Battery-Free RoboBee Flies Using Only Sunlight in Historic First by @sutoroveli_news #Robotics #SolarPower #Innovation #Engineering #FutureTech

BREAKING: Claude developer Anthropic officially files for a US IPO. It plans to list on the Nasdaq under the ticker $ANT, with Goldman Sachs and Morgan Stanley leading the offering. Despite an $80.7 billion net loss on $16.29 billion in first half revenue, it could be valued at around $1.5 trillion.

Anti-cancer progress is accelerating! We're beginning to explore entirely new ways to fight disease at the molecular level. JAPANESE SCIENTISTS FIND A WAY TO TURN CANCER CELLS' OWN CHEMISTRY AGAINST THEM. Japanese researchers developed a chemical system that uses carbon monoxide inside cancer cells to synthesize anticancer compounds. Here's how it works: Scientists combine albumin, a natural protein, with a palladium-based catalyst. Once inside a cell, the system uses available carbon monoxide to help manufacture an anticancer compound called an oxynitidine-derived phenanthridinone. The compound can inhibit topoisomerase I, an enzyme involved in DNA replication. The goal? Manufacture the treatment inside cancer cells rather than deliver the fully formed drug. THE EXPERIMENTAL RESULTS: > Tested in human liver, breast, lung and cervical cancer cell lines in laboratory experiments. > Researchers detected approximately 5.1× more of a measured reaction product in liver cancer cells than in the non-cancerous cells used for comparison. > The engineered system showed greater toxicity toward the tested liver cancer cells than normal fibroblasts. > In breast cancer cells, the treatment significantly suppressed colony formation over 12 days. WHY THIS MATTERS: This is an emerging approach called therapeutic in vivo synthetic chemistry. Instead of simply delivering a drug, scientists deliver chemical machinery that can manufacture it inside cells. If future research establishes that this approach is safe and effective in living organisms, it could open new possibilities for more targeted cancer treatments.