MBBS, Postgraduates, Residents, Physicians, Nurses, Allied health professionals

1.     FROM DISCOVERY TO REGULATION: A COMPREHENSIVE GUIDE TO BLOOD PRESSURE

2.     UNDERSTANDING BP MEASUREMENT: KEY CONSIDERATIONS & CLINICAL IMPACT

3.     THE BURDEN OF HYPERTENSION: FROM DEFINITION TO EPIDEMIOLOGICAL INSIGHT

4.     ADVANCED BLOOD PRESSURE MONITORING: CHALLENGES, INNOVATIONS AND BEST PRACTICES

5.     HYPERTENSION UNCOVERED: FROM RISK FACTORS TO GENETIC AND EPIGENETIC INSIGHTS

6.     BEYOND MEDICATIONS: A HOLISTIC APPROACH TO HYPERTENSION MANAGEMENT

7.     OPTIMIZING HYPERTENSION MANAGEMENT: GOALS, GUIDELINES, AND CHALLENGES

8.     OPTIMIZING HYPERTENSION CONTROL: PHARMACOLOGICAL STRATEGIES AND BEST PRACTICES

9.     OPTIMIZING HYPERTENSION TREATMENT: COMBINATION THERAPY AND ADJUVANT MEDICATIONS

10.  HYPERTENSION AND TARGET ORGAN DAMAGE

11.  COMPLEX HYPERTENSION: SPECIAL CASES, UNIQUE CHALLENGES, AND TARGETED MANAGEMENT

Course Curriculum: Hypertension – From Basics to Advanced Management

Module 1: From Discovery to Regulation – A Comprehensive Guide to Blood Pressure

Learning Objectives:

·       Trace the historical journey of blood pressure discovery.

·       Understand the physiology and regulation of blood pressure.

·       Discuss the role of neurohormonal and vascular factors.

Subtopics:

·       Historical milestones in BP measurement and discovery.

·       Physiology of BP: cardiac output, systemic vascular resistance.

·       RAAS system.

·       Sympathetic nervous system & endothelial function.

·       Circadian rhythm and BP variation.

·       Pathophysiology of dysregulation.

Module 2: Understanding BP Measurement – Key Considerations & Clinical Impact

Learning Objectives:

·       Learn proper techniques of BP measurement.

·       Understand pitfalls and errors.

·       Interpret clinical implications.

Subtopics:

·       Office BP measurement: cuff size, posture, repeat readings.

·       Ambulatory BP Monitoring (ABPM).

·       Home BP Monitoring (HBPM).

·       White-coat and masked hypertension.

·       Clinical relevance of measurement errors.

Module 3: The Burden of Hypertension – From Definition to Epidemiological Insight

Learning Objectives:

·       Understand definitions of hypertension.

·       Explore global and Indian prevalence data.

·       Recognize the burden on healthcare systems.

Subtopics:

·       Definitions by AHA, ESC, IGH, JNC.

·       Epidemiology: prevalence, incidence, mortality.

·       Hypertension as a CVD risk factor.

·       Public health impact & healthcare costs.

·       Social determinants of hypertension.

Module 4: Advanced Blood Pressure Monitoring – Challenges, Innovations and Best Practices

Learning Objectives:

·       Appraise advanced monitoring methods.

·       Discuss novel technologies in BP measurement.

Subtopics:

·       24-hour ABPM and BP variability.

·       Central aortic pressure and pulse wave velocity.

·       Wearable technology.

·       Challenges: accuracy, affordability, adherence.

·       Clinical integration best practices.

Module 5: Hypertension Uncovered – From Risk Factors to Genetic and Epigenetic Insights

Learning Objectives:

·       Identify risk factors and genetic predispositions.

·       Explore role of epigenetics and biomarkers.

Subtopics:

·       Traditional risk factors: age, obesity, diet, inactivity, stress.

·       Secondary hypertension causes.

·       Genetic polymorphisms.

·       Epigenetic modifications (DNA methylation, miRNAs).

·       Precision medicine.

Module 6: Beyond Medications – A Holistic Approach to Hypertension Management

Learning Objectives:

·       Learn lifestyle and non-pharmacological interventions.

·       Understand counseling, empowerment, and digital health.

Subtopics:

·       Diet (DASH, salt restriction, Mediterranean).

·       Exercise, yoga, stress reduction.

·       Sleep hygiene & circadian health.

·       Patient education & behavior change.

·       Mobile health apps & telemedicine.

Module 7: Optimizing Hypertension Management – Goals, Guidelines, and Challenges

Learning Objectives:

·       Compare global and Indian guidelines.

·       Define individualized BP goals.

·       Recognize barriers in practice.

Subtopics:

·       BP targets by population.

·       Guideline comparison (AHA/ACC, ESC/ESH, IGH, NICE).

·       Barriers: adherence, access, physician inertia.

·       Special groups: elderly, CKD, diabetes.

·       Strategies to overcome barriers.

Module 8: Optimizing Hypertension Control – Pharmacological Strategies and Best Practices

Learning Objectives:

·       Understand antihypertensive classes and mechanisms.

·       Select appropriate regimens.

Subtopics:

·       First-line drugs: ACEi, ARBs, CCBs, diuretics, beta-blockers.

·       Drug choice in comorbidities.

·       Side effects & contraindications.

·       Cost-effectiveness.

·       Prescription principles.

Module 9: Optimizing Hypertension Treatment – Combination Therapy and Adjuvant Medications

Learning Objectives:

·       Learn rationale of combination therapy.

·       Explore adjuvant and novel drugs.

Subtopics:

·       Fixed-dose combinations (FDCs).

·       Sequential vs. initial therapy.

·       Aldosterone antagonists, vasodilators.

·       Resistant hypertension.

·       Future therapies & trials.

Module 10: Hypertension and Target Organ Damage

Learning Objectives:

·       Identify end-organ damage and prevention.

Subtopics:

·       Cardiac: LVH, CAD, heart failure.

·       Cerebrovascular: stroke, dementia.

·       Renal: CKD, albuminuria.

·       Retinal: hypertensive retinopathy.

·       Early detection & management.

Module 11: Complex Hypertension – Special Cases, Unique Challenges, and Targeted Management

Learning Objectives:

·       Recognize complex/secondary hypertension.

·       Develop individualized plans.

Subtopics:

·       Pregnancy hypertension.

·       Pediatric & adolescent hypertension.

·       Elderly/frail patients.

·       Endocrine causes (pheochromocytoma, aldosteronism, thyroid).

·       OSA & renovascular hypertension.

·       Pre/perioperative management.

Course Logistics

·       Duration: 12–14 weeks (1 module/week + review).

·       Format: Blended learning (lectures, workshops, journal clubs, case-based discussions).

·       Audience: Postgraduates, residents, physicians, nurses, allied health professionals.