
A new system that enables researchers to uniquely tag monoclonal antibodies for use in microscopy could help simplify complex imaging studies.
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Explore how automated digital pathology and machine learning are transforming chronic traumatic encephalopathy research by quantifying neuropathological heterogeneity and identifying patterns of disease progression.


Explore how next-generation sequencing, digital PCR, and emerging whole-genome sequencing approaches can support sensitive measurable residual disease detection and biomarker assessment in acute myeloid leukemia.


Explore how integrating functional screening with spatial biology and tissue cross-reactivity analysis can help researchers identify CAR T cell candidates with strong antitumor activity, high target specificity, and reduced off-tumor risk.


Discover how single-molecule Fiber-seq is revealing unexpected mechanisms of transcription factor regulation, chromatin accessibility, and essential gene activation at CpG-island promoters.


Next-generation upgrade strengthens data comparability and compliance—without changing trusted instrumentation

Unlike traditional balance + middleware bundles that create costly long-term dependencies, the new Cubis® III lab balances from Sartorius connect seamlessly to any open digital ecosystem while eliminating the need for additional software layers.


Automation can help to increase efficiency and reproducibility, but often comes at a significant cost. The ASSIST PLUS pipetting robot streamlines workflows at an affordable price, offering accessible automation with minimal programming requirements.


Corning® Cell Strainers are sterile, easy-to-use devices for rapidly isolating primary cells to consistently obtain a uniform single-cell suspension from tissues. Applications include stem cells and primary cells.
