Researchers have uncovered how a bacterium alters its metabolism to efficiently digest lignin, which could help build productive microbial factories with applications in biotech and biomanufacturing >>>

A recent study sheds light on how the ovarian reserve develops, offering a potential avenue for treating conditions like PCOS >>>

Jasmine Baker highlights the computational tools that are helping us interpret human genomics, the gaps that still exist in our understanding and what we can expect in the future >>>

Researchers have described the signaling mechanisms underlying the transition from stem cells to olfactory neurons in zebrafish >>>

Many available cell-selection technologies lack the sensitivity necessary to preserve cell health and proliferative ability, hindering research workflows and development pipelines. Find out how you can overcome this limitation in our latest interview with @SartoriusGlobal >>>.

A collaborative investigation among institutions in Japan has revealed how differences between and within cell types affect processes in fruit fly development >>>

Did you know Roche Sequencing and Life Science is transforming next-generation sequencing? Learn more about their extensive product portfolio featuring cutting-edge instruments and reagents for DNA and RNA sequencing, manual and automated NGS library preparation and more >>>.

Researchers have developed a solution that can reversibly and noninvasively turn juvenile mouse scalps transparent to image brain development >>>

🥁 The winner of the 2025 BioTechniques Image Competition is… Keep an eye out for our follow-up interview with Bruno Cisterna (Medical College of Georgia at Augusta University) to learn more about this beautiful image!

Researchers have developed a novel AI tool for characterizing and predicting protein modifications, which could have implications for the development of therapeutics >>>

The biotech bi-weekly: advancing spectral flow cytometry, spatial biology, small-molecule therapeutics and whole-genome sequencing >>>

A new study has found that the origin-recognition complex (ORC), a protein known for initiating DNA replication, also plays a widespread role in regulating gene expression >>>

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A new microfluidic method preserves worm anatomy to link lipid signals with body structure using mass spectrometry imaging >>>

A safe, non-genetic method for expediting brain organoid growth aids disease research and prosthesis development >>>

How do you identify and select cells from your cell culture for further growth, characterization and processing? . In this interview with Daryl Cole, Scientist at @SartoriusGlobal, we learn more about how the CellCelector can benefit researchers and research outcomes. Plus, top.

Using animal models, researchers have uncovered how cervical and throat cancers linked to the human papillomavirus evade the immune system, opening the door to new treatment >>>

It turns out that methyl groups on DNA are more than genetic cobwebs; the chemical tags actively silence genes, making them potential therapeutic targets >>>

What are bacteriocins and how is Glox Therapeutics harnessing their therapeutic potential?. Find out in this interview with Glox’s Chair of the Board, Michael Murray. Plus, gain an insight into the business side of science >>>

A comprehensive bat organoid platform has delivered new insights into zoonotic viruses. Developed from multiple bat species and organs, this model allows for the more effective study of zoonotic viruses and their interactions with multi-organ systems >>>