ISoOR is at the forefront of research on brain and cerebral organoids, providing the latest information and insights in this rapidly evolving field. ISoOR regularly updates its platform with new findings and insights, ensuring access to the most current information. ISoOR also hosts conferences focused on brain and neural organoid, promoting networking and collaboration. Furthermore, ISoOR's Research Highlights provide concise summaries of impactful studies, with a focus on advancements in Brain & Neural Organoids, keeping the scientific community informed and engaged. By bridging the gap between theory and application, ISoOR empowers global researchers to explore the intricate complexities of brain organoid with eyes for breakthrough discoveries in disease modeling and drug development.
Research Highlights
Constructing lab grown brain-Computer Interfaces for Neurofunctional Repair After Brain Injury
Organoid-Brain Interfaces for Damaged Neural Repair
Insulin Resistance Is a Modifying Factor for Parkinson's Disease
human brain organoids Pave the Way for Personalized Parkinson's Therapies
A Microglia-Containing Cerebral Organoid Model to Study Early Life Immune Challenges
Cerebral Organoids Reveal the Role of Immune Cells in Brain Development
Biofunctionalized Gelatin Hydrogels Support Development and Maturation of iPSC-Derived Cortical Organoids
Brain Organoid Breakthrough: GelMA-Cad Hydrogels Facilitate Human-Like Cortical Development In Vitro
Zika Viruses Encode 5′ Upstream Open Reading Frames Affecting Infection of Human Brain Cells
Peering into the Zika-Brain Interface: Organoids Shed Light on Virus Infection
Neuronal Lineage Tracing from Progenitors in Human Cortical Organoids Reveals Mechanisms of Neuronal Production, Diversity, and Disease
How Organoids Uncover Disease-Linked Mechanisms in Neuronal Lineage
Exposure to PFOA, PFOS, and PFHxS Induces Alzheimer's Disease-like Neuropathology in Cerebral Organoids
Cerebral Organoids Expose Alzheimer's Risk from PFAS Exposure
Glioblastoma-Cortical Organoids Recapitulate Cell State Heterogeneity and Intercellular Transfer
The Innovative Role of Cortical Organoids in Cancer Research
Brain & Neural Organoids
Modeling Primary Microcephaly with Human Brain Organoids Reveals Fundamental Roles of CIT Kinase Activity
Organoids Illuminate: CIT Kinase's Crucial Impact on Neural Progenitor Cell Dynamics
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