Some of those effects, like slurred speech and diminished memory, can be quite clear; others, like long -
term cellular damage, may not be as obvious.
Not exact matches
It is critical for physicians to monitor these secondary tissue
damages, as they are frequently the origin of significant long -
term effects, including brain
damage, cognitive deficits, psychosocial / behavioral / emotional changes, bodily
damage and biochemical changes at the
cellular level.
At the same time, avoiding radiation and alkylators — which cause widespread
cellular damage throughout the body — should reduce the risk of long -
term HSCT - related complications, such as organ failure and cancer.
Earth's inhabitants are largely protected from cosmic radiation by the planet's atmosphere and magnetic field, but long -
term residents of the moon would be exposed to potential
cellular and genetic
damage without proper shielding.
The impact can trigger a cascade of
cellular reactions that further
damage the brain and neurons, potentially leading to long -
term cognitive impairments.
Previous research has also shown that short -
term fasting can produce molecules called free radicals, which are highly reactive chemicals that can cause
damage to the body at a
cellular and may be associated with impaired organ function, cancer risk and accelerated aging.
The body's defense system against these atoms are antioxidants, which is a general
term for the nutrients that can neutralize free radicals and prevent
cellular damage.
1) A micronutrient sufficiency test such as Genova NutrEval or the SpectraCell test for vitamin, mineral, and essential fatty acid deficiencies, digestive support, antioxidant status, short -
term toxic element exposure, and markers of oxidative stress and
cellular damage such as lipid peroxides and 8 - hydroxydeguanosine (8 - OHdG).