Cell & Molecular Biology

Application Note No. 490 “Reliable Protection Against Pipetting-Related Bio-Aerosol Contamination with ep Dualfilter T.I.P.S. Pipette Tips” describes the generation of aerosols when working with biological samples and the resulting contamination risk during pipetting. 

Multi-tissue dissociation kits provide a versatile and robust solution for streamlining single-cell dissociation workflows.   

An immuno-oncology targeting panel accurately characterized tumor-resident immune cells and located pathologically and clinically relevant tumor microenvironment features. 

Placebo analgesia might be all in the head, but that doesn’t mean it’s not real.

Researchers ensure the success of their serial dilution-based assays by using optimized protocols and advanced liquid handling tools.

Depending on the “clamped” parameter, patch clamp configurations probe different aspects of a cell's electrical activity.

Video games get microscopic in an educational science outreach project.

Single-nucleus RNA sequencing revealed specialized regions within the placenta's multinucleated cell.

Explore how researchers use organoids to understand tissue regeneration and develop novel therapies.

Discover how spatial transcriptomics and proteomics advance wound healing research.

Researchers turned programmable proteins into a novel genetic tool, potentially enabling tighter control of gene expression.

An enzyme synthesized in the fly gut travels to the brain, where it induces insulin-like peptide secretion.

Scientists use innovative stem cell culture models to progress retinal cell therapy research.

The SmartChip ND system meets laboratories’ needs for flexibility, scalability, efficiency, and affordability.

Cutting-edge microfluidics enables full automation of NGS protocols.

Intuitive and automated chemiluminescence detection empowers scientists with accessible image acquisition and analyses.

Joel Rovnak’s blood drained from his face as his painstakingly-collected sample bled onto the bench.

Sea snails stun their prey with toxins that mimic glucose-regulating hormones.

Bone marrow stem cells defy typical aging, and it may be because they express the right proteins.