Fundamentals of Brain Organoids for Neurological Diseases

Fundamentals of Brain Organoids for Neurological Diseases by Balachandar Vellingiri is a concise, authoritative guide that captures the cutting edge of in vitro human brain modeling. Perfect for researchers, clinicians, graduate students, and biotech professionals, this book illuminates how brain organoids are transforming the study of neurological disorders from neurodevelopmental conditions to neurodegeneration.

Begin with a compelling overview of organoid biology—stem cell sourcing, 3D culture principles, and the cellular and molecular hallmarks that make organoids a powerful model system. Clear, accessible chapters bridge basic science and translational application, explaining how organoids recreate brain architecture, synaptic networks, and disease phenotypes that are otherwise hard to study in animal models.

Practical insights into experimental design, interpretation of disease-relevant readouts, and current limitations position this book as a must-read for labs adopting organoid technology. Real-world case studies highlight research on Alzheimer’s, Parkinson’s, epilepsy, and rare genetic disorders, offering readers a roadmap for applying organoids to hypothesis-driven research and drug discovery.

Whether you are in academic centers in North America, Europe, or Asia, or working in clinical research and pharmaceutical development, this resource provides the conceptual clarity and scientific context needed to advance neurological disease research. Its authoritative voice, practical emphasis, and forward-looking perspective make it an essential reference for anyone engaged in neurobiology and regenerative medicine.

Discover how human brain organoids can sharpen your research questions and accelerate translational impact—add Fundamentals of Brain Organoids for Neurological Diseases by Balachandar Vellingiri to your professional library today.

Note: eBooks do not include supplementary materials such as CDs, access codes, etc.