Wageningen University (WUR) • Molecular Life Sciences
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Courses Molecular Life Sciences at Wageningen University (WUR)
Notes available for the following courses of Molecular Life Sciences at Wageningen University (WUR)
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Food Components and Health HNH-32206 3
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Gene technology MOB20306 1
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MOLECULAR REGULATION OF HEALTH AND DISEASE 10
Latest notes & summaries Wageningen University (WUR) • Molecular Life Sciences
Chapter 4. Toxiology: Epigenetics
4.1. Epigenetics: An Introduction
4.2. Epigenetics: Mechanisms and Molecular Basis
4.3. Epigenetics in Development
4.4. Cancee Epigenetics
- Summary
- • 10 pages's •
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Wageningen University•MOLECULAR REGULATION OF HEALTH AND DISEASE
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Chapter 4. Toxiology: Epigenetics
4.1. Epigenetics: An Introduction
4.2. Epigenetics: Mechanisms and Molecular Basis
4.3. Epigenetics in Development
4.4. Cancee Epigenetics
Chapter 3. Intestinal Homeostasis in Health and Disease
3.1. Intestinal Homeostasis - A delicate balancing act
3.2. Basic Anatomy of the Human Gastrointestinal Tract
3.3. The Epithelial Barrier
3.4. Secreted and Membrane Bound Mucins Keep Microbes at a Distance
3.5. Antimicrobial Peptides and Proteins
3.6. Innate Regulation of Mammalian Innate Defense
3.7. Pattern Recognition Receptors and Inflammatory Signaling
3.8. Regulation of Innate Receptor Recognition and Signaling
3.9. Inflammatory Bowe...
- Summary
- • 7 pages's •
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Wageningen University•MOLECULAR REGULATION OF HEALTH AND DISEASE
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Chapter 3. Intestinal Homeostasis in Health and Disease
3.1. Intestinal Homeostasis - A delicate balancing act
3.2. Basic Anatomy of the Human Gastrointestinal Tract
3.3. The Epithelial Barrier
3.4. Secreted and Membrane Bound Mucins Keep Microbes at a Distance
3.5. Antimicrobial Peptides and Proteins
3.6. Innate Regulation of Mammalian Innate Defense
3.7. Pattern Recognition Receptors and Inflammatory Signaling
3.8. Regulation of Innate Receptor Recognition and Signaling
3.9. Inflammatory Bowe...
Chapter 2. Microbiota in Health and Disease
2.1. Gastrointestinal microbes
2.2. Microbial components influencing host physiology
- Summary
- • 10 pages's •
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Wageningen University•MOLECULAR REGULATION OF HEALTH AND DISEASE
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Chapter 2. Microbiota in Health and Disease
2.1. Gastrointestinal microbes
2.2. Microbial components influencing host physiology
Chapter 1. Molecular Regulation of Energy and Nutrient Metabolism
1.1. Introduction
1.2. Mitochondria
1.3. Reprogramming of Metabolism
1.4. Regulation of Cellular Metabolic Activity
1.5. Anti Cancer Strategies Targeting Metabolism
- Summary
- • 21 pages's •
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Wageningen University•MOLECULAR REGULATION OF HEALTH AND DISEASE
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Chapter 1. Molecular Regulation of Energy and Nutrient Metabolism
1.1. Introduction
1.2. Mitochondria
1.3. Reprogramming of Metabolism
1.4. Regulation of Cellular Metabolic Activity
1.5. Anti Cancer Strategies Targeting Metabolism