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Molecular Biology of the Cell
Bruce Alberts, Alexander Johnson - ISBN: 9780815344643
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On this page you find summaries, notes, study guides and many more for the textbook Molecular Biology of the Cell, written by Bruce Alberts & Alexander Johnson. 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 biology, molecular cell biology, life science, biomedical science, Molecular Biology of the Cell, plasma membrane, Biology & cell membrane will be dealt with.
Popular summaries Molecular Biology of the Cell Notes
52 page summary for the PBL cases of BBS1001. Good luck!
- Summary
- • 52 pages •
52 page summary for the PBL cases of BBS1001. Good luck!
This is probably one of the biggest summaries of ''BBS1001 lego bricks of life'' that you can get. Also, its info is very up to date! (2018-2019) (UM is not changing a lot about courses throughout the years).It will definitely help you with getting a sufficient grade for the eventual exam. Also, it will help you with preparing for the upcomming tutorials. In the end, using this summary will save you a lot of time.
- Summary
- • 105 pages •
This is probably one of the biggest summaries of ''BBS1001 lego bricks of life'' that you can get. Also, its info is very up to date! (2018-2019) (UM is not changing a lot about courses throughout the years).It will definitely help you with getting a sufficient grade for the eventual exam. Also, it will help you with preparing for the upcomming tutorials. In the end, using this summary will save you a lot of time.
Summary of the yellow subject Cell Physiology and Genetics. All final terms have been elaborated. Information comes from the book as well as from the colleges / powerpoints. Several people passed the exam with only this summary so it is definitely recommended :)
- Summary
- • 54 pages •
Summary of the yellow subject Cell Physiology and Genetics. All final terms have been elaborated. Information comes from the book as well as from the colleges / powerpoints. Several people passed the exam with only this summary so it is definitely recommended :)
This summary includes all the lectures of the course Molecular Biology of the Cell of the master Biomedical Sciences - lectures were given by Maike Stam, Hans van der Spek and Stanley Brul.
- Summary
- • 78 pages •
This summary includes all the lectures of the course Molecular Biology of the Cell of the master Biomedical Sciences - lectures were given by Maike Stam, Hans van der Spek and Stanley Brul.
Summary of course 1 - The lego bricks of life. This summary contains a lot of details and clear pictures. THe summary follows the cases, which are worked out per case. Clear explanations for important subjects like DNA replication, transcription, translation, post-translational modifications, eukaryotes vs. prokaryotes, membrane transport, osmosis, endosymbiosus, mitochondria and cellular respiration, tissue types, cell signaling, mutations, BLAST, phylogenetics, mendelian inheritance, Lamarc...
- Summary
- • 95 pages •
Summary of course 1 - The lego bricks of life. This summary contains a lot of details and clear pictures. THe summary follows the cases, which are worked out per case. Clear explanations for important subjects like DNA replication, transcription, translation, post-translational modifications, eukaryotes vs. prokaryotes, membrane transport, osmosis, endosymbiosus, mitochondria and cellular respiration, tissue types, cell signaling, mutations, BLAST, phylogenetics, mendelian inheritance, Lamarc...
Detailed lectures Experimental Cell Biology I Vrije Universiteit Amsterdam HC1 Cells HC2 Model Organisms HC3 Energy Metabolism HC4 Cellular Stress Responses HC5 Basic Techniques HC6 Membranes as Borderlines I HC7 Membranes as Borderlines II HC8 Endosomal Sorting HC9 Apoptosis HC10 Two Component Systems HC11 Synaptic Vesicle Cycling HC12 Transcription Factors Dirk Bald
- Summary
- • 132 pages •
Detailed lectures Experimental Cell Biology I Vrije Universiteit Amsterdam HC1 Cells HC2 Model Organisms HC3 Energy Metabolism HC4 Cellular Stress Responses HC5 Basic Techniques HC6 Membranes as Borderlines I HC7 Membranes as Borderlines II HC8 Endosomal Sorting HC9 Apoptosis HC10 Two Component Systems HC11 Synaptic Vesicle Cycling HC12 Transcription Factors Dirk Bald
This is a comprehensive summary of the book Molecular Biology of the Cell (6th edition) by Alberts. In this document chapters 7, 8, 12, 13, 15, 17, 18, 20 and 24 are elaborated in detail, with the focus on the things that have been told during the lectures of Molecular Cell Biology (8 RB00). There are many pictures of both the book and the slides in this summary, all of which contain a small description of importance. With this summary I got a grade of 8.2 for the final exam. It is completely in...
