Lectures related to Diffusion and Transport in Cells

Identifying Drug Targets with Thermal-Shift Profiling

Showcases correlations between different organs' thermal profiles to identify drug targets.

Covers the design of a differential amplifier with key parameters like gain and bias current.

Energy Transformations: ATP and Cellular Work

Explores major themes in biology, focusing on energy transformations within cellular systems and the crucial role of adenosine triphosphate (ATP).

Oxygen Consumption: Validation Calculations

Covers the validation calculations for oxygen consumption in Excel.

Adaptive Immune Response: Steps and Activation MOOC: Introduction to immunology (part 1)

Explores the steps and phases of the adaptive immune response.

Immune Tissue Engineering: Mechanisms and Applications

Explores immune tissue engineering, focusing on cell manipulation, immune cell types, and adaptive immune response levels, highlighting the importance of engineering immune cells for targeted therapies.

Immunometabolism: Basic Concepts and Translational Opportunities

Explores the basic concepts and translational opportunities in immunometabolism, emphasizing the intricate interactions between immune cells and different cell types.

Data from the mouse primary visual cortex

Explores data from the mouse primary visual cortex, focusing on visual information encoding, transformation, diversity of responses, and locomotion modulation.

Macro-materials for Tissue Engineering

Covers the use of macro-materials in tissue engineering, including key components, scaffold classification, bioresorbable polymers, and hydrogel applications.

Topology: Course Notes

Covers the definition of edges, vertices, and cells in geometric shapes.

Flow, Transport and Mixing in Confined Media

Delves into flow, transport, and mixing processes in confined media, focusing on pore scale velocity distribution, particle tracking simulations, and diffusiophoresis effects.

Radiotherapy: Basics & Classical Methods

Explores the basics of radiotherapy, including biological principles, types, techniques, and classical methods used in fighting cancer.

Using Chemistry to Observe and Manipulate Cells

Explores using chemistry to observe and manipulate cells through the development of fluorescent compounds and stress-inducing reagents.

B Cell T-Dependent Activation: Response and Signaling MOOC: Introduction to immunology (part 1)

Explores B cell activation in response to T-dependent antigens, including signal transduction and antigen presentation to T cells.

Active Matter: Cell Dynamics and Modeling

Explores cell dynamics in active matter, focusing on motility, polarity, and signaling pathways in biological systems.

Cell Signalling: Receptors and Pathways

Explores cell signalling mechanisms, including receptors, pathways, and signal transduction for gene regulation and cellular responses.

Diffusion in Cells Log in to Mediaspace to watch this video

Explores diffusion in cells, focusing on molecular movement and the impact of size and environment.

Introduction to Biology and Cells Log in to Mediaspace to watch this video

Introduces biology and cells, covering proteins, lipids, DNA, organs, tissues, and more.

Activation and Differentiation of T Cells Log in to Mediaspace to watch this video

Explores the activation and differentiation of T lymphocytes, focusing on naive T cells recognizing antigens and differentiating into effector and memory cells.

Bio Molecular NanoComputing: From Enzymes to Cells Log in to Mediaspace to watch this video

Covers the evolution of Bio Molecular NanoComputing, exploring the potential of enzymes and cells for computational purposes.