Fluorescence microscopy has become an indispensable tool to investigate the dynamics of macromolecules directly in living cells on length scales ranging from the nanoscale via super-resolution microscopy (SRM) to the macroscale by light sheet technology. Advances in these microscopy techniques and the desire to perform experiments with high spatial and temporal resolution in living cells increase the requirements imposed on the fluorophores used. Tailor-made synthetic small-molecule fluorophores in combination with innovative labeling strategies help to overcome these challenges and continue to push the boundaries in live-cell microscopy. This Review discusses important advances in improving the performance of synthetic fluorophores for live-cell applications and how synergistic effects can be produced by using clever labeling strategies. We detail how synthetic fluorophores advance different microscopy modalities including live-cell SRM and showcase how they can be implemented into bi

Nature - Experiments suggests H9N2 has adapted to human cells but cases of person-to-person transmission haven’t been reported yet.

Florida’s latest dashboard exposed a chilling pattern: citizens caught in ICE operations, data quietly deleted, and a government once again manipulating the truth to fit its narrative.

The $71.5 million spent so far has paid for guns and armor, chemical munitions, “guided missile warheads," and "explosive components.”

The Dutch intelligence services AIVD and MIVD have reduced the amount of information they share with their American counterparts, citing political developments in the United States under President Don...

FBI Director Kash Patel fires agents, DOJ prosecutors dismissed, and Trump’s loyalty purge deepens — leaving America’s national security at risk.