本プロジェクトは、平成24年1月から平成29年1月までの5年間、地球規模課題対応国際科学技術協力（SATREPS）事業として実施された。ケニア中央医学研究所（Kenya Medical Research Institute：KEMRI）での黄熱病、リフトバレー熱の迅速診断法の実用化、リファレンス機能強化、更に、地域の医療施設、KEMRI、ケニア公衆衛生省を結ぶ携帯電話網を活用したアウトブレイク早期警戒・即時対応メカニズムの構築を目指している。本プロジェクト終了後の現在は、そのフォローアップ支援活動および共同学術研究を継続して行っている。
More than a 30-year experience and hands-on a broad variety of molecular laboratory techniques and instrumentations, experimental design and data analysis, laboratory management, instructorship and supervision.
Department of Radiation Molecular Epidemiology, Atomic Bomb Disease Institute, Nagasaki University
1995/01–1996/11, Postdoctoral Research Associate, Department of Microbiology and Immunology, Albert Einstein College of Medicine, Bronx, NY, USA1994/06, PhD (biochemistry and immunology), Rostov State Medical Institute, Rostov-on-Don, Russia1981/09–1987/02, M.S. [equivalent] in chemical engineering of biologically active substances, Lomonosov Institute of Fine Chemical Technology, Moscow, Russia
Atomic Bomb Disease Institute, Nagasaki University
Thyroid carcinogenesis, molecular carcinogenesis, radiation-induced carcinogenesis, molecular epidemiology, molecular diagnostics, radiation and cancer epidemiology, radiation biology, human genetics, molecular pathology. An author and coauthor of 117 peer reviewed articles, 2 books, 9 book chapters, 23 Professional societies’ publications, peer review service to 19 international journals, Member of Editorial board in 2 journals.
We are aimed at designing and conducting laboratory and epidemiological research into the contribution of inherited genetic variations and somatic genetic alterations to the etiology of human cancer and non-cancer diseases, particularly focusing on populations exposed to radiation in Chernobyl, Kazakhstan and Japan to improve public health through gaining new insights into gene-environmental interactions.
BSc, MAppStats, PhD
School of Tropical Medicine and Global Health, Nagasaki University, Japan
Chris received his Bachelor of Science from the University of Nebraska-Lincoln (USA) (2002), a Master of Applied Statistics with distinction from the University of Malaya (Malaysia) (2005), and a PhD in Health Science from the University of Tokyo (Japan) (2011) for research on statistical method to measure the relative performance of post-market treatments in the absence of suitable controls. Following completion of his PhD, he went on to hold a postdoctoral position at the National Institute for Environmental Studies (Japan) where he studied the health effects of ambient temperatures and air pollution in Japan. In 2013, he became a postdoctoral fellow under the Japan Society for the Promotion of Science and expanded his work on environmental pollution and health to the developing countries in the tropics. He continued his work as an assistant professor at the Institute of Tropical Medicine, Nagasaki University (Japan), from late 2015 until early 2018. From April 2018, he joined the School of Tropical Medicine and Global Health at the same university as an Associate Professor. He was a Rutherford Fellow at the London School of Hygiene and Tropical Medicine (United Kingdom) between August 2018 to January 2019.
Chris teaches biostatistics at the School of Tropical Medicine and Global Health at Nagasaki University, and previously, the School of International Health at the University of Tokyo. He has previously organized and taught undergraduate courses in statistics, actuarial mathematics, and quantitative analysis.
Chris is interested in environmental epidemiology and the related statistical methods. His research focuses on the assessment of human health risk associated with atmospheric exposures such as air pollution, ambient temperatures, airborne pollen, and intercontinental dust events. He is currently leading a project to measure the health impacts of landscape fires that affect the air quality of many Southeast Asian cities. He is involved in a project that investigates the associations of fine particulate matter, its chemical constituents and sources with the lung function of asthma patients. He is also leading a study to examine the forward displacement of daily mortality attributable to air temperatures in tropical setting.
