Dr. Hamizah Sa'at is a Senior Lecturer in the Department of Surgery at Universiti Malaya, with expertise in medical decision-making, cancer genetics, and qualitative research. Her research focuses on improving early cancer diagnosis, cancer risk management, and shared decision-making (patient decision aids) in healthcare. Dr. Hamizah's work also addresses the behavioral/psychosocial aspects of diseases and implementation science, particularly in disease prevention and management. She developed a Patient Decision Aid (PDA) for Malaysian BRCA carriers, supporting informed decisions about ovarian cancer prevention, considering the local cultural context. Dr. Hamizah is a member of the International Shared Decision Making Society (ISDM) and the Qualitative Research Association of Malaysia (QRAM).

Dr. Anis Rageh Al-Maleki is a senior lecturer (assistant professor) in the Department of Medical Microbiology, Faculty of Medicine at University of Malaya (UM), Malaysia. He received his PhD in Medical Microbiology from UM, and postdoctoral fellowship at Faculty of Medicine and Faculty of Dentistry, University of Malaya, Malaysia. His research expertise lies in microbiology, immunology, integrated omics, bacterial pathogenesis, biomarker discovery, and genetic engineering for several pathogens and oral microbiota. He has published several research articles and served as Editorial Board Member; Clinical Pathology & Research Journal (CPRJ), Asian Council of Science Editors (ASCE), Frontiers in Cellular and Infection Microbiology Journal and Clinical Microbiology Journal, Professional Member; Engineering Research and Publications, Malaysian Society for Microbiology Member, Associate Member, Malaysian Society of Microbiology (MSM), & IFERP Professional Membership. Reviewer in many Journals. Dr. Anis has an internationally recognised record of exceptional and outstanding Research Expertise and high impact publications: Dr. Anis is internationally recognized for his exceptional achievements in omics studies and cancer-related infections. With a robust record of high-impact, peer-reviewed publications, his work is widely cited, demonstrating significant contributions to scientific knowledge and earning global validation. Innovation in Techniques: by employing advanced techniques in next-generation sequencing and integrating various 'omics' approaches, Dr. Anis has modified analysis methods which led to new insights, adopted by researchers, underscoring his leadership in the field. Collaborative Projects: he actively engages in collaborative projects with leading researchers and institutions worldwide, resulting in co-authored publications, joint research grants, and the sharing of knowledge and resources. These collaborations are crucial for advancing scientific discovery on an international scale. Recognition and Awards: his excellence in research has been recognized with numerous awards, affirming his reputation in the scientific community. Appointed as speaker: he has been appointed as a speaker at several prestigious international conferences and serves as an editor for a respected scientific journal. These roles acknowledge his past achievements and potential for future contributions. Supervisor for international students: mentors the next generation of scientists, sharing his expertise and fostering advancements in science. Workshops & training: he conducts workshops, talks, and training sessions globally, indicating his commitment to education and capacity building in the scientific community, enhancing the skills of researchers worldwide.

A biophysicist by interest, Dr. Vengadesh Periasamy is based in Low Dimensional Materials Research Centre (LDMRC), Department of Physics, Faculty of Science, University of Malaya in Kuala Lumpur, Malaysia as a Senior Lecturer/ Research Fellow. His field of expertise and interest mainly involves DNA electronics, Langmuir-Blodgett (LB), Biophotovoltaics (BPV) and Nanomedicine (Riboflavin, Green Synthesis of Nanoparticles for Antipathogenic and Anticancer Properties). His current research groups consist of numerous final year projects, interns, research assistants, MSc. and PhD. students comprising of various disciplines and nationality. Resulting research outputs have been published in various high impact factor journal papers, proceedings, patent, book and book chapter. Research covers a comprehensive multi-disciplinary approach whereby underlying fundamentals are thoroughly investigated to enable possible applications by constructing, characterizing and testing prototype sensors/devices. Using LB technique to fabricate pure novel DNA films, we are actively pursuing frontier research into fundamental DNA electronics, which would ultimately enable DNA genomic sequencing for rapid DNA detection and also the fabrication of DNA based environmental sensors. LB method also allows flexibility in designing different types of graphene films either as porous anodes or highly transparent conducting material. These highly customized electrodes will then be utilized to investigate bio-signals or intrinsic cellular noises from antipathogenic/anticancer reactions and other biological pathways of interest. Current research directions are therefore directed towards understanding interfacial properties by deciphering extracted bio-signals to be applied in the fields of nano-bioelectronics, nano-medicine and biomedical technology. Dr. Vengadesh’s interest in BPV is partly as a result of an MOU between University of Malaya and Centre of Research for Electrochemical Science and Technology (CREST), Department of Chemical Engineering and Biotechnology, University of Cambridge to undertake combined research efforts in algae biotechnology. He and his group is developing LB derived high porosity graphene films for application as an anodic material in BPV platforms. Initial results indicating an increased power output and open potential suggest the possibility of substituting the currently used conventional ITO anodes. The LB method utilized allows for attaining higher electrode surface area and better attachment of biofilms. Coupled with the presence of functional groups, the films fabricated enables easier and effective algae attachment onto the graphene anode surface resulting in superior biocompatibility and hence the improved power output. Dr. Vengadesh visited CREST as a Post-doc/Academic Visitor from 21 January until 20 October 2014 to facilitate the collaborative research further and to establish a roadmap in BPV research between the two research centers.