cell biology

Research has uncovered how the stiffening of a cell’s environment drives cancer progression, paving the way for new treatments

Researchers investigate whether the number of infecting phages that bind to a bacterial surface corresponds to the amount of viral genetic material injected into the cell 

The potential of AI and digitization in transforming cytology in your lab

Better quality data accessed from a wider range of individuals provides more robust results for treatments and clinical trials

Study demonstrates immune-modifying effect of PFAS using multiparameter spectral flow cytometry

Using impure water can reduce the reproducibility of laboratory robots’ work during hit discovery

Finding could point toward more effective treatments to potentially prevent cancer relapse

New approach could provide insights into cancer progression, treatment response, and precise therapies

Sequestration of chromosomes into micronuclei disrupts the organization of chromatin and triggers epigenetic dysregulation

 Newly discovered T-cell states and interactions may affect the success of a cancer treatment regimen