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#Medical Technology

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Tech & Science

Osteosarcoma's Origin Decoded: Why This Bone Cancer Strikes Teens at the Knee

Why does osteosarcoma cluster in the knees of growing teenagers? A University of Tokyo team, working from an accidental clue in aging research, has pieced together how the cancer starts: an accelerator gene (c-Myc), a brake gene (p53), and a signal from the bone's growth plate. It could reshape drug discovery for a rare cancer.

Tech & Science

iPS Cells for Peritoneal Dialysis: Repairing the Worn-Out Peritoneum

Researchers at Showa and Kansai Medical Universities grew mesothelial-like cells from human iPS cells to repair the peritoneum, the membrane that wears out and ends peritoneal dialysis. A look at the mouse proof-of-concept and why Japan's PD rate is so unusually low.

Tech & Science

Malaria Drug Resistance: A Japanese Compound That Blocks the Parasite's Escape

Nagasaki University and Shionogi have found FPSA, a compound that targets plasmepsin X, the enzyme malaria parasites use to burst out of red blood cells. As artemisinin resistance spreads across Africa, a fresh mechanism of action matters. A look at Japan's global-health drug discovery and where this actually stands.

Tech & Science

Bouncy Hydrogel: A 70%-Water Gel That Springs Like a Superball

A Hirosaki University team made a hydrogel that is 70% water yet bounces like a superball. Swapping one end group from methoxy to hydroxyl raised its stiffness about twentyfold, pointing toward artificial cartilage and underwater cushioning.

Tech & Science

Color Vision: How Your Eye Tells Red From Green, Mapped Atom by Atom

Two nearly identical proteins, one sees red and one sees green, separated by just 30 nanometers. A Japan-led international team determined the dark-state atomic structures of the red and green cone pigments for the first time, revealing that three amino acids decide how we tell red from green. The story behind a long-standing mystery in color vision.

Tech & Science

Autophagy Switch Reverses Brain Damage in Mice, Tokyo Study Shows

Damaged neurons were thought to be beyond repair. A University of Tokyo team led by Noboru Mizushima just challenged that in mice: switch the cell's cleanup system, autophagy, back on, and the protein junk clears, motor skills and memory return. A new angle on neurodegeneration from a disciple of Nobel laureate Yoshinori Ohsumi.

Tech & Science

Greenland Shark Genome: First Clues to How a Fish Lives 400 Years

A University of Tokyo-led team has produced the first high-precision genome of the Greenland shark, the longest-lived vertebrate. Changes in a linker histone and the ferritin gene offer the first real clues to its ~400-year lifespan—and to human aging.