Nonstop Neuron

Bicarbonate Reabsorption in the Nephron | Carbonic Anhydrase | Acid-Base Balance | Renal Physiology

Phosphate Transport Along the Nephron | Phosphate Reabsorption | Renal Physiology Animation

Countercurrent Exchange Mechanism in Kidney Animation | How Medulary Hyperosmolarity is Maintained?

Urea Recycling | Role of Urea in Kidney | Urea Excretion | Urea Handling by Nephrons | Renal System

Countercurrent Multiplier Mechanism of Urine Concentration in Kidney | Countercurrent Mechanism

You MUST PEE at Least THIS Much! A Technical Answer by a Doctor | Obligatory Urine Volume

Water Reabsorption in the Renal Tubule | Aquaporin, Water Transport, Mechanism of Water Reabsorption

Transport of Glucose, Amino Acids and Urea in Renal Tubule | Transport Maximum, Renal Threshold

Regulation of Sodium Reabsorption in Renal Tubule | Glomerulotubular Balance, Aldosterone, ADH, ANP

Potential Fluid Spaces in the Body | Pleural Cavity, Pericardial Cavity, Peritoneal Cavity

Safety Factors that Prevent Edema | What Prevents Edema in Physiological Condition

Suffix -osmotic vs -tonic i.e. Difference Between Isosmotic vs Isotonic

Fluid Exchange Between Intracellular & Extracellular Fluid | Osmotic Equilibrium | Cell Volume

Donnan Effect | Gibbs Donna Equilibrium | Membrane Physiology

Body Fluid Compartments | Intracellular Fluid vs Extracellular Fluid, Transcellular Fliud

Water Balance in Body | Daily Water Intake & Output | Insensible Water Loss, Urine Output and More

Coronary Circulation - The Physiology | Coronary Blood Flow & Its Regulation | Blood Supply of Heart

Analysis of Cardiac Output Curve and Venous Return Curves

Mean Circulatory Filling Pressure & Mean Systemic Filling Pressure | Venous Return Curve

Cardiac Output Curves | Factors Affecting Cardiac Output | Cardiovascular Physiology

Bainbridge Reflex vs Baroreceptor Reflex | Effect of Changes in Blood Volume on Heart Rate

Regulation of Cardiac Output | How Increased Venous Return Increases Cardiac Output and MORE

Everything About Short-Term Regulation of Blood Pressure | Nervous Control of Circulation |Animation

Vasomotion || Microcirculation Cardiovascular System Physiology Animation || Capillary Exchange

Hormonal Control of the Circulation: Vasoactive Compounds | Adrenaline, Angiotensin II, Vasopressin

Short Term Control of Local Blood Flow | Circulatory System Physiology Animation

Structure of Lymphatic Channels & Physiology of Lymph flow | Role of Lymphatic System in Circulation

Capillary Exchange of Nutrients and Waste Products | Microcirculation Physiology Animation

Structure of Microcirculation and Capillary System

Blood Reservoir Function of the Veins

Venous Pressures: Central vs Peripheral Venous Pressure, Factors Affecting it | Physiology Animation

Systolic-Diastolic Pressure, Pulse Pressure, Mean Arterial Pressure & Transmission of Pressure Pulse

Delayed Compliance or Stress Relaxation of Vessels | Distensibility, Compliance of Blood Vessels

Why EXACTLY the Arteries are called Resistance Vessel? And Vains Capacitance Vessel?

Long Term Regulation of Local Blood Flow || Cardiovascular System Physiology

Vascular Compliance (Distensibility) & Its Imporatance in Arterial Pulsation & Venous Reservoir

Blood Pressure, Blood Flow, Resistance and Their Relationship|| Hemodynamics

Resistance to Blood Flow | Hemodynamics | Circulatory System

Spread of Impulse & Excitation Contraction Coupling in Cardiac Muscle

Easy Analogy Refractory Period | Absolute and Relative Refractory Period Made Easy

What Controls Smooth Muscles Activities? Nervous & Hormonal Control of Smooth Muscle Contraction

Excitation Contraction Coupling in SMOOTH Muscles || Its DIFFERENT than in Skeletal Muscle

Membrane Potentials in Smooth Muscle || Spike Potential, Plateau, Slow Wave, Junctional Potential

Neuromuscular Junctions of SMOOTH Muscles & Transmission || Diffuse Junctions & Contact Juntions

Special Characteristics of Smooth Muscle Contraction as Compared Skeletal Muscle Contraction

Cracking the Codes of Receptor Distribution: ANS and Endocrine Made 1000% More Interesting

From Where the ATPs Come & Where are they Used During Contraction | Energetics of Muscle Contraction

Length Tension Relationship || Length-Tension Diagram of Muscle

Refractory Period of Cardiac Muscle

Muscle Remodeling Explained with Flowers | Hypertorphy, Hyperplasia, Atrophy, Tissue Remodeling