Environmental Health & Trace Element Analysis

Toxicology, Elemental Analysis, and Environmental Impact.

General Research Overview: My research in this area investigates the impact of environmental exposures and nutritional imbalances on chronic diseases and public health. Utilizing advanced analytical techniques like Atomic Absorption Spectroscopy (AAS), I analyze the concentrations of trace elements and toxic heavy metals in biological samples to identify physiological correlations with conditions ranging from breast cancer to pediatric anemia.

Core Areas of Impact:

Onco-Toxicology: I investigate the relationship between trace element imbalances specifically Selenium and Mercury and their correlation with mammographic density and breast cancer progression.
Maternal & Pediatric Health: My research explores how environmental enteropathy and heavy metal exposure (such as Lead) contribute to anemia and developmental challenges in pediatric patients.
Environmental & Occupational Monitoring: I have led studies on the health impacts of endocrine-disrupting chemicals and heavy metals on workers in the petrochemical and fertilizer industries.
Toxicology of Substance Abuse: I conduct comparative studies to determine the levels of toxic elements in cannabinoid and opioid drugs.
Marine & Ecosystem Health: Assess broader environmental risks to human health.

Technical Expertise:

Analytical Chemistry: Expert proficiency in the use of Atomic Absorption Spectroscopy (AAS) and RP-HPLC.
Bio-monitoring: Experience in collecting and processing diverse biological samples (blood, serum, scalp hair).
Statistical Public Health: Application of multivariate statistical analysis to determine environmental factors in disease etiology.