Luteolin, an antioxidant in vegetables, may contribute to the prevention of hair graying

Graying hair is a hallmark of aging, often considered an inevitable part of growing older. However, recent research from Nagoya University in Japan led by Masashi Kato and Takumi Kagawa suggests that an antioxidant might suppress this process. The researchers identified luteolin, an antioxidant found in vegetables including celery, broccoli, carrots, onions, and peppers, as being a potential anti-graying agent. Their findings pave the way for potential applications in human hair care.
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β-glucans show promise as adjuvants for allergy treatment

A recent study carried out by a research team from the Paul-Ehrlich-Institut investigated the immunomodulating properties of β-glucans. These are natural sugar compounds found in bacteria, fungi and grains. The results indicate that β-glucans can target the immune system and modulate pro-inflammatory responses. Their potential to suppress allergic reactions and offer new approaches to allergy treatment is particularly promising. The research was published in the International Journal of Molecular Sciences.
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Opinion: Medical research depends on government money—even a day’s delay throws science off-kilter

In the early days of the second Trump administration, a directive to pause all public communication from the Department of Health and Human Services created uncertainty and anxiety among biomedical researchers in the U.S. This directive halted key operations of numerous federal agencies like the National Institutes of Health, including those critical to advancing science and medicine.
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Genetically modified virus therapy reduces tumor size and enhances surgical success in skin cancer study

Basal cell carcinomas, the most common form of skin cancer, occur in chronically sun-exposed areas such as the face. Locally advanced tumors in particular can be difficult to treat surgically. A research team from MedUni Vienna and University Hospital Vienna has now investigated the effectiveness of a new type of therapy and achieved promising results.
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Gene expression analyses reveal molecular insights into bone remodeling

Bones are the living tissue on which the human skeleton is constructed and play a key role in enabling physical movements. The structural integrity of bones has been attributed to bone remodeling—a highly regulated process of bone formation and bone resorption (dissolving old and damaged bones), driven by osteoblast and osteoclast bone cells, respectively.
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