In this interview, Raul Mostoslavsky shares the technical challenges currently facing the cancer metabolomics space and what needs to be done.

Researchers have developed an injectable biomaterial that can harness the immune system and promote tissue repair in mice after a stroke.

In this interview, we hear from Paul Boutz about how he is investigating RNA processing in cancer development.

Scientists are turning to bacteriophages to treat recurrent UTIs, thanks to research in a 3D micro-bladder model with a fluidic component.

Biologists have uncovered a unique ensemble of Arthrobacter in Antarctic soil that are unlike microbes found anywhere else on the planet.

New research has shown that chemotherapy-induced peripheral neuropathy can be curbed by psilocybin in preclinical models.

In this interview, Lynne-Marie Postovit shares how she investigates cancer plasticity, why it matters and how it could be targeted.

In this interview, Mikala Egeblad discusses the link between external stressors and cancer metastasis, sharing the techniques and challenges that come with this research.

In this interview, we spoke with Moran Amit to learn more about his cancer neuroscience research, exploring the innovative techniques he uses and the challenges of the field.

In this interview, Housheng Hansen He shares the techniques he uses to glean epigenomics insights into cancer development and how this work contributes to the development of cancer vaccines.

A new cell therapy that delivers the hormone leptin may be able to help resynchronize the body’s internal clock.

Are you still using housekeeping proteins for normalization in your western blot protocols?

The study of RNA has heralded incredible breakthroughs, from insights into the origins of life to the secrets of extinct megafauna.

Research reveals the role of orexin neurons in maintaining motivation, with implications for the treatment of ADHD, depression and addiction.

This year's BioTechniques Scientific Image Competition is now accepting submissions! Enter for your chance to win.

Investigating ancient DNA, researchers have identified the pathogens responsible for felling Napoleon’s army in Russia, 1812.

Meet our 2026 Image Competition judges! Don't forget to enter the competition before the deadline for the chance to win.

A new tool can trace how the brain clears 'brain waste', uncovering surprising new biology about how it keeps itself healthy.

An innovative treatment for dry eye disease has been invented, transplanting plant-derived photosynthetic machinery into corneal cells.

This year's BioTechniques Scientific Image Competition is now accepting submissions! Enter for your chance to win.

Our 2026 summer reading list is here, highlighting fiction and non-fiction books for scientists. Add these to your 'to-read' list!

This year's BioTechniques Scientific Image Competition is now accepting submissions! Enter for your chance to win.

Introducing a new RNA-seq platform for intracellular multimodal profiling that could transform cancer research and therapeutics.

In this interview, we learn about the development of AxioParse, a computational framework designed to streamline microbial data processing.

This year's BioTechniques Scientific Image Competition is now accepting submissions! Enter for your chance to win.

Scientists discover and test human antibodies with the potential to prevent and treat measles virus infection.

New research reveals how tunneling nanotubes allow proteins to spread between cells, offering a promising target for Huntington’s disease.

In this infographic, we compare three approaches for collecting spatial omics data, including working principles, pros and cons.

This year's BioTechniques Scientific Image Competition is now accepting submissions! Enter for your chance to win.

Researchers may have found a way to reduce the allergy risk of peanut protein, by treating it with cold plasma.

A new AI model that can generate structurally novel antibiotic candidates that are easy to develop in the lab has been unveiled.

In this conference report from ABRF 2026, the authors reflect on the meeting's insights into core facility research and administration.

Are you ready for AACR 2026? Here, we spoke with Program Co-Chairs to get their top picks and tips for the upcoming Annual Meeting.

Researchers have developed a method for studying an important, yet often overlooked, posttranslational modification.

Researchers highlight the distinct roles that BET proteins play in cancer progression, potentially revealing why current BET inhibitors fail.

Researchers have identified an appetite-suppressing metabolite in snakes that could inform a new weight loss drug.

The latest biotech industry insights, including a publication demonstrating dramatic lifespan extension in aging mouse models.

In this episode of the BRAIN podcast miniseries, we spoke with Dionna Williams to learn about their neuropathogenesis of HIV research.

Researchers gain an insight into the relationship between the immune system and the gut microbiome in songbirds.

Researchers identify how Marburg virus can efficiently infect human cells, using cryo-EM to demonstrate entry.

Zyme Communications shares a roundup of SLAS2026, showcasing the technology and awards that took center stage.

Researchers have sequenced an ice cave bacterial strain, contributing to our understanding of antimicrobial resistance.

The latest biotech industry insights, from ELRIG’s newest work group leaders to the launch of a platform for amplifying DNA methylation.

Are you attending the ABRF Annual Meeting 2026? Here are the breakout sessions and workshops you won’t want to miss.

Researchers have used cryo-EM to investigate CRISPR-Cas9's role in helping the bacterial immune system to function.

Researchers have developed an atlas to determine the molecular and cellular drivers of mammalian aging.

Researchers develop a pancreatic cancer cell atlas using spatial omics technologies, providing a more comprehensive view of the disease.

A teeth-whitening powder activated by the vibrations of an electric toothbrush not only brightens, but also protects, teeth.

Three antimicrobial peptides that target multidrug-resistant bacteria have been identified in camels, potentially combatting AMR.