- Summary
- • 101 pages •
This is a comprehensive summary of the book Molecular Biology of the Cell (6th edition) by Alberts. In this document chapters 7, 8, 12, 13, 15, 17, 18, 20 and 24 are elaborated in detail, with the focus on the things that have been told during the lectures of Molecular Cell Biology (8 RB00). There are many pictures of both the book and the slides in this summary, all of which contain a small description of importance. With this summary I got a grade of 8.2 for the final exam. It is completely in...
This document contains a summary of all the lectures and additional information from the book. It is a summary of cell biology 1.
- Summary
- • 44 pages •
This document contains a summary of all the lectures and additional information from the book. It is a summary of cell biology 1.
Summary Experimental Cell Biology from the Minor courses Biomedical Sciences and Neuroscience. Contains pictures.
- Summary
- • 47 pages •
Summary Experimental Cell Biology from the Minor courses Biomedical Sciences and Neuroscience. Contains pictures.
MOLECULAR BIOLOGY OF THE CELL PART 2. USED FOR PHARMACY COURSE FIRST YEAR AT UNIVERSITY OF GRONINGEN.
- Summary
- • 49 pages •
MOLECULAR BIOLOGY OF THE CELL PART 2. USED FOR PHARMACY COURSE FIRST YEAR AT UNIVERSITY OF GRONINGEN.
Latest notes & summaries Molecular Biology of the Cell Notes
Notes on a 3 hour lecture including important MUST KNOW information on the rising science of BIOTECHNOLOGY, the types of GENOME and GENE EXPRESSION. These notes are in depth with easy to understand descriptions and key words. Case studies add to your core knowledge as the notes are supplemented with information from text books. £6 for 6 hours of typing up and editing.
- Class notes
- • 10 pages •
Notes on a 3 hour lecture including important MUST KNOW information on the rising science of BIOTECHNOLOGY, the types of GENOME and GENE EXPRESSION. These notes are in depth with easy to understand descriptions and key words. Case studies add to your core knowledge as the notes are supplemented with information from text books. £6 for 6 hours of typing up and editing.
In depth notes on a 3 hour lecture including the methods for purification of nucleic acids in plants, animals and bacteria. As well as the enzymes needed to manipulate the DNA and a section on PCR. 11 pages of detailed notes with pictures. £6 for the 6 hours to write up and edit.
- Class notes
- • 11 pages •
In depth notes on a 3 hour lecture including the methods for purification of nucleic acids in plants, animals and bacteria. As well as the enzymes needed to manipulate the DNA and a section on PCR. 11 pages of detailed notes with pictures. £6 for the 6 hours to write up and edit.
A one-page summary describing the structure of amino acids and their properties. This guide also explains the equilibrium constant, how to calculate it and why this constant is associated with pH. Note: this information was taken from a 2015 biomedical science course, but was written in 2020.
- Study guide
- • 1 pages •
A one-page summary describing the structure of amino acids and their properties. This guide also explains the equilibrium constant, how to calculate it and why this constant is associated with pH. Note: this information was taken from a 2015 biomedical science course, but was written in 2020.
A 4-page study guide that describes how proteins are formed; their terminology according to their structure; and how protein structure is determined. This guide also describes the different types of protein structure, protein-folding experiments, protein folding in cells and protein mis-folding in disease. Note: this information was taken from a 2015 module but was written in 2020.
