Reducing blood glocos is one of the mechanisms, but potentially not the only mechanism. Yehi was keen to see if he could reproduce the effect he saw in mice in a human cancer patient. And so he enrolled a person with hodgkins limpoma who was between camo therapy cycles,. In a pilot's study, asked her to spend time in a warm room and a room kept at 22 degrees - which, according to yehi, should be cool enough to activate brown fat. She was then scanned to see what effect this had on her brown fat and tumor tissue in the warmer environments. For now, i can only see the competition as a mechanism, but maybe future
Cold exposure in mice activates brown fat to deny tumours glucose, and the future of extreme heatwaves.
00:45 How cold temperatures could starve tumours
A team of researchers have found that exposing mice to the cold could starve tumour cells of the blood glucose they need to thrive. They showed that the cold temperatures deprived the tumours of fuel by activating brown fat – a tissue that burns through glucose to keep body temperature up. The team also showed preliminary evidence of the effect occurring in one person with cancer, but say that more research is needed before this method can be considered for clinical use.
Research article: Seki et al.
08:59 Research Highlights
Evidence of the world’s southernmost human outpost from before the Industrial Revolution, and how jumping up and down lets canoes surf their own waves.
Research Highlight: Bones and weapons show just how far south pre-industrial humans got
Research Highlight: How jumping up and down in a canoe propels it forwards
11:24 The future of extreme heatwaves
Climate scientists have long warned that extreme heat and extreme heatwaves will become more frequent as a result of climate change. But across the world these events are happening faster, and more furiously, than expected, and researchers are scrambling to dissect recent heatwaves to better understand what the world might have in store.
News Feature: Extreme heatwaves: surprising lessons from the record warmth
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