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An innovative wireless digital microscope for enhanced malaria detection and telepathology in remote villages

机译:一种创新的无线数字显微镜,可提高偏远村庄的疟疾检测和远程病理诊断能力

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Physicians and specialist pathologists are in acute short supply in developing countries, where the burden of disease is highest. Malaria is a tropical disease that is severely under-reported or misdiagnosed due to lack of physicians. A wireless digital microscope capable of automatic image acquisition, image signal processing, wireless communication for telepathology and automated malaria detection is presented in this paper with potential to alleviate the problem. The digital microscope can help detect malaria infection and also indicate the level of infection from a Giemsa stained blood smear. A medical report containing the image(s) can also be electronically transmitted for expert second opinion to a well-staffed and well-equipped but distant hospital. We show how this new tool can help take telemedicine to the remote villages or hilly towns, and significantly enhance current Malaria detection rates.
机译:在疾病负担最大的发展中国家,内科医生和专业病理学家的供不应求。疟疾是一种热带疾病,由于缺乏医生而严重报道不足或被误诊。本文提出了一种具有自动图像采集,图像信号处理,远程病理学无线通信和自动疟疾检测能力的无线数字显微镜,有望缓解这一问题。数字显微镜可以帮助检测疟疾感染,还可以显示吉姆萨染色的血液涂片的感染水平。包含图像的医学报告也可以通过电子方式传输给人员配备齐全且设备齐全但很远的医院,以征求专家的第二意见。我们将展示这种新工具如何帮助将远程医疗应用于偏远的村庄或丘陵小镇,并显着提高当前的疟疾检测率。

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