Significance of Radioprotective effect
Radioprotective effect refers to the ability of various substances to safeguard cells and biological tissues from damage induced by radiation exposure. Research highlights the protective actions of natural compounds, such as ginger extracts, Ocimum sanctum, Terminalia chebula, silymarin, and Phyllanthus niruri, in mitigating gamma radiation-induced sickness and mortality. These phytochemicals exhibit protective properties, illustrating their potential as interventions against the harmful effects of ionizing radiation, thereby contributing to enhanced radioprotection.
Synonyms: Radioprotection, Radiation shielding, Protection, Shielding, Safeguarding, Defense, Preservation
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The concept of Radioprotective effect in scientific sources
The Radioprotective effect involves protective benefits from substances like ginger extracts and Ocimum sanctum against gamma radiation, minimizing sickness and mortality through specific phytochemical mechanisms.
From: World Journal of Pharmaceutical Research
(1) The capacity of a substance to protect against the harmful effects of radiation, highlighted in research involving Terminalia chebula.[1] (2) Describes the capability of substances, such as leaf extracts of Ocimum sanctum, to protect biological tissues from the damaging effects of radiation.[2] (3) The ability to protect against the harmful effects of radiation, as shown in studies involving Phyllanthus niruri.[3] (4) The ability of certain compounds to protect cells from damage caused by ionizing radiation, as observed in various studies.[4] (5) The ability of a substance to protect cells from damage caused by radiation exposure.[5]