Lectures related to Red blood cell

Covers hemodynamics, cardiovascular mechanics, blood rheology, arterial wall dynamics, and blood properties.

Explores blood composition, proteins, coagulation, diseases treated with enzymes, and case studies on genetic disorders.

Covers energy minimization models in biological systems, focusing on equilibrium and the roles of entropy and hydrophobicity.

Delves into the Gorter & Grendel experiment on plasma membrane structure using red blood cells.

Explores the Gorter & Grendel experiment demonstrating the lipid bilayer structure of the plasma membrane.

Covers the anatomy and physiology of the respiratory system, including gas exchange and blood transport of oxygen and carbon dioxide.

Explains capillary networks, blood exchange, hydraulic resistance, and pressure distribution in branches.

Covers the sedimentation speed of particles and cells, blood plasma separation, and size-selective trapping in microfluidics.

Explores hemoglobin dissociation, CO toxicity, and pH control in respiratory regulation.

Explores hemoglobin dissociation, CO toxicity, CO2 transport, and pH control in respiratory regulation.

Covers the fundamentals of biomedical imaging, including contrast, signal-to-noise ratio, and contrast-to-noise ratio.

Covers colligative properties of solutions, osmosis, osmotic pressure, and liquid-liquid separation.

Explores the composition and function of cellular membranes, including phospholipid bilayers and transmembrane proteins.

Delves into the intricate mechanisms of physiological regulation, including thermoregulation, surfactant production, and cardiovascular control.

Explores the immune system's response to pathogens, focusing on antibodies and antigens.

Explores buffer solutions in biology, discussing their importance in pH regulation and the preparation of specific pH buffers.

Explores genetic control of proteins, lipid bilayer formation, membrane repair mechanisms, and lipid structural properties.

Discusses blood distribution, vascular structure, and smooth muscle regulation in the vascular system.

Explores gas exchange dynamics, hemoglobin affinity, and gas diffusion in the respiratory system.

Explores biophysics, focusing on physical principles in cellular systems and the nature of living systems, cells, and bacteria.