Saria Vaibhav
Department of Gender, Sexuality, and Women's Studies, Simon Fraser University, Burnaby, BC, Canada.
Front Sociol. 2020 Apr 3;5:18. doi: 10.3389/fsoc.2020.00018. eCollection 2020.
In 2013, a new technology, GeneXpert, was introduced in India, which, in addition to testing for TB, could also diagnose whether the detected strain was drug resistant. By detecting the bacterium more effectively than other available tests and simultaneously testing for resistance, GeneXpert promised to reduce the delay in diagnosis and hence ineffective treatments. The new test was introduced to multiple cities via a coalition that included global health funding bodies, the government of India, the World Health Organization, and non-governmental organizations. Despite the concerted effort of the coalition, among formal providers (those trained in biomedicine) in the private sector, the new technology was not adopted as quickly as had been hoped. Examining formal providers' initial responses to the technology's introduction in the city of Patna reveals how the adoption of new technology can be influenced by the particularities of the local medical market such as the availability of diagnostic tests, presence of informal providers, and reputation of formal providers. While protocols and operations might seem standardized across implementation plans, the work that is required to ensure success must take into account the particular role that the market plays from site to site.
2013年,一项名为GeneXpert的新技术被引入印度,该技术除了能检测结核病外,还能诊断所检测到的菌株是否具有耐药性。通过比其他现有检测方法更有效地检测细菌并同时检测耐药性,GeneXpert有望减少诊断延迟,从而减少无效治疗。这项新检测通过一个联盟被引入多个城市,该联盟包括全球卫生资助机构、印度政府、世界卫生组织和非政府组织。尽管该联盟齐心协力,但在私营部门的正规医疗机构(接受过生物医学培训的机构)中,这项新技术的采用速度并未达到预期。考察正规医疗机构对该技术在巴特那市引入的最初反应,揭示了当地医疗市场的特殊性(如诊断检测的可及性、非正规医疗机构的存在以及正规医疗机构的声誉)是如何影响新技术的采用的。虽然协议和操作在不同的实施计划中看似标准化,但确保成功所需开展的工作必须考虑到市场在不同地点所起的特殊作用。