Is MIND Diet May Decrease Oxidative Stress and Inflammation
The MIND diet's current study hasn't been able to pinpoint exactly how it works. The diet's creators, however, believe it works through lowering oxidative stress and inflammation. Oxidative stress arises when excessive amounts of unstable chemicals known as free radicals build in the body. Cells are frequently damaged as a result of this. This form of damage is very dangerous to the brain. Your body's natural response to injury and infection is inflammation. However, if inflammation is not well controlled, it can be damaging and contribute to a variety of chronic disorders. Oxidative stress and inflammation, when combined, can be very harmful to the brain. In recent years, they’ve been the focus of some interventions to prevent and treat Alzheimer’s disease, They've been the subject of some Alzheimer's disease prevention and treatment approaches in recent years. Lower levels of oxidative stress and inflammation have been linked to the Mediterranean and DASH diets.
The
foods that make up the MIND
diet are likely to have antioxidant and anti-inflammatory properties as
well, because it is a combination of these two diets. Antioxidants found in
berries, as well as vitamin E found in olive oil, green leafy vegetables, and
almonds, are thought to improve brain function by shielding it from oxidative
stress. Furthermore, omega-3 fatty acids present in fatty fish are well-known
for their capacity to reduce inflammation in the brain, and have been linked to
slower cognitive decline. Researchers also believe the MIND diet may benefit
the brain by reducing potentially harmful beta-amyloid proteins. Beta-amyloid
proteins are protein fragments found naturally in the body. However, they can
accumulate and form plaques that build up in the brain, disrupting
communication between brain cells and eventually leading to brain cell death.
Furthermore, the MIND diet
restricts foods high in saturated and trans fats, which have been found in
studies to raise beta-amyloid protein levels in mice's brains. Consumption of
these lipids has been linked to a twofold increase in the risk of Alzheimer's
disease in human observational studies.
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