Ferrucci Leah M, Daniel Carrie R, Kapur Kavita, Chadha Puneet, Shetty Hemali, Graubard Barry I, George Preethi S, Osborne Whitney, Yurgalevitch Susan, Devasenapathy Niveditha, Chatterjee Nilanjan, Prabhakaran Dorairaj, Gupta Prakash C, Mathew Aleyamma, Sinha Rashmi
Division of Cancer Epidemiology and Genetics, National Cancer Institute, National Institutes of Health, Department of Health and Human Services, Rockville, MD, USA.
Asian Pac J Cancer Prev. 2010;11(6):1621-9.
Bioactive components of many foods added during cooking have potential antioxidant, anti-inflammatory, antimicrobial, antibacterial and chemopreventive properties. However, epidemiologic studies generally do not collect detailed information on these items, which include spices, chilies, coconuts, garlic, onions, and oils. Since India has some of the highest spice consumption in the world, we developed a computer-based food preparer questionnaire to estimate per capita consumption of 19 spices, chilies, coconuts, garlic, onions, and 13 cooking oils among 3,625 participants in the India Health Study, a multicenter pilot study in three regions of India. We observed notable regional differences in consumption of spices, chilies, coconut, garlic, and onions. In Trivandrum, over 95 percent of the participants consumed 12 different spices, while in New Delhi and Mumbai, 95 percent of participants consumed only four and five spices, respectively. Cooking oil use also varied, as ghee was most common in New Delhi (96.8%) followed by mustard seed oil (78.0%), while in Trivandrum the primary oil was coconut (88.5%) and in Mumbai it was peanut (68.5%). There was some variation in consumption by education, income, and religion. Using a novel method for assessing food items primarly added during cooking, we successfully estimated per capita consumption within an epidemiologic study. Based on basic science research and suggestive ecologic level data on cancer incidence and spice consumption, improving epidemiologic assessment of these potentially chemopreventive food items may enhance our understanding of diet and cancer risk.
烹饪过程中添加的许多食物的生物活性成分具有潜在的抗氧化、抗炎、抗菌、抑菌和化学预防特性。然而,流行病学研究通常不会收集这些食物项目的详细信息,这些食物包括香料、辣椒、椰子、大蒜、洋葱和油类。由于印度是世界上香料消费量最高的国家之一,我们开发了一份基于计算机的食物制备问卷,以估算印度健康研究中3625名参与者的19种香料、辣椒、椰子、大蒜、洋葱以及13种食用油的人均消费量。印度健康研究是在印度三个地区开展的一项多中心试点研究。我们观察到香料、辣椒、椰子、大蒜和洋葱的消费量存在显著的地区差异。在特里凡得琅,超过95%的参与者食用12种不同的香料,而在新德里和孟买,95%的参与者分别只食用4种和5种香料。食用油的使用情况也各不相同,酥油在新德里最为常见(96.8%),其次是芥花籽油(78.0%),而在特里凡得琅主要食用油是椰子油(88.5%),在孟买则是花生油(68.5%)。消费量在受教育程度、收入和宗教方面存在一些差异。通过一种评估烹饪过程中主要添加食物项目的新方法,我们在一项流行病学研究中成功估算了人均消费量。基于基础科学研究以及关于癌症发病率和香料消费的提示性生态水平数据,改进对这些具有潜在化学预防作用食物项目的流行病学评估,可能会增进我们对饮食与癌症风险的理解。