Common diet tips about water intake and spicy foods could be dead wrong

A pair of studies from a Cornell nutrition scientist upend two pieces of received wisdom: that drinking more water at meals curbs eating, and that spicy snacks are a diet danger zone.

The diet that could remake modern agriculture

New study asserts that systematic change in food production and consumption requires real political capital and will.

Discovery could lead to drug therapy for hypopigmentation conditions

An NSAID-related compound called ampyrone appears to safely boost production of the pigment melanin in human skin, according to a preclinical study led by Weill Cornell Medicine and National Eye Institute investigators.

Cancer evolution study reveals biology of glioma progression

Glioma, a type of brain cancer, tends to progress toward greater malignancy due to an increasing tendency of the glioma cells to transform into immature, stem-cell-like states.

Demystifying the molecular mechanisms of general anesthesia

Researchers have identified a site where a commonly used anesthetic binds to sodium ion channels, revealing a molecular mechanism that may explain how these drugs dampen communication between neurons.

AI research team could streamline clinical trial design

An artificial intelligence system that operates like a collaborative team of medical experts could accelerate clinical trial design, one of the most difficult steps in drug development.

Key gut protein balances immune protection and tolerance

A protein produced by gut immune cells orchestrates both immune protection against pathogens and immune tolerance of gut bacteria.

PSA levels alone may not reflect prostate cancer growth

Patients with advanced prostate cancer may need periodic imaging scans to catch tumor growth even with stable levels of prostate-specific antigen, a protein in the blood that doctors routinely monitor for cancer progression.

Cornell-led NIH grant will reveal how immune cells communicate in living tissues

A $13.3 million grant from the NIH will support efforts to reveal how immune cells communicate within living tissues, which could shape new approaches for treating inflammatory diseases, autoimmune disorders and infections.