TruthBytes

For years, scientists believed fasting simply gave the digestive system a break.

But one Japanese biologist uncovered something far more important happening deep inside the body.

In 2016, Japanese scientist Yoshinori Ohsumi won the Nobel Prize in Physiology or Medicine for his discoveries related to autophagy, the body’s natural self-cleaning process.

His research showed how cells break down and recycle damaged components, helping remove waste and maintain healthy function.

Scientists found that fasting can activate this process more intensely, pushing cells to clean out unnecessary or dysfunctional material.

Ohsumi’s work transformed how researchers study aging, immunity, cancer, and diseases linked to cellular damage, making autophagy one of the most discussed topics in modern health science.

The body may be doing its most important repair work when it is not constantly processing food.

The Trump administration has initiated the dismantling of the Ocean Observatories Initiative (OOI), a $368 million deep-ocean observation system established a decade ago to track global climate impacts.

The National Science Foundation (NSF) announced a phased "descoping" plan that involves pulling down all in-water infrastructure over the next 15 months, effectively turning off a critical stream of real-time environmental data.

Specialized research vessels are scheduled to begin recovering more than 900 deep-sea sensors, moored instruments, and underwater gliders anchored across key global aquatic zones.

The targeted extraction sites span across the Pacific and Atlantic, including coastal waters off Alaska, Washington, Oregon, and North Carolina, alongside the remote Irminger Sea situated between Greenland and Iceland.

Oceanographers and climate scientists have expressed profound dismay over the shutdown, warning that it creates an irreversible gap in crucial baseline research.

For years, international researchers utilized this continuous data stream to track how rapidly global oceans absorb atmospheric greenhouse gases and to forecast the trajectory of devastating marine heatwaves on commercial fisheries.

Crucially, the sensors in the Irminger Sea provided the world's most advanced metrics on the Atlantic Meridional Overturning Circulation (AMOC).

This vital current system regulates Western weather patterns, and its recorded weakening has raised significant scientific alarms regarding accelerated sea-level rise along the United States East Coast.