Cell-based assay innovation is reshaping how we discover, validate, and de-risk therapeutic candidates across disease areas. This Research Topic invites ...

This article examines target-based vs phenotypic screening, comparing mechanisms, advantages, limitations, and use cases to ...

This interview dives into Curisosis' live cell imaging systems and how they improve reproducibility in cell-based assays.

Proceeds will help enhance workflows and expand single-cell functional assay portfolio * Brad Crutchfield joins as advisor to support early access ...

How does blood age? A new study identifies the MLKL protein as a non-lethal driver of hematopoietic stem cell aging via ...

DNADX high scores predicted improved PFS, supporting genomic instability and DNA repair deficiency as biologically relevant ...

As we age, stem cells responsible for maintaining our blood and immune systems gradually lose their resilience, but why this happens has remained unclear. A novel study from Japan and the US turns the ...

Proceeds will help enhance workflows and expand single-cell functional assay portfolio -- Brad Crutchfield joins as advisor to support early access growth and upcoming global launch CAMBRIDGE, England ...

NIPCR utilises a sophisticated dual approach to research namely utilizing animal models that closely mirror human physiology for high-fidelity data, integrating ‘New Approach Me ...

Rockefeller researchers previously discovered several new important tasks that the antioxidant glutathione manages throughout the body. Now they’ve found that glutathione maintains the smooth ...

This important paper substantially advances our understanding of how Molidustat may work, beyond its canonical role, by identifying its therapeutic targets in cancer. This study presents a compelling ...

As we age, our ability to maintain healthy blood and a strong immune system gradually declines, largely because hematopoietic stem cells (HSCs), the ...