SGLT (Sodium-Glucose Cotransporter) | Secondary Active Transport Explained | CSIR NET Life Science

In this video, we discuss SGLT (Sodium-Glucose Linked Transporter) and understand the mechanism of Secondary Active Transport in a simple, exam-oriented way. 🔬 Topics Covered: What is Secondary Active Transport? Role of the Na⁺ electrochemical gradient SGLT structure and mechanism Na⁺–glucose cotransport (Symport) Role of Na⁺/K⁺-ATPase in maintaining the Na⁺ gradient Primary vs Secondary Active Transport SGLT1 vs SGLT2 Glucose reabsorption in the kidney Important concepts for CSIR NET / GATE / DBT / Life Science exams Concept-based exam questions 📌 Key Concept: SGLT does not directly use ATP. It uses the energy stored in the Na⁺ electrochemical gradient, which is ultimately generated by the Na⁺/K⁺-ATPase. 🎯 Perfect for CSIR NET Life Science, GATE, DBT, MSc & other Life Science entrance exams. 🔖 Hashtags #SGLT #SecondaryActiveTransport #SodiumGlucoseCotransporter #MembraneTransport #CSIRNET #CSIRNETLifeScience #GATEBiotechnology #LifeScience #CellBiology #GlucoseTransport #NaKATPase #JVICGyan