Cell Biology

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Study yields critical clues for successful inflammatory recovery

Inflammation is the body's first line of defense, occurring as droves of immune cells rush to the site of injury or acute illness to make repairs and stem further damage.

22 Aug 2022

Super-resolution imaging reveals how disease causes cells to reorder their DNA incorrectly

Imagine you're trying to do a job and all of the information you need to do it is in a few books at the library.

22 Aug 2022

Researchers discover how patients with mutations in a DNA sequence develop pancreatic malformations

Researchers at the Centre for Genomic Regulation have identified a DNA sequence that is crucial for pancreatic differentiation and function – and for the first time – describe how it works.

22 Aug 2022

Scientists discover a mechanism used by insects in the development and regeneration of wings

The first mutation of the wingless gene was found by accident in Drosophila in the 1970s, following the observation of flies that did not possess wings, hence its name.

22 Aug 2022

Discovery of a group of latent stem cells could offer a new approach to treat brain and spinal cord injuries

Scientists at the Francis Crick Institute have identified a group of latent stem cells that respond to injury in the central nervous system of mice. If a similar type of cell exists in humans, they could offer a new therapeutic approach to treat brain and spinal cord injuries.

22 Aug 2022

Brain cells with the same birthdate show distinct connectivity and activity, study finds

Brain cells with the same "birthdate" are more likely to wire together into cooperative signaling circuits that carry out many functions, including the storage of memories, a new study finds.

22 Aug 2022

Non-nutritive sweeteners cause changes in the gut microbes and impact glucose tolerance

Since the late 1800s non-nutritive sweeteners have promised to deliver all the sweetness of sugar with none of the calories.

19 Aug 2022

New resource can help researchers to assess how key genes control the differentiation of developing embryos

Years of work by developmental biologists from Trinity College Dublin, working with colleagues at the University of Edinburgh's MRC Human Genetics Unit, has yielded a resource of unparalleled detail that will help researchers assess how key genes control the differentiation of tissues and organs of developing embryos.

19 Aug 2022

Study reveals the unique and unconventional way mosquitoes process odors

If you've ever sprayed yourself head to toe in bug repellent, yet still felt like a mosquito magnet, it will come as no shock to you that mosquitoes are very, very good at finding humans to bite.

19 Aug 2022

Johns Hopkins Medicine researchers challenge the prevailing belief on how nasal cells process scent

Johns Hopkins Medicine researchers say they have evidence to potentially overturn a prevailing belief in a type of important signaling within cells.

18 Aug 2022

Researchers visualize antigen-bound T-cell receptor at atomic resolution

T cells are our immune system’s customized tools for fighting infectious diseases and tumor cells. On their surface, these special white blood cells carry a receptor that recognizes antigens.

18 Aug 2022

Key gene sheds light on how people develop tolerance to pain-relievers over time

UF Scripps Biomedical Research scientists have a discovered a key gene that is shedding light on how people develop tolerance to pain-relievers over time, a problem that raises risk of addiction and overdose.

18 Aug 2022

Immune cells preferentially use cellular waste products to power their function

The immune cells that protect us from infection and cancer seek out a wide array of fuel sources to power their function - including some long thought to be cellular waste products.

17 Aug 2022

Researchers create novel mouse model for mapping protein communication between organs

Our many different organ systems are in constant communication with each other. During exercise, for example, muscles send out signals to fat and liver tissue to release their energy sources.

17 Aug 2022

Research suggests a new model of how beige fat biogenesis is controlled

Once considered an inert tissue, fat – or adipose tissue – is now known to play an active role in the body's critical functions by secreting hormones that regulate hunger and body temperature.

17 Aug 2022

Innovative technology revels the impact of environmental conditions on RNA structures in living cells

The impact of environmental conditions on the dynamic structures of RNAs in living cells has been revealed by innovative technology developed by researchers at the John Innes Centre.

17 Aug 2022

New technique keeps the cells alive during RNA extraction

RNA sequencing allows scientists to study the expression of genes in a cell. Since messenger RNA (mRNA) is generated from a DNA gene, that information can be used to identify the original gene sequence and thus measure the activity of thousands of genes (i.e. the transcriptome) in these cells.

17 Aug 2022

Cell Biology

Study yields critical clues for successful inflammatory recovery

Super-resolution imaging reveals how disease causes cells to reorder their DNA incorrectly

Researchers discover how patients with mutations in a DNA sequence develop pancreatic malformations

Scientists discover a mechanism used by insects in the development and regeneration of wings

Discovery of a group of latent stem cells could offer a new approach to treat brain and spinal cord injuries

Brain cells with the same birthdate show distinct connectivity and activity, study finds

Non-nutritive sweeteners cause changes in the gut microbes and impact glucose tolerance

New resource can help researchers to assess how key genes control the differentiation of developing embryos

Study reveals the unique and unconventional way mosquitoes process odors

Johns Hopkins Medicine researchers challenge the prevailing belief on how nasal cells process scent

Researchers visualize antigen-bound T-cell receptor at atomic resolution

Key gene sheds light on how people develop tolerance to pain-relievers over time

Immune cells preferentially use cellular waste products to power their function

Researchers create novel mouse model for mapping protein communication between organs

Research suggests a new model of how beige fat biogenesis is controlled

Innovative technology revels the impact of environmental conditions on RNA structures in living cells

New technique keeps the cells alive during RNA extraction

Scientists unravel the development of main immune cell population residing in the brain

Peter Adams and Bing Ren receive NIH grant to join multi-institution initiative studying the aging process

Scientists turn toward artificial intelligence for unraveling cell biology

The Proteoform Puzzle: Unlocking the Next Frontier

Synthetic Biology and the Pursuit of Living Diagnostics

Modular, Scalable, Intelligent: How n6 Is Rethinking NGS Library Prep

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