Given his extensive training in applied statistics, Chris is also interested in the application of statistics in a multidisciplinary context involving other health fields and looks forward to working with researchers from different backgrounds.
In the digital age where data are collected faster and greater in quantity, strong quantitative skills are important to allow one to extract useful information from data. Statistics is central to this process. As you begin your journey with us, there will be opportunities to gain knowledge in statistical inference and develop skills in data analysis and interpretation. You will also be exposed to the data-driven approaches in epidemiology. I look forward to meeting students and researchers interested in utilizing these skills to improve health.
PhD in Social Anthropology
School of Global Humanities and Social Sciences, Nagasaki University
Socio-anthropological study on history, socio-cultural dynamics, inter-ethnic conflict, modernization and development among the Banna in southern Ethiopia since 1993. Study on medical anthropology and medical pluralism since 2008. Study on population aging and elderly care since 2012.
I am currently involved in research teams on global aging, especially focusing on future aging and social welfare in Africa. Both qualitative and quantitative research on elderly life, health, care and social protection will be carried out in East Africa; Ethiopia, Kenya, Uganda, and Zambia.
MD, MSc, PhD
I have been working in the field of maternal health. Pregnancy and childbirth are mostly physiological processes. In some cases, however, there are pathological aspects as well. Both physiology and pathology must be taken into account when considering maternal health. Unfortunately, only pathological phenomenon is focused on, as exemplified in the saying that “Every pregnancy is a risk”. Therefore, there is a huge misuse of medical interventions observed, both in developing and industrialized countries. We should strive to find an optimal point in between the two, keeping in mind that that point is variable. There is no “magic bullet” in the field of public health. We must think together how we can change this world.
I am in charge of the two following modules
Cambodia (capital – Phnom Penh, rural – Prey Veng province)
PhD in malaria parasite genetics
Malaria Unit, Institute of Tropical Medicine, Nagasaki University
My lab focuses on genetic and genomic approaches to identify the underlying genetic causes of medically important phenotypic differences between parasite strains. We use the rodent malaria parasites for some of these studies, but we are increasingly pursuing investigations involving the human malaria parasites in in vitro culture, and non-human primate malaria parasites such as Plasmodium cynomolgi in monkeys. We also work in malaria endemic countries on epidemiology related projects, including with P. falciparum and P. vivax in Africa, P. knowlesi and P. cynomolgi in Southeast Asia, and P. simium and P. brasilianum in South America. We are interested in ALL aspects of malariology.
For an up to date publication list, please see:
The Malaria Unit at the Institute of Tropical Medicine is a dynamic and cosmopolitan laboratory specializing in the genetics and epidemiology of malaria. Although we take our scientific research very seriously, we endeavour to create a fun and relaxing environment for lab members, as we believe that science should be enjoyable and rewarding for the researcher.
We work on multiple disciplines within malariology, and try to accommodate each individual lab member’s research interests. We rely on a large network of international collaborators for the vast majority of our research projects, and currently have active partnerships with researchers in numerous regions including the UK, Portugal, Saudi Arabia, Brazil, Nigeria, Kenya, Thailand and elsewhere.
All research and lab life is conducted in English (with a smattering of Swahili, Welsh and American).
Our lab offers graduate students a relaxed and informal atmosphere in which to explore their own research interests with strong academic support and guidance if required.
Potential projects available with our lab include (but are not limited to); studies of inter-species interactions between malaria parasite strains and species within mice and mosquitoes; discovery of genes involved in drug resistance/ virulence/ strain-specific immunity in rodent malaria parasites through genetic crossing and whole genome sequencing; studies involving investigation of the conditions required for optimal vectorial capacity in mosquitoes; studies on the population genetics of P. falciparum, P. malariae and P. ovale in field isolates from Nigeria.
We also strongly encourage potential graduate students to design their own research utilizing the resources of the Malaria Unit. These include the largest collection of rodent malaria parasite isolates in the world, a colony of A. stephensi mosquitoes in a state-of-the-art insectary for transmission experiments, and access to field isolates from our international collaborators.