Research on wastewater treatment
Synthesis and characterisation of NiFe2O4 as obtained by reactive grinding combined with heat and without heat treatment method for wastewater treatment.
​
My passion for wastewater treatment research is driven by a strong commitment to sustainable solutions and the development of innovative materials that address real-world environmental challenges. The synthesis and characterization of NiFeâ‚‚Oâ‚„ using reactive grinding—both with and without heat treatment—offers a promising route toward low-cost, scalable, and eco-friendly materials for water purification. I am particularly excited by the potential of NiFeâ‚‚Oâ‚„ as a magnetic nanomaterial capable of removing contaminants from wastewater efficiently while allowing for easy recovery and reuse. Exploring the differences in structural, magnetic, and adsorptive properties between heat-treated and untreated samples enables deeper insight into material behavior and performance. This research not only aligns with global efforts to improve water quality and foster cleaner and safer surroundingsbut also feeds my curiosity and drive to develop advanced materials that contribute meaningfully to environmental protection.
Research on DNA methylation in sewage workers
Methylation scars of exposure: Epigenomic footprints in sewage worker- analog conditions analyze DNA methylation datasets from individuals exposed to environmental pollutants or infectious agents- identify persistent epigenetic changes (e.g. in IL6, TNFa, mucosal barrier genes) that could mark chronic sewage exposure.
​
I am deeply motivated by both a scientific curiosity about epigenetic regulation and a personal commitment to the welfare of vulnerable worker populations, particularly sewage workers. These individuals are chronically exposed to a complex mix of environmental pollutants and infectious agents, yet the long-term biological effects of such exposures remain underexplored. The concept of “methylation scars”—persistent DNA methylation changes—offers a compelling opportunity to uncover how these exposures may silently alter gene regulation over time. By analyzing methylation patterns in key genes like IL6, TNFα, and those involved in mucosal barrier function, I aim to identify reliable epigenetic markers that reflect chronic exposure and potential health risks. My passion lies not only in advancing our understanding of environmental epigenomics but also in using that knowledge to advocate for better health monitoring, early intervention, and policy protections for sewage workers, whose essential contributions often go unseen and underappreciated.