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Using a novel approach to obtain a common intermediate, the researchers then employed two bioinspired coupling reactions to complete the total synthesis of bisleuconothine A and bousigonine B for the first time.

A Cancer-Fighting Molecule from Tree Bark Has Finally Been Built from Scratch

Mediterranean Pork Zucchini Boats: Lean ground pork, lemon, feta, dill, and tomatoes stuffed into zucchini halves and crisped with panko for a 30-minute, high-protein dinner

Most of What You’ve Been Told About Protein Hasn’t Actually Been Proven

alarm clock

Three Common Sleep Habits Linked to Signs of Brain Aging

Artistic rendering of a human dendritic cell

Creatine May Wake Up the Immune Cells That Hunt Cancer

closeup of cricket face

Europeans Lost the Taste for Insects Thousands of Years Before Anyone Found Them Disgusting

Baby in holder's arm

Why the First Year of a Child’s Diet May Echo in the Teenage Brain

Young Chinese woman smiling

Strangers Add Years to Young Faces and Subtract Them from Old Ones

Hiddo Lambers Heerspink

A Diabetes Kidney Drug Now Works for the Millions Who Never Had Diabetes

Researchers highlight the potential of THz biophotonics as an emerging interdisciplinary research field and present a technological roadmap toward its broader implementation.

What Blocks Terahertz Scanners Might Also Make Them Useful Doctors

Father with young daughter

Black Men Who Become Fathers Outlive Those Who Don’t

tired woman illustration

Your Saliva Carries a Chemical Fingerprint of a Sleepless Night

WashU Medicine researchers genetically modified hookworms to produce and deliver a therapeutic antibody inside a host, a proof-of-concept that could lead to long-lasting treatments for chronic disease or exposure to toxins in remote settings.

Modified Hookworms Generate, Deliver Medicine

junk food

Ultra-Processed Foods May Harm Health Through Processing Itself, Not Just Poor Nutrition

Researchers at the Icahn School of Medicine at Mount Sinai discovered a previously hidden pocket on PKMYT1, a protein involved in controlling how cells grow and divide, that current AI tools and experiments had missed. Their findings potentially open a new route to more selective drug design.

A One-Atom Shuffle Reveals Hidden Cancer-Drug Pocket That AI Couldn’t Find

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