Aluminum (Al) is a common environmental metal with high human exposure potential through water, food, air, medications, and dust, linked to neurotoxic effects like speech and motor issues, tremors, dyspraxia, and cognitive decline. Research highlights Al's impact on neurobehavioral and neurophysiological health, leading to inflammation, cell apoptosis, and lower brain-derived neurotrophic factor (BDNF) levels. As the brain is especially vulnerable to Al toxicity due to elevated oxidative stress markers such as reactive oxygen species (ROS) and lipid peroxidation (LPO), antioxidant therapies...
Aluminum (Al) is a common environmental metal with high human exposure potential through water, food, air, medications, and dust, linked to neurotoxic...
The symptoms of menopause can be upsetting, especially as they occur at a time when women have essential roles in society, within the family, and at the workplace. Hormonal fluctuations that begin during the menopausal transition affect many biological systems.Accordingly, the signs and symptoms of menopause include: metabolic disorders; central nervous system-related disorders; cardiovascular and musculoskeletal changes, urogenital and skin atrophy. The physiological basis of these manifestations is emerging as complex and related to declining estrogen and progesterone and rising...
The symptoms of menopause can be upsetting, especially as they occur at a time when women have essential roles in society, within the family, and at t...
Neurodegeneration involves the gradual loss of structural and functional components of neurons, leading to severe neurological disorders that significantly impact physical and mental health. Recent studies highlight the global concern over neurodegenerative diseases, which are closely linked to environmental factors. Key contributors to these disorders include prenatal and postnatal exposure to industrial toxins, particularly neurotoxic metals such as lead, aluminum, mercury, manganese, cadmium, and arsenic, along with pesticides and metal-based nanoparticles. These contaminants can lead to...
Neurodegeneration involves the gradual loss of structural and functional components of neurons, leading to severe neurological disorders that signific...
La neurodégénérescence implique la perte progressive des composants structurels et fonctionnels des neurones, entraînant des troubles neurologiques graves qui ont un impact significatif sur la santé physique et mentale. Des études récentes soulignent l'inquiétude mondiale suscitée par les maladies neurodégénératives, qui sont étroitement liées à des facteurs environnementaux. L'exposition prénatale et postnatale aux toxines industrielles, en particulier aux métaux neurotoxiques tels que le plomb, l'aluminium, le mercure, le manganèse, le cadmium et l'arsenic, ainsi qu'aux...
La neurodégénérescence implique la perte progressive des composants structurels et fonctionnels des neurones, entraînant des troubles neurologique...
Neurodegeneration bedeutet den allmählichen Verlust struktureller und funktioneller Komponenten von Nervenzellen, was zu schweren neurologischen Störungen führt, die die körperliche und geistige Gesundheit erheblich beeinträchtigen. Jüngste Studien unterstreichen die weltweite Besorgnis über neurodegenerative Erkrankungen, die eng mit Umweltfaktoren verbunden sind. Zu den wichtigsten Faktoren, die zu diesen Störungen beitragen, gehört die pränatale und postnatale Exposition gegenüber Industriegiften, insbesondere neurotoxischen Metallen wie Blei, Aluminium, Quecksilber, Mangan,...
Neurodegeneration bedeutet den allmählichen Verlust struktureller und funktioneller Komponenten von Nervenzellen, was zu schweren neurologischen Stö...
