Stock image of a caffeine molecule. Stock image of a caffeine molecule. ISTOCK / GETTY IMAGES PLUS However, there is still a lot of research to be done into how caffeine affects the body ...

The caffeine molecule binds to adenosine receptors in the brain and spinal cord. Normally, adenosine, a building block in DNA's molecular cousin RNA and in the main chemical fuel used by the body ...

Studies have found that people with a so-called “fast” caffeine gene, which helps the liver to process the molecule rapidly, can tolerate a lot of the compound without any problems.

From the April 2020 issue: Capitalism’s favorite drug That’s where caffeine comes in. It is shaped very similarly to the adenosine molecule, so it fits into the receptors. The adenosine can ...

We’ve built a complex culture around caffeine. Not only do we have a variety of caffeinated products such as coffee, tea, sodas, energy drinks and pills, but we also have a lot of advice ...

Caffeine exposure restored colony structure improved EPC morphology, and increased the CFU count. SLE serum treatment caused a reduction in the autophagy-associated molecule LC3-II, which returned ...

Researchers took a molecular view of how milk proteins and caffeine molecules interact in water and in a coffee drink. The results suggest that the structures of milk proteins remain intact, meaning ...

Researchers took a molecular view of how milk proteins and caffeine molecules interact in water and in a coffee drink. The results suggest that the structures of milk proteins remain intact ...