Regulation of Kidney Function – Part 2 | ADH, RAAS & JGA Made Simple

In this video, Dr. Sangharsh explains the Renin–Angiotensin–Aldosterone System (RAAS) in the simplest and most logical way — the exact clarity every student needs for NEET and Boards. RAAS is the central mechanism that maintains blood pressure, GFR, sodium balance, and long-term fluid regulation. If you understand RAAS properly, half of kidney regulation becomes effortless. 🔍 What You Will Learn ✔ Why renin is released from JGA ✔ How angiotensin II is formed and what it does ✔ Role of ACE and its clinical significance ✔ How aldosterone increases Na⁺ reabsorption ✔ How RAAS maintains blood pressure during dehydration or low BP ✔ Integrated flowchart + simple memory tricks This explanation is exam-ready, NCERT-aligned, and made for deep conceptual clarity. 📌 Watch till the end — RAAS connects to ADH, GFR control, and overall homeostasis. 📌 Comment “NOTED” once done. 📌 Share with friends preparing for NEET. #RAAS #ReninAngiotensinAldosterone #KidneyRegulation #ExcretorySystem #NEETBiology #NEET2025 #HumanPhysiology #RenalPhysiology #DrSangharsh #EuroJEENEET #BiologyClasses #NCERTBiology #StudyWithMe #MedicalEntrance #GFR #BloodPressureRegulation #Urmentor