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Lehninger Principles of Biochemistry
David L. Nelson, Michael M. Cox - ISBN: 9781319108243
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On this page you find summaries, notes, study guides and many more for the textbook Lehninger Principles of Biochemistry, written by David L. Nelson & Michael M. Cox. The summaries are written by students themselves, which gives you the best possible insight into what is important to study about this book. Subjects like Biochemistry, hydrophobic, hydrogen bond, structure, Catabolism, Metabolism, HAN & Introduction will be dealt with.
Popular summaries Lehninger Principles of Biochemistry Notes
This is a complete summary of the course Biochemistry. Includes information from the lecture notes, the book and the tutorials. The book used for this course is: Principles of Biochemistry 6th edition from David L. Nelson and Michael M. Cox.
- Summary
- • 50 pages •
This is a complete summary of the course Biochemistry. Includes information from the lecture notes, the book and the tutorials. The book used for this course is: Principles of Biochemistry 6th edition from David L. Nelson and Michael M. Cox.
I am a Master's student in Biochemistry at the Karolinska Institutet in Stockholm, Sweden. I have a range of notes from courses that I undertook as part of my Bachelor's studies. These notes are about mutations in the human genome. There are references and also I make many references to cancer and diseases caused by mutations. These notes are of a high standard and are quite detailed.
- Summary
- • 8 pages •
I am a Master's student in Biochemistry at the Karolinska Institutet in Stockholm, Sweden. I have a range of notes from courses that I undertook as part of my Bachelor's studies. These notes are about mutations in the human genome. There are references and also I make many references to cancer and diseases caused by mutations. These notes are of a high standard and are quite detailed.
This document gives lecture notes on the essentials of clinical biochemistry using a clinical approach. It provides the foundation on how the disease is understood at a molecular level. In order to accomplish this, the student will learn how large molecules are synthesized and used (DNA, RNA, and proteins), and how energy is generated, stored, and retrieved (metabolism). Once these basic concepts are understood, it will be straightforward to understand how alterations in the basic processes can...
- Class notes
- • 17 pages •
This document gives lecture notes on the essentials of clinical biochemistry using a clinical approach. It provides the foundation on how the disease is understood at a molecular level. In order to accomplish this, the student will learn how large molecules are synthesized and used (DNA, RNA, and proteins), and how energy is generated, stored, and retrieved (metabolism). Once these basic concepts are understood, it will be straightforward to understand how alterations in the basic processes can...
This is a complete summary of the course DNA Technology. Includes information from the lecture notes and the theory. The topics that are discussed in this course are: genetic manipulation, structure and synthesis of DNA, chemical synthesis of DNA, DNA topology, DNA sequence analysis, DNA cloning, DNA vectors, cDNA and genomic libraries and recombinant gene expression.
- Summary
- • 21 pages •
This is a complete summary of the course DNA Technology. Includes information from the lecture notes and the theory. The topics that are discussed in this course are: genetic manipulation, structure and synthesis of DNA, chemical synthesis of DNA, DNA topology, DNA sequence analysis, DNA cloning, DNA vectors, cDNA and genomic libraries and recombinant gene expression.
Protein report in which all the results are nicely written out. The report has been checked by the coordinator of this class and graded with a high grade. The report is written in English in academic year 2018/2019 using the manual given at the beginning of the practicum.
- Essay
- • 25 pages •
Protein report in which all the results are nicely written out. The report has been checked by the coordinator of this class and graded with a high grade. The report is written in English in academic year 2018/2019 using the manual given at the beginning of the practicum.
A summary of the biochemistry lectures of the 2nd year of Life Sciences at the HAN. This document contains 7 lectures with detailed pictures and it consists of 24 pages.
- Summary
- • 25 pages •
A summary of the biochemistry lectures of the 2nd year of Life Sciences at the HAN. This document contains 7 lectures with detailed pictures and it consists of 24 pages.
It contains the basics of biochemistry portion carbohydrates that will help you to understand better and also written in brief point-wise to help you answer objectives easily
- Class notes
- • 5 pages •
It contains the basics of biochemistry portion carbohydrates that will help you to understand better and also written in brief point-wise to help you answer objectives easily
An introduction to membrane transport, which will be essential for the coming studies of catabolism and anabolism of our macronutrients. Included in this study guide is the membrane proteins involved and the various kinds of membrane transport.
- Study guide
- • 5 pages •
An introduction to membrane transport, which will be essential for the coming studies of catabolism and anabolism of our macronutrients. Included in this study guide is the membrane proteins involved and the various kinds of membrane transport.
Starting off the Biochemistry course with Energetics of Life as a background. In this document, you can find the topics: thermodynamics, metabolism, ATP cycle, energy coupling, chemical reactivity, and bioenergetics.
- Study guide
- • 6 pages •
Starting off the Biochemistry course with Energetics of Life as a background. In this document, you can find the topics: thermodynamics, metabolism, ATP cycle, energy coupling, chemical reactivity, and bioenergetics.
