane to create an electrochemical potential. Electron transfer and proton pumping are catalyzed by membrane complexes homologous in structur...
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
- Class notes
- • 6 pages •
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
- Class notes
- • 10 pages •
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
- Class notes
- • 39 pages •
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
- Class notes
- • 55 pages •
These notes are purely based on the lectures provided by the institute and extra readings. These notes include diagrams that are essential for the exams. Using these not alongside past papers is enough to successfully pass the exams.
These are lecture notes based on the lectures provided by the institute as well as extra reading. There are useful diagrams, all the content covered in the notes are specific to the end of term exams. The notes are structured around the 'Aims' set by the institute. These notes along with past papers are all that is required to successfully pass the exams.
- Class notes
- • 42 pages •
These are lecture notes based on the lectures provided by the institute as well as extra reading. There are useful diagrams, all the content covered in the notes are specific to the end of term exams. The notes are structured around the 'Aims' set by the institute. These notes along with past papers are all that is required to successfully pass the exams.
The Necessary Summary/notes about the pyruvate dehydrogenase complex.
- Class notes
- • 4 pages •
The Necessary Summary/notes about the pyruvate dehydrogenase complex.
Second set of lecture notes from a first year biochemistry module called Biological Chemistry covering photosynthesis and the reactions involved (diagrams included). Useful for anyone studying biochemistry or a related biology course, and also those studying A-Level Biology.
- Class notes
- • 8 pages •
Second set of lecture notes from a first year biochemistry module called Biological Chemistry covering photosynthesis and the reactions involved (diagrams included). Useful for anyone studying biochemistry or a related biology course, and also those studying A-Level Biology.
Summary of exam notes for Metabolic Biochemistry covering Enzyme Kinetics and Inhibition, Nitrogen Metabolism, Glycolysis, PPP, Gluconeogenesis,
- Other
- • 2 pages •
Summary of exam notes for Metabolic Biochemistry covering Enzyme Kinetics and Inhibition, Nitrogen Metabolism, Glycolysis, PPP, Gluconeogenesis,
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