Lifeboat Foundation: Safeguarding Humanity
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The future is going to be so lazy, yet so cut.

As next-generation weight-loss treatments like Wegovy and Zepbound continue to fly off the shelves, scientists are busy working on a medicine that could mimic the effects of exercise.

As explained in an American Chemical Society press release, trials thus far on SLU-PP-332, the potentially groundbreaking compound in question, show that it seems “capable of mimicking the physical boost of working out.”

“We cannot replace exercise; exercise is important on all levels,” Bahaa Elgendy, an anesthesiology professor at Washington University Medical School in St. Louis who serves as the principal investigator of the new compound, said in the press release. “If I can exercise, I should go ahead and get the physical activity. But there are so many cases in which a substitute is needed.”

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Tesla continues to make progress on its upcoming diner, drive-in theater and Supercharger in Los Angeles, with recent drone footage showing new water runoff infrastructure, preparations for stucco installation on the first-floor walls, and seemingly, materials for the start of some interior construction.

In a drone video update shared by YouTube channel 247Tesla on Sunday, you can see new stacks of sheetrock both inside and outside of entrances to the Tesla diner building, as construction prepares to begin focus on interiors. The video also shows a new rectangular area dug roughly five feet deep into the ground, which the video’s host says will likely be used to control water runoff.

In addition, you can see shots of the site’s power shed, though it doesn’t include transformers or batteries as of yet. The diner building’s walls surrounding the first-floor structure have also now been covered with a waterproofing sealer, the host notes, which is usually installed prior to stucco being applied.

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An emerging research area in AI is developing multi-agent capabilities with collections of interacting AI systems. Andrea Soltoggio and colleagues develop a vision for combining such approaches with current edge computing technology and lifelong learning advances. The envisioned network of AI agents could quickly learn new tasks in open-ended applications, with individual AI agents independently learning and contributing to and benefiting from collective knowledge.

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A recent study published in Nature reveals a potential link between a type of bacteria associated with dental plaque and treatment-resistant colorectal cancer. The Gram-negative, anaerobic bacterium, Fusobacterium nucleatum, was found in 50% of tumors tested, suggesting it may protect tumor cells from cancer-fighting drugs. This discovery opens avenues for new treatments and screening methods. Colorectal cancer, a leading cause of cancer deaths in the United States, is increasingly affecting younger demographics, with cases doubling among those younger than age 55 between 1995 and 2019. While the study doesn’t directly tie the bacterium to this trend, its implications raise questions about its role in rising cases among younger individuals. F. nucleatum has been suspected in colorectal cancer growth. It possesses two subspecies, one of which is capable of evading immune response and promoting tumor formation. These findings suggest a potential mechanism for its journey from the oral cavity to the colon, defying stomach acid’s toxic effects. Future research may explore developing antibiotics targeting specific bacterial subtypes or using genetically modified bacteria for targeted drug delivery into tumors. Understanding the microbiome’s role in cancer risk represents a crucial frontier in cancer research. Click here to read more.

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