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| 1 | Modifying the osteoblastic niche with zoledronic acid in vivo —Potential implications for breast cancer bone metastasis显示文摘 | Marie-Therese Haider Ingunn Holen T. Neil Dear Keith Hunter Hannah K. Brown | 2014 | Bone2014，，： | 1 |
| 2 | Do Interventions Which Reduce Colonic Bacterial Fermentation Improve Symptoms of Irritable Bowel Syndrome?显示文摘 | Keith L. E. Dear MD Marinos Elia MD John O. Hunter MD FRCP FACG | 2005 | Digestive Diseases and Sciences2005，，4： | 1 |
| 3 | Vitamin D status: Multifactorial contribution of environment, genes and other factors in healthy Australian adults across a latitude gradient显示文摘 | Robyn M. Lucas Anne-Louise Ponsonby Keith Dear Patricia C. Valery Bruce Taylor Ingrid van der Mei Anthony J. McMichael Michael P. Pender Caron Chapman Alan Coulthard Trevor J. Kilpatrick Jim Stankovich David Williams Terence Dwyer | 2013 | Journal of Steroid Biochemistry and Molecular Biology2013，，： | 1 |
| 4 | Hospital healthcare costs attributable to heat and future estimations in the context of climate change in Perth, Western Australia显示文摘Climate change with increasing temperature is making a significant impact on human health, including more heat-related diseases, and increasing the burden on the healthcare system. Although many studies have explored the association between increasing temperatures and negative health outcomes, research on the associated costs of heat-related diseases remains relatively sparse. Furthermore, estimations of future costs associated with heat-attributable hospital healthcare have not been well explored. This study used a distributed lag nonlinear model to estimate heat-attributable hospital healthcare costs in Perth, Western Australia. Using 2006–2012 as the baseline, future costings for 2026–2032 and 2046–2052 were estimated under RCP2.6, RCP4.5, and RCP8.5. Higher temperatures were found to be associated with increased hospital healthcare costs. The total hospital costs attributable to heat over the baseline period 2006–2012 was estimated to be 79.5 million AUD, with costs for mental health hospitalizations being the largest contributor of the heat-related conditions examined. Costs are estimated to increase substantially to 125.8–129.1 million AUD in 2026–2032, and 174.1–190.3 million AUD by midcentury under climate change scenarios. Our findings of a notable burden of heat-attributable healthcare costs now and in the future emphasize the importance of climate change adaptation measures to reduce the adverse health effects of increasing temperatures and heat exposure on the people of Perth. | Michael Xiaoliang TONG Berhanu Yazew WONDMAGEGN Susan WILLIAMS Alana HANSEN Keith DEAR Dino PISANIELLO Jianjun XIANG Jianguo XIAO Le JIAN Ben SCALLEY Monika NITSCHKE John NAIRN Hilary BAMBRICK Jonathan KARNON Peng BI | 2021 | Advances in Climate Change Research2021，12，5： | 0 |
| 5 | Estimation of the actual disease burden of human H7N9 infection in Jiangsu of eastern China from March 2013 to September 2017显示文摘The actual incidence of human H7N9 infection is supposed to be much higher than the documented laboratoryconfirmed cases.In this study,we estimated the number of the actual H7N9 cases in Jiangsu,China using a probabilistic multiplier model.Then,disability adjusted life years(DALYs),direct and indirect economic loss caused by this disease were calculated and analyzed.Till September 2017,the estimated total number of H7N9 cases was 2952[median,90%probability range(PR):1487-22094],which was 11.8 times(5.9-88.4)as large as the reported number.The median morbidity was estimated to be 4(90%PR:2-29)per 100000 population.The total DALYs loss was 16548 years,and the total economic loss(direct and indirect)was estimated to be RMB 1044618758(US$16.7 M).The average economic loss for per case and for per year was RMB 353868(US$56440)and RMB 232137502(US$37.0 M),respectively.The actual burden of human H7N9 infections was much heavier than what was documented.Our study provided an approach to estimate actual burden of infectious diseases using laboratory-confirmation. | Haodi Huang Wang Ma Ke Xu Keith Dear Huiyan Yu Xian Qi Changjun Bao Minghao Zhou Xiang Huo | 2019 | The Journal of Biomedical Research2019，33，5： | 0 |
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