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Foundation block создатель Mind Map: Foundation block

1. Genetic medicine

1.1. 1: Chromosome and Cell Genetics

1.2. 2: Principles of Molecular Genetics

1.3. 4: Strategies for Prevention and Treatment of Genetic Disorders

2. Dentistry

2.1. 1: Dental Infection

2.2. 2: Oral health

3. Themes

3.1. Integrative Theme

3.1.1. 1: Integrative Medicine

3.1.2. 2: Cervical cancer

3.1.3. 3: The Software: Genetic Information – its Expression and Variation

3.1.4. 4: Medical Implications of Dental and Oral Disease

3.1.5. 5: What is PBL?

3.1.6. 6: HIV and Health

3.2. Personal and profissional development theme

3.2.1. 1: introduction to PPD

3.2.2. 2: Careers in Medicine

3.2.3. 3: Presentation skills for OSCE

3.2.4. 4: Ethical Dilemmas in Neonatology

3.3. Community doctor theme

3.3.1. 1: Introduction to Community & Doctor Theme

3.3.1.1. Assignment

3.3.2. 2: Multicultural Issues in Health Delivery

3.3.2.1. Assignment

3.3.3. 3: Debate: Health Care for the Elderly

3.3.3.1. Assignment

3.3.4. 4: Introduction to Epidemiology

3.3.4.1. Assignment

3.4. Evidence based medicine

3.4.1. 1: Introduction to EBM

3.4.2. 2: PICO

3.5. Basic and clinical sciences (OSPE)

3.5.1. Introduction to Anatomy: Bones, Joints, Muscles

3.5.2. Introduction to Cells, Epithelial Tissues

3.5.3. Introduction to Anatomy: Viscera, Vessels and Lymphatics

3.5.4. Connective Tissue and Muscle

3.5.5. Introduction to Microbiology: It’s a Small World

3.5.6. Introduction to Anatomy: Head and Trunk

3.5.7. Vessels

3.5.8. Introduction to Microbiology 2: It’s a Small World

3.5.9. Introduction to Anatomy: Nervous System

3.5.10. Organization of Tissues

3.5.11. Depression

3.5.12. Upper Limb: Bones and Joints

3.5.13. Acute Inflammation

3.5.14. Principles of Nutrition

3.5.15. Upper limb: Shoulder and Arm Muscles

3.5.16. Viruses and Virology

3.5.17. Upper Limb: Forearm and Hand Muscles

3.5.18. Genes and Mutations

3.5.19. Cancer

3.5.20. Investigating Infection and Immunity to Mycobacterium Tuberculosis

3.5.21. Antibodies: Applications in Clinical Immunology

3.5.22. Upper Limb: Vessels

3.5.23. Atherosclerosis

3.5.24. Upper limb: Nerves (+Lesions)

3.5.25. Chronic Inflammation

4. Pathology

4.1. 1: Homeostasis – The Balance between Health and Disease – Stress, Adaptation, Injury and Death

4.2. 2: Tissue Renewal and Repair

4.3. 3: Pathology/Laboratory Medicine

4.4. 4: Acute Inflammation

4.5. 5: Neoplasia

4.6. 6: Chronic Inflammation

5. Pharmacology

5.1. 1: What is Pharmacology?

5.2. 2: How Drugs Work

5.3. 3: Quantization of Drug Effects

5.4. 4: Metabolism of Drugs

5.5. 5: Clinical Effects of Drugs – Pharmacodynamics and Pharmacokinetics

5.6. 6: Adverse Reactions to Drugs (ADRs)

5.7. 7: Non-medical use of Drugs

6. Immunology

6.1. 1: Ancient and Modern Defenses: An Introduction to the Immune System

6.2. 2: Antigen Capture and Presentation ‘What Lymphocytes See’

6.3. 3: Lymphocyte Antigen Receptors & Development of Immune Repertoires

6.4. 4: Activating T Cells, Cytokines, & Chemokines

6.5. 5: Activation of T Lymphocytes in Cell-Mediated Immune Responses

6.6. 6: Activation of B Cells in Humoral Immune Responses

6.7. 7: Effector Mechanisms of Humoral Immunity: Eradicating Extracellular Bacteria

