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Genomes notes (1st edition)
T. A. Brown - ISBN: 9780815345084
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View all 7 notes for Genomes, written by T. A. Brown. All Genomes notes, flashcards, summaries and study guides are written by your fellow students or tutors. Get yourself a Genomes summary or other study material that matches your study style perfectly, and studying will be a breeze.
Best selling Genomes notes
this document is a detailed summary of chapters from the Genomes 4 book by T.A.Brown used during the molecular genetics course of the second years bachelors of biomedical sciences. this document provides a clear understanding of the genetic mechanisms and the necessary information required for the course.
- Summary
- • 70 pages •
this document is a detailed summary of chapters from the Genomes 4 book by T.A.Brown used during the molecular genetics course of the second years bachelors of biomedical sciences. this document provides a clear understanding of the genetic mechanisms and the necessary information required for the course.
Summary of molecular genetics containing definitions clarified by key points. Contains all chapters discussed during the course plus information of the book genomes 4.
- Summary
- • 18 pages •
Summary of molecular genetics containing definitions clarified by key points. Contains all chapters discussed during the course plus information of the book genomes 4.
This is a summary for the course Molecular Genetics which covers the main concepts of molecular genetic mechanisms in prokaryotic and eukaryotic organisms. Learning goals: -Explain the main concepts of molecular genetic mechanisms in prokaryotes and eukaryotes -Describe the genetic organisation and life cycle of retroviruses, temperate and virulent bacteriophages, and the resistance against the latter -Explain the main DNA manipulation, genetic engineering and gene editing techniques -Relate ...
- Summary
- • 36 pages •
This is a summary for the course Molecular Genetics which covers the main concepts of molecular genetic mechanisms in prokaryotic and eukaryotic organisms. Learning goals: -Explain the main concepts of molecular genetic mechanisms in prokaryotes and eukaryotes -Describe the genetic organisation and life cycle of retroviruses, temperate and virulent bacteriophages, and the resistance against the latter -Explain the main DNA manipulation, genetic engineering and gene editing techniques -Relate ...
Summary of my lecture about Mutations and DNA repair.
- Summary
- • 2 pages •
Summary of my lecture about Mutations and DNA repair.
In this document are all my summaries about my course of Molecular Genetics (around 16 pages). This course is given in the second year of Biology. The document contains the following topics: 1) Gene replication: replication origins in bacteria and eukaryotes, DNA replication, the end problem. 2) Mutation and DNA repair: mutations (spontenous vs. caused by a mutagen), examples of chemical and physical mutagens, repair systems of DNA. 3) Homologous recombination: mostly supported by figures. 4...
- Summary
- • 17 pages •
In this document are all my summaries about my course of Molecular Genetics (around 16 pages). This course is given in the second year of Biology. The document contains the following topics: 1) Gene replication: replication origins in bacteria and eukaryotes, DNA replication, the end problem. 2) Mutation and DNA repair: mutations (spontenous vs. caused by a mutagen), examples of chemical and physical mutagens, repair systems of DNA. 3) Homologous recombination: mostly supported by figures. 4...
Summary of my lecture on site-specific recombination.
- Summary
- • 3 pages •
Summary of my lecture on site-specific recombination.
Samenvatting over homologe recombinatie. Deze samenvatting is gebaseerd op 2e jaars biologie lecture. Het is wel in het Engels geschreven.
- Summary
- • 2 pages •
Samenvatting over homologe recombinatie. Deze samenvatting is gebaseerd op 2e jaars biologie lecture. Het is wel in het Engels geschreven.
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Newest Genomes summaries
this document is a detailed summary of chapters from the Genomes 4 book by T.A.Brown used during the molecular genetics course of the second years bachelors of biomedical sciences. this document provides a clear understanding of the genetic mechanisms and the necessary information required for the course.
- Summary
- • 70 pages •
this document is a detailed summary of chapters from the Genomes 4 book by T.A.Brown used during the molecular genetics course of the second years bachelors of biomedical sciences. this document provides a clear understanding of the genetic mechanisms and the necessary information required for the course.
Summary of molecular genetics containing definitions clarified by key points. Contains all chapters discussed during the course plus information of the book genomes 4.
- Summary
- • 18 pages •
Summary of molecular genetics containing definitions clarified by key points. Contains all chapters discussed during the course plus information of the book genomes 4.
This is a summary for the course Molecular Genetics which covers the main concepts of molecular genetic mechanisms in prokaryotic and eukaryotic organisms. Learning goals: -Explain the main concepts of molecular genetic mechanisms in prokaryotes and eukaryotes -Describe the genetic organisation and life cycle of retroviruses, temperate and virulent bacteriophages, and the resistance against the latter -Explain the main DNA manipulation, genetic engineering and gene editing techniques -Relate ...
- Summary
- • 36 pages •
This is a summary for the course Molecular Genetics which covers the main concepts of molecular genetic mechanisms in prokaryotic and eukaryotic organisms. Learning goals: -Explain the main concepts of molecular genetic mechanisms in prokaryotes and eukaryotes -Describe the genetic organisation and life cycle of retroviruses, temperate and virulent bacteriophages, and the resistance against the latter -Explain the main DNA manipulation, genetic engineering and gene editing techniques -Relate ...
Summary of my lecture about Mutations and DNA repair.
- Summary
- • 2 pages •
Summary of my lecture about Mutations and DNA repair.
In this document are all my summaries about my course of Molecular Genetics (around 16 pages). This course is given in the second year of Biology. The document contains the following topics: 1) Gene replication: replication origins in bacteria and eukaryotes, DNA replication, the end problem. 2) Mutation and DNA repair: mutations (spontenous vs. caused by a mutagen), examples of chemical and physical mutagens, repair systems of DNA. 3) Homologous recombination: mostly supported by figures. 4...
- Summary
- • 17 pages •
In this document are all my summaries about my course of Molecular Genetics (around 16 pages). This course is given in the second year of Biology. The document contains the following topics: 1) Gene replication: replication origins in bacteria and eukaryotes, DNA replication, the end problem. 2) Mutation and DNA repair: mutations (spontenous vs. caused by a mutagen), examples of chemical and physical mutagens, repair systems of DNA. 3) Homologous recombination: mostly supported by figures. 4...
Summary of my lecture on site-specific recombination.
- Summary
- • 3 pages •
Summary of my lecture on site-specific recombination.
Samenvatting over homologe recombinatie. Deze samenvatting is gebaseerd op 2e jaars biologie lecture. Het is wel in het Engels geschreven.
- Summary
- • 2 pages •
Samenvatting over homologe recombinatie. Deze samenvatting is gebaseerd op 2e jaars biologie lecture. Het is wel in het Engels geschreven.
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