High-Throughput Single-Cell Profiling for Drug Formulations

Understanding complex cellular responses is essential for evaluating new therapeutic compounds and drug formulations. Using Parse Bioscience Evercode technology, researchers can perform single-cell sequencing with unprecedented scale and ease. This massively parallel transcriptomic approach links genetic inputs directly to biological outcomes, establishing clear causal relationships for predictive medicine.

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UMAP of 1 million PBMCs analyzed
Cell

3D Bioprinted Disease Models for Predictive Drug Screening

Developing physiologically relevant tissue models is crucial for predicting clinical drug efficacy. Utilizing CELLINK's advanced bioprinting platforms, researchers can easily fabricate complex, multi-cellular 3D microenvironments mimicking native human tumors; it helps with accurate assessment of drug penetration and toxicity compared to traditional 2D cultures, accelerating lead candidate selection.

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Spatial Multi-Omics for Biomarker and Efficacy Profiling

Discovering robust clinical biomarkers requires deeply analyzing tissue architecture and cellular interactions. Bruker's spatial biology platforms enable researchers to simultaneously measure over 1,100 protein targets in situ, capturing both single-cell properties and their neighborhood environments. This multiplexed multi-omics approach maps exact positional interactions, offering an invaluable tool for validating complex disease mechanisms and therapeutic responses in native tissue

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