This Month

Engineering light-induced gene expression

We describe graphing techniques to support exploration of networks.

Using Bayesian statistics to speed super-resolution microscopy

Enhancement of pattern discovery through graphical representation of data.

Measuring single-molecule forces with light.

Fusing light-activated proteins for precise optogenetic control

Pure oligodendrocyte populations can be made without cell sorting.

Two-gram microscopes make brain images in moving mice.

Gene editing becomes faster and more facile.

A million picoliter PCR chambers give quick, precise answers.

Single-molecule studies lead to high-throughput sequencing.

A physicist pushed microscopes beyond theoretical limits to provide a better look inside living cells.

Multiple synchrotron beams make infrared imaging faster and clearer.