Stem cell

Applied sciences
Biological engineering
Biomedical engineering
Tissue engineering

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Related lectures (32)

Page 3 of 4

Flow Cytometry: An Invaluable Tool for Research and Clinical Applications

Introduces Flow Cytometry as a technology for rapid multi-parametric analysis of single cells in various disciplines.

Morphogenesis: Tissue-Level Phenomena

Explores tissue-level phenomena in morphogenesis, including cell sorting, migration, tissue boundaries, and morphogen gradients.

Cell Adhesion: Integrin Signaling and ECM Mechanics

Explores integrin signaling, ECM mechanics, substrate stiffness effects on cell behavior, and the use of Matrigel vs. synthetic ECM scaffolds.

Flow Cytometry: Applications and Techniques

Explores the applications and techniques of flow cytometry, including cell characterization and sorting methods.

Stem Cell Phenotypes and Lineage Analysis

Discusses LGR5 phenotypes in mice and lineage analysis techniques.

Tissue Engineering: Organoids and Biomaterials

Explores the use of organoids for disease modeling and tissue regeneration, along with advancements in biomaterials.

Stem Cell Biology Tools

Explores early embryogenesis, ES cell differentiation, disease modeling, neuronal function, genome editing, 'minibrains', in vitro retina and intestine, single-cell analysis, and lineage tracing.

Airway Tissue Engineering: Anatomy, Physiology, and Future Developments

Explores airway anatomy, clinical conditions, ideal replacements, available options, and future developments in tissue engineering.

Stem Cells and Organoids

Covers stem cells, organoids, and their applications in healthcare and engineering.

Organ-on-Chip: Biomedical Research and Cancer Modeling

Explores Organ-on-Chip technology for biomedical research and cancer modeling, showcasing its impact on drug development and disease understanding.