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The author:(作者)delv
published in(发表于)2/11/2012 9:41:56 AM
Nikon microscopic photography of the first three

First: the ink flow into the blood vessels of chicken embryos The micro world of sports contest nikon first name is the ink flow into the chicken embryos blood vessels, is by the Oxford University sir William Dunne pathology court researchers Anna-Franz (Anna Franz) film, video images show how ink flows into the blood vessels of the chicken embryos. In order to establish the shrinkage when video, Franz anatomy were born 72 hours of chicken embryos, in stereo microscope after she carefully ink is injected into the chicken embryos in the arteries, to the blood vessels of the chicken embryos is like structure. Incredibly, this is the first time Franz shrinkage use when photography technology, she not only properly operation, were able to photograph "vascular flowering" the beautiful scene. Franz said the award, this period of video not only confirmed the heart of chicken embryos kinetic energy and complex vascular system, at the same time, show the beauty of body structure of chicken embryos. 第一名：墨水流入小鸡胚胎血管 此次尼康微观世界运动摄影大赛第一名是墨水流入小鸡胚胎血管，是由牛津大学威廉爵士邓恩病理学院研究员安娜-弗朗茨(Anna Franz)拍摄的，视频图像显示墨水如何流入小鸡胚胎的血管。 为了建立这个缩时视频，弗朗茨解剖了出生72个小时的小鸡胚胎，之后她在立体显微镜下小心翼翼地将墨水注射入小鸡胚胎的动脉中，来呈像小鸡胚胎的血管结构。令人难以置信的是，这是弗朗茨第一次使用缩时摄影技术，她不仅正确无误地操作，还能拍摄到“血管开花”的美丽景象。 弗朗茨在颁奖时表示，这段视频不仅证实了小鸡胚胎的心脏动能和复杂的血管系统，同时显示了小鸡胚胎身体结构之美。


The micro world of sports contest nikon second mitochondria in second place is swimming: mitochondria swimming through to the rear of the young of zebrafish sensory neurons A young of zebrafish to the rear of the sensory neurons, is by the many Minnie G-palmer, Krishna (Dominik Paquet) and Munich neurodegenerative disease research center of colleagues of the shooting. Mitochondria cell energy to produce "Power station", and at the same time for generating neural activity has an important role. This period of video is shot from, in order to better research Krishna alzheimer's disease The cellular and molecular pathology sex. Palmer, Krishna said, this paragraph of video may be present for the first time in the mitochondria a complete, do not change vertebrates in nerve cells of the shuttling real images 第二名：线粒体游动穿过斑马鱼幼体尾部的感觉神经元 此次尼康微观世界运动摄影大赛第二名是线粒体游动穿过斑马鱼幼体尾部的感觉神经元，是由多米尼克-帕奎特(Dominik Paquet)和德国慕尼黑神经变性疾病中心的研究同事拍摄的。线粒体细胞能量产生的“发电站”，同时对于产生神经活跃性具有重要作用。拍摄这段视频是帕奎特为了更好地研究阿兹海默症细胞和分子病理性。 帕奎特称，这段视频可能首次呈现了线粒体在一个完整、未改变脊椎动物神经细胞中穿梭的真实图像。


This period of video images show for identification of microscopic photography Wagner ability, he hopes the video images like this can remind people science the charisma and interesting, and might encourage people to the scientific study of interest. It is understood that the micro world of sports contest nikon of more than 200 works to participate in the selection. 第三名：水蚤游荡于球形团藻 此次尼康微观世界运动摄影大赛第三名得主拍摄这段视频完全出于娱乐，德国疫苗研究员拉尔夫-瓦格纳(Ralf Wagner)从自家花园中捕捉到一只水蚤，放在显微镜下进行研究。在这个精美的视频图像中，水蚤游荡在一个球形团藻附近，就好像这是一个大充气球。瓦格纳承认称，这段视频并不是记录一项科学突破，它仅是用微观镜头记录了微小生物如何与所在环境产生互动。 这段视频图像显示了瓦格纳对于显微摄影的鉴别能力，他希望像这样的视频图像可以提醒人们科学所具有的魅力和趣味性，或许会激励着人们对科学的探索研究兴趣。 据悉，此次尼康微观世界运动摄影大赛共有200多个作品参加评选。

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