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Biosciences For Farming in Africa

B4FA.org

June 2016

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4.9. Epigenetic memory

4.9. Epigenetic memory

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4.8. Epigenetic marks are heritable

4.8. Epigenetic marks are heritable

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4.7. The molecular basis of epigenetics

4.7. The molecular basis of epigenetics

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4.6. Epigenetic modifications of DNA

4.6. Epigenetic modifications of DNA

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4.5. The CRISPR Cas 9 system as a laboratory tool

4.5. The CRISPR Cas 9 system as a laboratory tool

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4.3. The CRISPR Cas 9 system III

4.3. The CRISPR Cas 9 system III

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4.2. The CRISPR Cas 9 system II

4.2. The CRISPR Cas 9 system II

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4.1. The CRISPR Cas 9 system I

4.1. The CRISPR Cas 9 system I

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3.12. The difference between F1 hybrids and GM crops

3.12. The difference between F1 hybrids and GM crops

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3.11. Genetic modification overview

3.11. Genetic modification overview

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3.10. Conventional plant breeding overview

3.10. Conventional plant breeding overview

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3.9. Marker assisted selection

3.9. Marker assisted selection

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3.8. Conventional plant breeding

3.8. Conventional plant breeding

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3.7. Genetic modification (GM)

3.7. Genetic modification (GM)

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3.6. F1 plants are not GM: they are produced by crossing two non-GM parents

3.6. F1 plants are not GM: they are produced by crossing two non-GM parents

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3.5. Disadvantages of F1 seeds

3.5. Disadvantages of F1 seeds

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3.4. Steps in production of F1 hybrids: 3. Commercial production of F1 hybrids

3.4. Steps in production of F1 hybrids: 3. Commercial production of F1 hybrids

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3.3. Steps in production of F1 hybrids: 2. Test crossing: sets of two inbred lines are crossed

3.3. Steps in production of F1 hybrids: 2. Test crossing: sets of two inbred lines are crossed

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3.2. Steps in production of F1 hybrids: 1. Development of parental inbred lines

3.2. Steps in production of F1 hybrids: 1. Development of parental inbred lines

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3.1. F1 hybrids

3.1. F1 hybrids

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2.8. Difference between white and yellow maize

2.8. Difference between white and yellow maize

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2.7. The evolution of crops: maize

2.7. The evolution of crops: maize

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2.6. Asexual reproduction in plants II: banana and cassava

2.6. Asexual reproduction in plants II: banana and cassava

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2.5. Asexual reproduction in plants I. Bulbs and tubers

2.5. Asexual reproduction in plants I. Bulbs and tubers

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2.4. Asexual reproduction in plants I. Runners.

2.4. Asexual reproduction in plants I. Runners.

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2.3. Male and female organs in a flower

2.3. Male and female organs in a flower

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2.2. Sexual reproduction in plants

2.2. Sexual reproduction in plants

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2.1. Traditional plant breeding

2.1. Traditional plant breeding

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1.8. Recombination

1.8. Recombination

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1.7. The inheritance of simple characteristics

1.7. The inheritance of simple characteristics

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1.6. Alleles

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1.5. The chromosome

1.5. The chromosome

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1.4. The inheritance of chromosomes

1.4. The inheritance of chromosomes

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1.3. DNA expression

1.3. DNA expression

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1.2. The central dogma of molecular biology

1.2. The central dogma of molecular biology

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1.1. The DNA structure

1.1. The DNA structure

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