赫尔辛基大学研发出多点触控大型显示屏显微镜 04/10/2011
From Univeristy of Helsinki Gigantic multitouch displays become microscopes “All training related to microscopes will become digital within ten years,” believes Senior Lecturer Johan Lundin, MD, PhD, from the Institute for Molecular Medicine Finland. The multitouch microscope is an innovation developed by researchers at the Institute for Molecular Medicine Finland (FIMM) in collaboration with MultiTouch, a Finnish company. The innovation is based on two technologies created in Finland: web-based virtual microscopy and a giant-size multitouch display. – Traditional microscopes can only be used to digitize a small part of a sample, says Johan Lundin. Virtual microscopy can be used to create a comprehensive montage of the sample. The montage can consist of as many as 50,000 images. The smallest multitouch microscope has a 46-inch screen, which make iPads seem like postage stamps. Several people can examine the same sample from a display that has been placed on a desk, for example. By touching the screen, the image can be enlarged and reduced in the same manner as in smartphones. – There is one difference, though, says Lundin. Smartphones can be controlled with fingertips, but both palms are needed when zooming an image on the giant-size display of a multitouch microscope. The multitouch microscope is suitable for many scientific fields, including pathology, microbiology and cell biology. – It can be used in all fields in which microscopy is needed, Lundin sums up. The multitouch microscope is particularly useful in teaching. It is much easier to learn than a traditional microscope, which typically only allows one person at a time to examine a sample. The multitouch microscope adds a new, interactive dimension to teaching. The multitouch microscope was presented to the media last week at the ChemBio Finland event at the Helsinki Exhibition & Convention Centre. An introductory video is available on YouTube. Comments Your comment will be posted after it is approved. Leave a Reply | 声明:本网站的新闻与资讯板块的的转载消息源于相关学术网站和各留芬华人组织的活动通知,转载信息是出于方便留芬华人资讯交流的目的,并不意味着本站、本协会赞同其观点或证实其内容的真实性,具体事宜请与相关活动负责人或者评论人联系。
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三个项目获2011年中德芬合作研究项目资助
七部门联合发布国家中长期生物技术人才发展规划 第二批“青年千人计划”入选名单公示 科技部发布“十二五”生物技术发展规划 欧盟委员会通过新研究与创新框架计划 留芬华人生命科学学会第五届学术年会在赫尔辛基成功召开 Metabolism researcher wins an ERC grant worth 1.5 million Parasitic disease researcher wins a coveted ERC Starting Grant worth EUR 1.5 million UCL: Ark Therapeutics Group led consortium wins €5.3M EU grant 国家中长期科技人才发展规划(2010-2020年) 人社部发布《留学人员回国工作“十二五”规划》 第一批青年千人计划人选名单152名人选通过评审 2011年度国家自然科学基金委员会与德国科学基金会、芬兰科学院合作研究项目初审结果的通知 图尔库中国学生学者成功完成马拉松比赛 国家“十二五”科学和技术发展规划》全文发布 Academy Projects in health research get EUR 16 million <The Journal of Immunology>: 郭德银教授,江淼博士等人发现人体单核细胞来源树突细胞(moDC)的先天免疫应答高度依赖于RNA分子大小及其5‘端磷酸化机构 <Nucl. Acids Res.>: 赫尔辛基生物医学研究所的陈平博士发明针对外显子芯片计算的新方法 卫功宏博士获得2011-2016芬兰奥卢大学Junior Investigator职位 田莉博士,李梦华博士晋升2011-2016芬兰科学院 Academy Research Fellows The University of Helsinki is ranked 46th among world universities providing medical education and research 瑞典华人生物医药协会2011年会在斯德哥尔摩成功举行 欧洲两大科学机构合并计划宣告失败 <Blood>: 赫尔辛基生物医学研究所的郑玮博士发现Notch信号阻碍了VEGF诱导的淋巴血管生成 中组部人社部下发《关于支持留学人员回国创业的意见》 海归配偶子女可在创业地落户 |
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