- Study guide
- • 4 pages •
A 4-page study guide that describes how proteins are formed; their terminology according to their structure; and how protein structure is determined. This guide also describes the different types of protein structure, protein-folding experiments, protein folding in cells and protein mis-folding in disease. Note: this information was taken from a 2015 module but was written in 2020.
This guide has information on the structure, nomenclature and functions of lipids; as well as the sub-classes of lipid - phospholipids, glycolipids, cholesterol. This guide also describes the functions of cell membranes, the types of plasma membrane, the fluid mosaic model and the packing behaviour of phospholipids. Note: this information was taken from a 2015 biomedical science course, but was written in 2020.
- Study guide
- • 4 pages •
This guide has information on the structure, nomenclature and functions of lipids; as well as the sub-classes of lipid - phospholipids, glycolipids, cholesterol. This guide also describes the functions of cell membranes, the types of plasma membrane, the fluid mosaic model and the packing behaviour of phospholipids. Note: this information was taken from a 2015 biomedical science course, but was written in 2020.
This guide focuses on the functions of membrane proteins; the difference between integral and peripheral proteins; the existence of membrane carbohydrates and their functions. Note: this information was taken from a 2015 biomedical science course, but was written in 2020.
- Study guide
- • 4 pages •
This guide focuses on the functions of membrane proteins; the difference between integral and peripheral proteins; the existence of membrane carbohydrates and their functions. Note: this information was taken from a 2015 biomedical science course, but was written in 2020.
This guide has information on the differences between active and passive transport across a cell membrane; and primary and secondary active transport. This guide also has information on channel proteins and transporter proteins; transporter proteins driven by different energy sources (ATP, light/redox and coupled transporters); the kinetics of membrane transport; the effects of concentration gradient, membrane potential and electrochemical gradient on membrane transport; and competitive versus...
- Study guide
- • 4 pages •
This guide has information on the differences between active and passive transport across a cell membrane; and primary and secondary active transport. This guide also has information on channel proteins and transporter proteins; transporter proteins driven by different energy sources (ATP, light/redox and coupled transporters); the kinetics of membrane transport; the effects of concentration gradient, membrane potential and electrochemical gradient on membrane transport; and competitive versus...
Very easy to real summary of the Molecular Biology of the Cell by Alberts, Johnson and Walter. I did it with a question and answer format so its easier to remember.
- Summary
- • 44 pages •
Very easy to real summary of the Molecular Biology of the Cell by Alberts, Johnson and Walter. I did it with a question and answer format so its easier to remember.
Summary of the lectures combined with the book: Molecular Biology of the Cell. Chapters: 1,2, 4, 6, 7, 8, 10, 11, 12, 14, 15, 16, 17
- Summary
- • 34 pages •
Summary of the lectures combined with the book: Molecular Biology of the Cell. Chapters: 1,2, 4, 6, 7, 8, 10, 11, 12, 14, 15, 16, 17
These are comprehensive, organised, and easy-to-read notes that cover a four-unit module consisting of twenty-three lectures on cellular and molecular genetics, gene manipulation, genetics of animals and populations as well as evolution. These are perfect for bioscience and animal/veterinary students as well as prospective students who need a quick recap of high school biology. I am a third-year MSc Bioveterinary Sciences student at the Royal Veterinary College, London. I have achieved a 1st (...
- Class notes
- • 130 pages •
These are comprehensive, organised, and easy-to-read notes that cover a four-unit module consisting of twenty-three lectures on cellular and molecular genetics, gene manipulation, genetics of animals and populations as well as evolution. These are perfect for bioscience and animal/veterinary students as well as prospective students who need a quick recap of high school biology. I am a third-year MSc Bioveterinary Sciences student at the Royal Veterinary College, London. I have achieved a 1st (...
