DIAGNOSTICS
Spatial Biology
Empowering Discovery of Biological Systems
Spatial biology has profound implications for understanding disease progression, identifying potential treatment targets, and developing personalized medicine. Ascential works with you to design powerful tools for understanding the complex spatial organization of biological systems. Working as a multi-disciplinary team with experts in biotechnology, automation, and software, Ascential develops systems that optimize bioprocessing conditions, accelerate drug discovery, and advance the development of personalized medicine.
Impossible? Done.
Comprehensive Spatial Biology Capabilities
Ascential is your partner in solving complex manufacturing challenges, working with you to deliver high throughput, quality tools and technologies for spatial biology applications.
Customized Bioprocessing Equipment
Tailored bioreactors, microfluidic devices, imaging systems, and automation platforms are developed to support spatial assays. Our team combines optics, fluidics, thermal control, and automation expertise—including next-gen tools like 3D bioprinting and engineered living materials.
Scale-Up and Automation
From R&D to production, scalable systems are designed to automate workflows, boost throughput, and ensure consistency. Robotics and flexible automation streamline sample handling, dispensing, and imaging for evolving manufacturing demands.
Process Optimization and Quality Management
Process validation, control strategies, and GMP practices are implemented to improve yield and maintain compliance. Our team supports documentation, equipment training, and regulatory alignment to ensure smooth, reliable operations.
Software and Data Management
Custom platforms for image analysis and spatial data integration make it easier to interpret complex biology. Applications can incorporate machine learning or data mining while connecting seamlessly with existing lab systems.
Spatial Biology for Precision Diagnostics and Therapeutics
Our spatial biology approach provides a detailed view of biological systems in their three-dimensional context, enabling more accurate analysis of cellular behavior and disease mechanisms:
High-Resolution Insight: By leveraging spatial omics technologies, we can map molecular processes within cells and tissues, providing critical context that traditional methods miss.
Personalized Applications: These insights support more precise diagnostics, targeted treatment strategies, and the development of personalized medicine, with far-reaching impact on disease progression research and therapeutic innovation.
Next-Generation Systems for
Precision Medicine and Discovery
Understand Spatial
Biology
Analyze the three-dimensional organization of cells and tissues to gain deeper insight into biological function and disease mechanisms.
Accelerate Drug
Discovery
Use spatial omics and responsive systems to identify treatment targets and inform therapeutic development faster and more precisely.
Advance Personalized
Medicine
Design systems that optimize bioprocessing and enable tailored treatments based on individual molecular and cellular profiles.
Partner with Us
Partner with us to bring your innovative medical devices and instruments to market faster and with confidence, backed by proven expertise, precision manufacturing, and end-to-end support.