Electrochemical gradient

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Related lectures (27)

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Electricity in Cells

Explores the physical basis of signal propagation in neurons, focusing on membrane potential setup and ion channels.

Implantable Bio-Fuel Cells

Introduces implantable bio-fuel cells, focusing on their working principle, design, milestones, and applications in biomedical devices.

Metabolism: Basic Concepts and Kinetics

Introduces the basic concepts of metabolism, enzymes, energy production, and ATP synthesis, exploring the fundamental principles of biochemical reactions.

Cellular Energy Production

Explores ATP production from glucose, emphasizing the role of ATP as an energy donor and the complex mechanisms involved in cellular energy synthesis.

Methane Cycling: Microbial Transformations

Delves into microbial methane cycling, covering methanogens, methanogenesis, methane oxidation, and microbial interactions in anaerobic environments.

DLVO Theory and Membrane Potential

Explains the electrical potential difference across cell membranes and the excitation of neurons.

Cell Membrane Dynamics: Ion Transport and Electric Fields

Covers ion transport across cell membranes, focusing on potassium and sodium dynamics and their effects on electric fields and voltages.

ATP Synthase: Efficiency and Mechanisms

Delves into the efficiency and mechanisms of ATP Synthase, covering its model, engine efficiency, energy production, and structural insights.

Interfaces for Metabolites

Explores the challenges and importance of interfaces for metabolites and the complexities of metabolism detection.

Molecular Motors: Rotary Mechanisms

Explores the coordination and mechanisms of molecular motors, including rotary motors, ATP-synthase, and polymerization forces.