You could say that cocaine tricks the brain. It is a form of chemical brainwashing.” The world’s most powerful microscope provides answers. To understand what cocaine does to the brain, the ...

Researchers at the University of Copenhagen recently described the structure of the dopamine transporter (DAT) involved in cocaine use at the molecular level. 1 Their findings, which were ...

Researchers have resolved the high-resolution structure of the human dopamine transporter bound to cocaine, providing critical insights into the molecular basis of cocaine's addictive properties.

“This is a brand-new way of thinking about the molecular biology of cocaine addiction.” In addition to identifying molecular factors that influence cocaine addiction behaviors, the researchers were ...

Their findings, published Thursday in Nature Neuroscience, helped the researchers identify a potential new treatment for cocaine addiction -- something poorly understood at the molecular level and ...

Summary: Researchers crafted a detailed atlas of the amygdala, revealing new insights into emotional responses and potential treatments for cocaine addiction. A cell-by-cell study of the amygdala, a ...

The findings, published October 5, 2023 in Nature Neuroscience, helped the researchers identify a potential new treatment for cocaine addiction, a disease that is poorly understood at the molecular ...

The name Calixcoca, he says, is inspired by the chemical structure of the immunizing agent, known as calixarene, so named because it resembles a chalice. This molecule serves as the carrier for the ...

But officials said the investigation into who brought the drug into the White House is ongoing. The cocaine was found in an area of the West Wing that is used by both guests and staff.

Epigenetic mechanisms provide a molecular basis for long-term gene regulation following interactions with the environment like using ... Chromatin Structure. ... Cannabinoid exposure in rat ...

Experts have long concluded that cocaine essentially acts as a plug, connecting to brain cells via a molecular “receptor,” and stopping brain cells from sucking in dopamine chemicals through a ...

Scientists have long known that cocaine works by latching on to molecular connectors on the surface of brain cells, allowing dopamine, a chemical that promotes feelings of pleasure and reward, ...