6.8. 8: Self Tolerance and Autoimmunity

6.9. 9: Immune System Dysfunction

6.10. 10: Manipulating Immune Responses

7. Infectious Diseases

7.1. 1: Communicable Diseases in a Global Context

7.2. 2: Eukaryotic Pathogens

7.3. 3: Prokaryotic Pathogens (medically important bacteria)

7.4. 4: Sub Cellular Pathogens

7.5. 5: Mechanisms of Bacterial Pathogenesis

7.6. 6: Mechanisms of Viral Pathogenesis

7.7. 7: Diagnosis of Infectious Diseases

7.8. 8: Control of Infectious Diseases 1

7.9. 9: Control of Infectious Diseases 2

8. medical research

8.1. Introduction to Medical Research

9. Anatomy

9.1. 1: Introduction to Anatomy

9.2. 2: Introduction to Skin, Bones, Joints and Skeletal Muscles

9.3. 3: Introduction to Arteries, Veins and Lymphatics

9.4. 4: Introduction to Viscera, Smooth & Cardiac Muscle

9.5. 5: Introduction to Trunk

9.6. 6: Introduction to Head and Neck

9.7. 7: Introduction to Central Nervous System

9.8. 8: Introduction to Peripheral Nervous System

9.9. 9: Introduction to Limbs

9.10. 10: Upper Limb: Bones and Joints

9.11. 11: Upper Limb: Shoulder and Arm Muscles

9.12. 12: Upper limb: Forearm and Hand Muscles

9.13. 13: Upper limb: Vessels

9.14. 14: Upper limb: Nerves (+ Lesions)

10. Histology

10.1. Histology 1: Introduction to Cells and tissues

10.2. Histology 2: Epithelial Tissue

10.3. 3: Connective Tissue and Muscle

10.4. 4: Vessels – Arteries, Veins, Lymphatics; Nerves

10.5. 5: Organization of Tissue – Gastrointestinal Tract

11. Physiology

11.1. 1: Homeostasis and its Control Mechanisms

11.2. 2: Biological Membranes and their Role in Cellular Homeostasis

11.3. 3: Intracellular Signal Transduction

11.4. 4: Intercellular Communication

11.5. 5: Pregnancy

11.6. 6: Growth and Division of Cells, The Cell Cycle

12. Patient and Doctor Tutorials

12.1. Communication skills

12.1.1. Introduction & Orientation to History Taking

12.1.2. Empathy, Rapport & Non-judgmental Interviewing

12.1.3. Structure of the Medical History and Listening Skills

12.1.4. paediatric history taking

12.1.5. Interviewing with feedback

12.2. Procedural skills

12.2.1. Introduction to the Hospital

12.2.2. Height, Weight, & Waist Circumference (BMI)

12.2.3. infection control general concepts

12.2.3.1. gowning and hand washing

12.3. Clinical Diagnostics Skills

12.3.1. Introduction & Orientation to Physical Examination

12.3.2. Respiratory examination

12.3.3. Cardiovascular examination

12.3.4. Abdominal examination

13. Psychological Medicine

13.1. 1: Ordinary Madness

13.2. 2: Mental Illness

14. Embryology

14.1. 1: Early Human Embryonic Development

14.2. 2: Birth Defects

15. Geriatrics

15.1. 1: Successful Ageing

16. Biochemistry

16.1. 1: Major Nutrients and Nutrient Sensing Systems

16.2. 2: Metabolic Pathways for the Conversion of Major Nutrients to Usable Energy

16.3. 3: The role of Oxygen in Making Energy Available from Major Nutrients

16.4. 4: DNA & RNA Structure: Why solving the double helix structure of DNA was so revolutionary

16.5. 5: RNA: Transcription and Translation: The Genetic Code; targeting proteins to specific cellular compartments

16.6. 6: Protein Structure and Function: the principles of protein structure and how it can explain function

16.7. 7: Enzymes: Substrates; Products; Modes of Inhibition

16.8. 8: Feast and Famine: How are nutrients stored and made available when required?

16.9. 9: Biochemical Detection of Myocardial Infarction

17. Obstetrics & Gynecology

17.1. Introduction to Women’s Health

18. Uncategorized single lectures

18.1. Bürden of disease

18.2. Saudi Health Care System

18.3. Communicable Disease Policy

18.4. Surveillance and Outbreak Management

19. Not in the block book!

19.1. pain management

19.2. depression - pharma

19.3. Introduction to men's health

19.4. Introduction to medical imaging

19.5. what is imaging

19.6. Hypersensitivity