Cellular Adaptation — General Pathology

General Pathology · Basic Sciences

How it begins

Cells live in a dynamic environment that imposes variable physiological demands and continuous exposure to potentially harmful stimuli. Faced with these circumstances, eukaryotic cells have developed a repertoire of responses called cellular adaptations: reversible changes in size, number, phenotype, metabolic activity or function of cells that allow them to survive and maintain their...

What it covers

1. Cellular Adaptation
2. Concept and Theoretical Framework
3. · Cellular Response Spectrum to Stress
4. · Classification of Cellular Adaptations
5. General Principles of Adaptation
6. · Principle 1 — Phenotypic Plasticity
7. · Principle 2 — Shared Signaling Pathways
8. · Principle 3 — Stimulus-Response Relationship
9. · Principle 4 — Cellular Specificity
10. · Classification of Cells According to Their Proliferative Capacity
11. Hypertrophy
12. · Physiological Hypertrophy
13. · Pathological Hypertrophy
14. · Molecular Mechanisms of Hypertrophy
15. Hyperplasia
16. · Physiological Hyperplasia
17. · Pathological Hyperplasia
18. · Molecular Mechanisms of Hyperplasia
19. Atrophy
20. · Causes and Types of Atrophy
21. · Molecular Mechanisms of Atrophy
22. Metaplasia
23. · Epithelial Metaplasia
24. · Mesenchymal Metaplasia
25. · Molecular Mechanisms and Meaning of Metaplasia
26. Dysplasia
27. · Morphological Characteristics of Dysplasia
28. · Dysplasia vs Carcinoma in Situ vs Invasive Carcinoma
29. · Dysplasias of High Clinical Relevance
30. Cellular Stress and Signaling of Adaptations
31. · The Role of the Tissue Microenvironment
32. · Epigenetics of Cellular Adaptations
33. Adaptations by Organ
34. Clinical Relevance and Diagnosis
35. · Diagnostic Tools to Detect Adaptations
36. · Preventive Strategies based on Knowledge of Adaptations
37. · Adaptations as Therapeutic Targets
38. Integration and Final Perspective
39. · Oncological Risk Hierarchy of Adaptations
40. · Interrelationships between Adaptations
41. · Cellular Adaptations and Precision Medicine
42. · Final Conceptual Summary
43. · Bibliographical References