This study guide provides an introduction to catabolism. It starts off with glycogenolysis and describes the process of glycolysis and includes the energetics of glycolysis.
- Study guide
- • 7 pages •
This study guide provides an introduction to catabolism. It starts off with glycogenolysis and describes the process of glycolysis and includes the energetics of glycolysis.
Latest notes & summaries Lehninger Principles of Biochemistry Notes
This is a complete summary of the course Biochemistry. Includes information from the lecture notes, the book and the tutorials. The book used for this course is: Principles of Biochemistry 6th edition from David L. Nelson and Michael M. Cox.
- Summary
- • 50 pages •
This is a complete summary of the course Biochemistry. Includes information from the lecture notes, the book and the tutorials. The book used for this course is: Principles of Biochemistry 6th edition from David L. Nelson and Michael M. Cox.
The poster includes all reactions taken place in Glycogen Catabolism as well as a short description of each reaction. This is a great summary to help with your exam revision.
- Summary
- • 1 pages •
The poster includes all reactions taken place in Glycogen Catabolism as well as a short description of each reaction. This is a great summary to help with your exam revision.
This document gives lecture notes on the essentials of clinical biochemistry using a clinical approach. It provides the foundation on how the disease is understood at a molecular level. In order to accomplish this, the student will learn how large molecules are synthesized and used (DNA, RNA, and proteins), and how energy is generated, stored, and retrieved (metabolism). Once these basic concepts are understood, it will be straightforward to understand how alterations in the basic processes can...
- Class notes
- • 17 pages •
This document gives lecture notes on the essentials of clinical biochemistry using a clinical approach. It provides the foundation on how the disease is understood at a molecular level. In order to accomplish this, the student will learn how large molecules are synthesized and used (DNA, RNA, and proteins), and how energy is generated, stored, and retrieved (metabolism). Once these basic concepts are understood, it will be straightforward to understand how alterations in the basic processes can...
This is a complete summary of the course DNA Technology. Includes information from the lecture notes and the theory. The topics that are discussed in this course are: genetic manipulation, structure and synthesis of DNA, chemical synthesis of DNA, DNA topology, DNA sequence analysis, DNA cloning, DNA vectors, cDNA and genomic libraries and recombinant gene expression.
- Summary
- • 21 pages •
This is a complete summary of the course DNA Technology. Includes information from the lecture notes and the theory. The topics that are discussed in this course are: genetic manipulation, structure and synthesis of DNA, chemical synthesis of DNA, DNA topology, DNA sequence analysis, DNA cloning, DNA vectors, cDNA and genomic libraries and recombinant gene expression.
Protein report in which all the results are nicely written out. The report has been checked by the coordinator of this class and graded with a high grade. The report is written in English in academic year 2018/2019 using the manual given at the beginning of the practicum.
- Essay
- • 25 pages •
Protein report in which all the results are nicely written out. The report has been checked by the coordinator of this class and graded with a high grade. The report is written in English in academic year 2018/2019 using the manual given at the beginning of the practicum.
A summary of the biochemistry lectures of the 2nd year of Life Sciences at the HAN. This document contains 7 lectures with detailed pictures and it consists of 24 pages.
- Summary
- • 25 pages •
A summary of the biochemistry lectures of the 2nd year of Life Sciences at the HAN. This document contains 7 lectures with detailed pictures and it consists of 24 pages.
These notes contain the full catabolism of carbohydrates. All topics include the TCA cycle, the regulation, and a step by step process of how carbohydrates are broken down into glucose. I have combined my lecture notes & the lecture slides in one. I hope this study guide helps you in some way.
- Study guide
- • 21 pages •
These notes contain the full catabolism of carbohydrates. All topics include the TCA cycle, the regulation, and a step by step process of how carbohydrates are broken down into glucose. I have combined my lecture notes & the lecture slides in one. I hope this study guide helps you in some way.
An introduction to membrane transport, which will be essential for the coming studies of catabolism and anabolism of our macronutrients. Included in this study guide is the membrane proteins involved and the various kinds of membrane transport.
- Study guide
- • 5 pages •
An introduction to membrane transport, which will be essential for the coming studies of catabolism and anabolism of our macronutrients. Included in this study guide is the membrane proteins involved and the various kinds of membrane transport.
Starting off the Biochemistry course with Energetics of Life as a background. In this document, you can find the topics: thermodynamics, metabolism, ATP cycle, energy coupling, chemical reactivity, and bioenergetics.
- Study guide
- • 6 pages •
Starting off the Biochemistry course with Energetics of Life as a background. In this document, you can find the topics: thermodynamics, metabolism, ATP cycle, energy coupling, chemical reactivity, and bioenergetics.
This study guide provides an introduction to catabolism. It starts off with glycogenolysis and describes the process of glycolysis and includes the energetics of glycolysis.
- Study guide
- • 7 pages •
This study guide provides an introduction to catabolism. It starts off with glycogenolysis and describes the process of glycolysis and includes the energetics of glycolysis.
