Arsenic vs Water : A bigger problem that you drink
Ata Nosrati grew up in a village in Iran, where the water was safe to drink. He is now turning his chemical engineering knowledge and understanding of water contamination to work to develop a safe, low cost, easy to use method for removing Arsenic from drinking water. Many nations including Bangladesh, Vietnam and even the United States have dangerous levels of Arsenic in their water supplies, sometimes 300 times the safe limit.
Dr Ata (Ataollah) Nosrati is a lecturer and researcher at Edith Cowan University [ECU] School of Engineering in Perth, Australia. Ata is a chemical engineer and metallurgist involved in a range of applied and fundamental project activities with problem solving and process optimization nature.
Ata’s areas of research interest include:
Mineral processing: Leaching/dissolution of mineral ores; Agglomeration; Dewatering; Acidic mine water neutralization
Rheology: Interfacial chemistry and particle interactions (rheology) nexus in complex dispersions used in chemicals/minerals processing; rheological characterization of complex fluids and materials
Water purification: Design and development of hybrid adsorbents for selective and clean recovery of metals from solutions
Finding new applications for microfluidics in chemical engineering and mineral processes industries
Cardiovascular disease is treatable, but the long term health of patients can suffer as a consequence of the prescriptions. From a medical family, Dr Abishek Santhakumar watched the treatments provided for his mother help and hinder her health. He thought there must be a better way, and his research trajectory has led him though pigments, plums and pulses in a search for cardioprotective natural products.
Dr Abishek Sankathumar completed his PhD at Griffith University and his research investigates the role of natural dietary antioxidant compounds in reducing the risk factors of cardiovascular and metabolic diseases.
Abishek currently is a lecturer and researcher in haematology and blood banking at Charles Sturt Univerisity [CSU] School of Biomedical Sciences. During his research tenure, Abishek has led nationally registered human clinical trials investigating the feasibility and efficacy of natural antioxidant compounds as therapeutic alternatives in diverse pro-thrombotic populations. His research focus is strongly aligned to the objectives of the ARC ITTC Functional Grains Centre.
Abishek’s research interests include:
To evaluate the anti-diabetic, anti-obesity and cardio-protective properties of polyphenols present in grains and pulses
Antiplatelet therapy versus dietary antioxidants in metabolic syndrome
To investigate the mechanisms involved in platelet activity under oxidative stress
To evaluate the effect of diet and life-style on platelet function