Noncommunicable Diseases

The grounding supports a multifactorial origin rather than a single cause. Reported contributors include westernized diet, environmental endocrine-disrupting chemicals, micro- and nanoplastics, urbanization-related lifestyle and environmental changes, and altered gut microbiota. The literature also links aging, loneliness, oxidative stress, and climate change to the broader noncommunicable disease burden.

The supplied reviews describe noncommunicable diseases as sharing inflammatory and immune dysfunction features, often alongside malnutrition-related physiopathology. Gut microbiota dysbiosis is presented as a bridge between external exposures and host metabolic and immune homeostasis, with oxidative stress and oxidation-reduction imbalance also implicated. NF-E2-related factor 2 is co-studied in this context, consistent with a role in redox biology.

Risk is increased by westernized dietary patterns, urbanization-associated lifestyle changes, pollution and hygiene-related environmental shifts, and exposure to endocrine-disrupting chemicals or micro- and nanoplastics. The grounding also identifies aging, loneliness, and climate change as relevant co-studied factors. Reduced physical activity and other unhealthy lifestyles are noted as worsening risk in the context of social distancing and quarantine restrictions.

The supplied grounding supports prevention and control approaches centered on lifestyle and environmental modification rather than a single disease-specific therapy. Diet is highlighted as a major modulator of immune-microbiota crosstalk, with Mediterranean-style nutritional approaches discussed as potentially beneficial compared with westernized diets. The literature also mentions therapy and drug therapy at a broad level, but does not provide a unified standard pharmacologic treatment for all noncommunicable diseases.