CAJ | 학술논문

目的：开发国产全自动化学发光测定仪，有效推动我国免疫分析技术的发展。方法：基于直接化学发光机制设计全机，包括光、机、电、软件、液路及温控等控制部分；采用微量生物试样精确加样技术、精密运动控制、闪光检测以及多模块集成控制等技术。结果：AutolumiS系列全自动化学发光测定仪，目前已通过临床试验，并取得了医疗器械注册证。结论：该产品可衍生出全系列的微粒子化学发光诊断试剂产品，以较低的价格，满足临床日益增长的各种疾病的体外诊断的需求。
목적：개발국산전자동화학발광측정의，유효추동아국면역분석기술적발전。방법：기우직접화학발광궤제설계전궤，포괄광、궤、전、연건、액로급온공등공제부분；채용미량생물시양정학가양기술、정밀운동공제、섬광검측이급다모괴집성공제등기술。결과：AutolumiS계렬전자동화학발광측정의，목전이통과림상시험，병취득료의료기계주책증。결론：해산품가연생출전계렬적미입자화학발광진단시제산품，이교저적개격，만족림상일익증장적각충질병적체외진단적수구。
Objective:To promote the development of our immunoassay technology effectively, we designed a domestic automatic chemiluminescence immunoassay(CLIA) system. Methods:We designed the whole machine, based on the direct chemiluminescence mechanism, including light, machine, electricity, liquid, software, liquid, temperature control parts and other control parts. We also used accurate sample technology for the micro biological sample, precision motion control technology, flash detection technology, multi-modules integration controlled technology. Results: We developed the AutolumiS series automatic chemiluminescence immunoassay(CLIA) system successfully. Conclusion: Through clinical trials, the automatic chemiluminescence immunoassay (CLIA) system have gained medical equipment registration certificate. This product can be derived from the whole series of micro particle chemical luminescence diagnostic reagent products;it also can meet the clinical growing diseases in vitro diagnostic needs at a lower price.