Early-stage ALS drug discovery workflows can be challenging due to a lack of access to consistent, physiologically relevant human cell models. In this app note, discover a functional iPSC-derived neuronal model of ALS from bit.bio. Also, explore an MEA workflow featuring the Axion Maestro Pro that was used to validate this model’s reduced neuronal activity and network formation compared to a genetically matched control, highlighting its physiological relevance for pre-clinical ALS research.
MEA to probe ALS phenotypes in neuronal disease models
Login or Register
Related Whitepapers
Beyond the Lab: Biomarkers Powering Tomorrow’s Therapies
Biomarkers are redefining how precision therapies are discovered, validated and delivered. This exclusive expert-led report reveals how leading teams ...
App Note: High-Throughput Single-Cell Genome Profiling
See how the new Shasta™ Single Cell System enabled high-throughput single-cell DNA-seq library preparation to detect tumor-driving mutations....
Beyond the Lab: Clinical Trials
Explore how artificial intelligence (AI), biomarkers, and innovative trial technologies are creating a more efficient, data-driven future for drug dis...
Beyond the Lab: Artificial Intelligence
Download our latest report to discover how AI is transforming drug discovery, accelerating treatments and driving personalised care....
Beyond the lab: antibodies
Amidst a new wave of innovation in antibody research, this report highlights recent breakthroughs across fields such as cancer research and neuroscien...
Beyond the lab: screening
This report provides exclusive access to content on innovative screening methods to improve detection and diagnosis of prevalent conditions like cance...
Poster: Assays for DDX3, DDX5, DDX17, RIG-I, and MDA5
A panel of HTS assays was developed using the Transcreener platform to accelerate the development of selective helicase inhibitors....
Poster: Assays for PRMT5, MLL4, METTL3/14, & NSP14
AptaFluor SAH: A Homogenous, Universal Assay for Histone, RNA, & DNA Methyltransferases. Case Study for PRMT5, MLL4, METTL3/14, & NSP14...