more:science

We received the 2025 SLAS New Product Award

Resources

Explore our curated library of 3D cell culture resources, focusing on efficient Organoid Workflow and regulatory best practices.

Cerebral organoids in brain development research
Cerebral Organoids in Brain Development Research: From Single-Region Models to Assembloids
MO_2026_BLOG_MORE
MO:BOT-Driven Automated Workflow for 3D Cell Culture Model Generation and Viability Assessment Using CellTiter-Glo® 3D Cell Viability Assay
2D Cell Culture
Organoid vs 2D Cell Culture: Differences in Drug Screening Accuracy and Predictivity
Automated workflows for consistent cerebral organoid research
Improving Cerebral Organoid Consistency: Automation Strategies for High-throughput Drug Discovery
organoid drug screening
How Organoids Are Used in Drug Screening for Preclinical Research
High-Throughput 3D Cell Culture Imaging
High-Throughput 3D Cell Culture Imaging and Analysis: Techniques, Challenges, and Best Practices
The assertion gap in NAM adoption
Who goes first? The assertion gap in NAM adoption
3D Spheroid Cultures: Parameters for Reliable High‑Throughput Drug Screening
Achieving Uniform 3D Spheroid Cultures: Parameters for Reliable High‑Throughput Drug Screening
ACROBiosystems × Mo:re Science
ACROBiosystems × MO:RE Science: Enabling Automated, Human-Relevant Organoid Development
MO:RE and Revvity collaborate to improve reproducibility in 3D model research
MO:RE and Revvity collaborate to improve reproducibility in 3D model research
Organoid Culture Protocols: growth, manteinance and analytics
Organoid Culture Protocols: Best Practices for Growth, Maintenance, and Analysis
3D Cell Culture Applications
Applications of 3D Cell Culture Models: Drug Screening, Toxicology, and Disease Modeling
Header-Image
Towards Regulatory-Approved Drug Discovery: Automating and Standardizing Organoid 3D Cell Culture Workflows
Image 1 y portada
Animal‑Free Medical Research, Accelerating Drug Development: From Policy Shift to Lab Adoption