Cell Biology

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Researchers develop ferritin-based nanomedicine for targeted delivery of leukemia therapy

Researchers from the Institute of Process Engineering\ of the Chinese Academy of Sciences, Peking University and Zhujiang Hospital of Southern Medical University have developed a ferritin (Fn)-based nanomedicine for targeted delivery of arsenic (As) and efficient therapy against diverse leukemia types.

25 Oct 2021

Study provides a specific target to tackle breast cancer relapse

Molecular targets for therapies that could prevent breast cancer recurrence have been identified by a group of German, Norwegian and British scientists who analyzed tumour cells that proved resistant to the original treatment.

25 Oct 2021

Researchers unravel the molecular origins of recombination in RNA viruses

An international consortium, led by Delft University of Technology and the University of North Carolina, has for the first time succeeded in probing the molecular origins of recombination in RNA viruses.

22 Oct 2021

New method for safe engineering of therapeutic cells with photothermal nanofibers

Professor Braeckmans from Ghent University focused the last ten years on a method for safe engineering of therapeutic cells with photothermal nanofibers.

22 Oct 2021

Yale Cancer Center receives $6.5 million NIH grant for cellular senescence research

The National Institutes of Health has awarded a grant to fund cellular senescence research in lymphoid organs at Yale Cancer Center.

21 Oct 2021

Pitt researchers to contribute to building an atlas of cellular senescence

Most cells throughout the body can divide and multiply to replace old cells and repair damaged tissue, but in response to certain stresses, cells can lose their ability to proliferate. These so-called senescent cells accumulate with age and may contribute to cancer and age-related disorders, such as chronic lung disease, cardiovascular disease, frailty and dementia, by pumping out signals that damage neighboring tissues.

21 Oct 2021

Research reveals the mechanisms of cardiac sex disparities at an early stage

Males and females differ in prevalence, treatment responses, and survival rates for a variety of diseases. For cardiac disease, women almost uniformly fare far worse than men. There are likely many reasons for this, and scientists at the University of North Carolina at Chapel Hill and Princeton University seemed to have found one deep inside cells before we're even born.

21 Oct 2021

Study reveals an alternative mechanism for muscle tissue repair after physiological damage

Muscle is known to regenerate through a complex process that involves several steps and relies on stem cells.

21 Oct 2021

UW Medicine receives NIH support to study aging cells

Efforts to understand aging cells in human tissues have received increased support from the National Institutes of Health.

20 Oct 2021

Kidney cancer study provides new insights into tumor invasion and metastatic competence

How cancers metastasize remains poorly understood. The process begins when cancer cells break off from a tumor and invade blood and lymphatic vessels, the body's alleyways. But studying invasion - typically a microscopic process - is challenging.

20 Oct 2021

Researchers develop a new method to remove old cells from tissues to slow down aging

No one knows why some people age worse than others and develop diseases -such as Alzheimer's, fibrosis, type 2 diabetes or some types of cancer- associated with this ageing process.

20 Oct 2021

Study offers clues to why calorie-restricted diet may slow tumor growth

In recent years, there has been some evidence that dietary interventions can help to slow the growth of tumors.

20 Oct 2021

Novel pathways to target breast cancer identified

A pathway helping the breast cancer protein BRCA1 repair damaged DNA has been identified by University of Queensland researchers in a study that will inform future targeted therapies.

20 Oct 2021

Washington University receives $7.5 million to support NIH's research on senescent cells

Washington University School of Medicine in St. Louis is joining the National Institutes of Health's new research network focused on the study of senescent cells, a rare and important population of cells that is difficult to study but vital for understanding aging and the diseases of aging, including cancer and neurodegeneration.

20 Oct 2021

NIH launches new program to identify and characterize the differences in senescent cells

The National Institutes of Health has launched a program to study a rare type of cells, called "senescent" cells, that play both positive and negative roles in biological processes.

20 Oct 2021

Researchers discover crucial role of glial cells in maintaining healthy gut immunity

Researchers at the Francis Crick Institute have uncovered a fundamental role of glial cells in the nervous system of the gut in maintaining a healthy intestine.

20 Oct 2021

Understanding how brain cells talk could help find new treatments for neurological, psychiatric conditions

Experts from the University of Nottingham have discovered that reversing the modification of molecular messages at synapses in the human brain, may contribute to reversible mental health conditions such as anxiety, and memory diseases such as dementia.

20 Oct 2021

Tau reduction impacts brain cells involved in creating abnormal activity

With the school year well on its way, we all recognize the importance of getting students energized. However, we also know that overstimulated children can wreak havoc on a classroom, leaving a teacher trying to regain control of their group. The situation is very similar in the brain, where cells must remain active - but in an orderly manner - to carry out their many important tasks.

20 Oct 2021

Study highlights the critical role of junk DNA in mammalian development

Nearly half of our DNA has been written off as junk, the discards of evolution: sidelined or broken genes, viruses that got stuck in our genome and were dismembered or silenced, none of it relevant to the human organism or human evolution.

19 Oct 2021

Researchers reveal the mechanism of artificial chromosome formation in C. elegans' embryos

A research team led by Dr Karen Wing Yee YUEN, Associate Professor from the School of Biological Sciences at the University of Hong Kong (HKU), revealed the mechanism of artificial chromosome (AC) formation in the embryos of the model organism Caenorhabditis elegans, a 1-mm long, transparent nematode.

18 Oct 2021

Cell Biology

Researchers develop ferritin-based nanomedicine for targeted delivery of leukemia therapy

Study provides a specific target to tackle breast cancer relapse

Researchers unravel the molecular origins of recombination in RNA viruses

New method for safe engineering of therapeutic cells with photothermal nanofibers

Yale Cancer Center receives $6.5 million NIH grant for cellular senescence research

Pitt researchers to contribute to building an atlas of cellular senescence

Research reveals the mechanisms of cardiac sex disparities at an early stage

Study reveals an alternative mechanism for muscle tissue repair after physiological damage

UW Medicine receives NIH support to study aging cells

Kidney cancer study provides new insights into tumor invasion and metastatic competence

Researchers develop a new method to remove old cells from tissues to slow down aging

Study offers clues to why calorie-restricted diet may slow tumor growth

Novel pathways to target breast cancer identified

Washington University receives $7.5 million to support NIH's research on senescent cells

NIH launches new program to identify and characterize the differences in senescent cells

Researchers discover crucial role of glial cells in maintaining healthy gut immunity

Understanding how brain cells talk could help find new treatments for neurological, psychiatric conditions

Tau reduction impacts brain cells involved in creating abnormal activity

Study highlights the critical role of junk DNA in mammalian development

Researchers reveal the mechanism of artificial chromosome formation in C. elegans' embryos

Flow chemistry, AI, and NMR: A next-gen approach to scalable API production

Digital pathology and the PathoVerse: A conversation with Dr. Singh

Bioprocess Efficiency with Cell Density Monitoring

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