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South China Morning Post
2 hours ago
- South China Morning Post
Japanese diet linked to lower depression rates in workplace: study
The rate of depressive symptoms was lower among working-age people who consume a Japanese -style diet including rice, miso soup and fish, the first study of its kind recently showed. Advertisement The Japan Institute for Health Security assessed the benefits of a traditional 'Japanese-style diet' comprising soy products, cooked vegetables, mushrooms, fish, seaweed, and green tea, along with a modified version that added fruit, fresh vegetables and dairy products. While there are few studies on the Japanese diet's impact on mental health, such assessments of the Mediterranean diet – which consists of vegetables, whole grains, olive oil and fish – and depression have previously been conducted, the institute said. 'Further research is required, but we hope the evidence shown among Japanese people can be used for public health measures in workplaces and areas concerning the prevention of depression,' it said in a press release. Two women wait for an early morning meal at one of the many small seafood restaurants at the Tsukiji fish market. Photo: AFP The self-reported study was conducted among 12,499 employees from five companies, of whom 88 per cent were male with an average age of 42.5 years.
The Standard
12 hours ago
- The Standard
Trump plans executive orders to power AI growth in race with China
An AI (Artificial Intelligence) sign is seen at the World Artificial Intelligence Conference (WAIC) in Shanghai, China July 6, 2023. REUTERS
South China Morning Post
15 hours ago
- South China Morning Post
Mammals could regenerate damaged tissue by turning on ‘genetic switch': Chinese team
Chinese scientists say they have restored the damaged outer ear in mice, a mammal that lacks natural regenerative abilities. The researchers said the pathway they identified could be applied to different tissue types and play a significant role in advancing regeneration in vertebrates. The team found that a mouse's failure to regenerate stemmed from an inability to produce sufficient retinoic acid, a derivative of vitamin A that regulates what cell type emerges during a cell's development and tissue repair. 10:16 Rise in Hong Kong infant eczema cases linked to 'excessive' Covid-19 cleaning habits Rise in Hong Kong infant eczema cases linked to 'excessive' Covid-19 cleaning habits This was because mice had lost the DNA 'remote controls' that switch on the gene that encodes an enzyme to convert vitamin A into retinoic acid, they found. By turning on the 'evolutionarily disabled genetic switch', the scientists could reactivate the regeneration of the mouse ear. 'Our study identified a genetic switch involved in the evolution of regeneration,' said the researchers from the National Institute of Biological Sciences in Beijing, the BGI-Research genomics institute and the Shaanxi Key Laboratory of Molecular Biology for Agriculture. They published their research in the peer-reviewed journal Science on Thursday. Some animals possess the power of regeneration. Salamanders, for example, can regrow tissues, organs and limbs, while teleost fish can regenerate nervous tissue and restore function following injuries to their central nervous system. But mammals, including humans, have limited capacity to rejuvenate tissue and organs.
