Physiologist Dino Giussani and colleagues at the University of Cambridge in the United Kingdom theorized that hypoxia promotes harm in the womb primarily through stress caused when the low level of oxygen creates an overload of highly
reactive molecules known as free radicals.
Not exact matches
What industrial chemists did
know was that by tinkering with a highly
reactive molecule called a phenol they were able to devise countless synthetic chemicals for use in new materials.
The cause of the damage is still poorly understood, but radiation is
known to create highly
reactive oxygen - containing
molecules in the body.
That light is absorbed by the chlorine - based
molecules, which then excite nearby oxygen
molecules, creating a highly
reactive form of oxygen,
known as singlet oxygen, that rips apart nearby biomolecules and kills the tumor cell.
More research produced the answer: Vitamin C induced what is
known as a Fenton reaction, causing iron to react with other
molecules to create
reactive oxygen species that kill the TB bacteria.
Mononuclear cells from the blood were isolated during the OGTTs to analyze if these cells were producing
molecules known as ROS (
reactive oxygen species).
This causes the body to create unstable
molecules known as
reactive oxygen species (ROS).
As a consequence of this activity, highly
reactive molecules are produced
known as free radicals.