Webinars

Featured Webinars

Translating Neurological Stem Cell Research into Therapies for Today's Patients
Explore how iPSC-derived brain organoids are transforming neurological therapy development.
Predicting Clinical Neurotoxicity Using Functional Organoids
Learn how functional brain organoids enable predictive neurotoxicity testing, reduce CNS failure rates, and advance neurotherapeutic drug discovery.

Webinars Library

Neurological Drug Discovery and Toxicology Screening
Watch this on-demand webinar to explore advanced in vitro models for neurotoxicity testing and drug discovery.
Human Schwann Cells: Importance for Peripheral Neuropathy Preclinical Research
Explore how human Schwann cell-based assays improve modeling of peripheral neuropathy in preclinical research. Join Dr. Anup Sharma for insights into predicting neurotoxicity and advancing safer drug development.
Human Dorsal Root Ganglia Studies on Ectopic Spontaneous Activity
Discover how ectopic activity in human DRG neurons contributes to cancer-related neuropathic pain in this on-demand webinar led by Dr. Patrick Dougherty of MD Anderson.
Functional Organoids and their Applications for Disease Modeling
Explore how functional organoids advance disease modeling in this webinar focused on Rett Syndrome. Learn about iPSC-derived neural models, high-throughput screening, and therapeutic discovery.
ADCs and Peripheral Neuropathy: The Need for New, Predictive Assays
Explore the future of neurotoxicity testing in ADC development. In this on-demand webinar, Dr. Rakesh Dixit discusses the need for predictive assays to better assess peripheral neuropathy and improve ADC safety and efficacy.
Accelerating Care & Research for Neurological Diseases
Discover how Synapticure is transforming ALS care through a teleneurology hub and biobank of patient-derived samples—enhancing support, research, and drug development.
A Case Study on Chemotherapeutic Drug-induced Peripheral Neuropathy
Explore how to model peripheral nerve anatomy to assess and understand drug-induced toxicity.