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Titlebook: Current Research in Ophthalmic Electron Microscopy; Manfred Spitznas Conference proceedings 1977 Springer-Verlag Berlin · Heidelberg 1977

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书目名称Current Research in Ophthalmic Electron Microscopy
编辑Manfred Spitznas
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丛书名称Current Research in Ophthalmic Electron Microscopy
图书封面Titlebook: Current Research in Ophthalmic Electron Microscopy;  Manfred Spitznas Conference proceedings 1977 Springer-Verlag Berlin · Heidelberg 1977
描述The study of ocular fine structure under physiologic and experimental conditions is a relatively young branch of ophthalmic research, requiring a high degree of specialization. The few scientists, who are involved in this kind of research are widely scattered through­ out Europe. Therefore, the exchange of scientific information, which is necessary for crit­ ical evaluation and continuing stimulation of individual work, is often impeded. In an at­ tempt to overcome this problem, a group of likeminded research workers got together in Essen in spring 1972 and founded ECOFS, the European Club for Ophthalmic Fine Struc­ ture. Since its inauguration the Club has attracted the interest of more and more scientists engaged in the electron microscopic investigation of the eye. Once each year the members of the association and invited guests take part in a very active scientific meeting. During these workshops the participants have ample oppurtunity to report in detail on the recent results obtained in their investigations and to test the validity of their conclusions in lively discussions with other specialists. This publication contains a great number of the papers presented at the fifth a
出版日期Conference proceedings 1977
关键词X-ray; chemistry; distribution; electron microscopy; endothelium; evaluation; eye; fracture; lymphocytes; mem
版次1
doihttps://doi.org/10.1007/978-3-642-66812-8
isbn_softcover978-3-540-08508-9
isbn_ebook978-3-642-66812-8Series ISSN 0173-7082
issn_series 0173-7082
copyrightSpringer-Verlag Berlin · Heidelberg 1977
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Constructing the Manufacturing Facilityr a participation of the trabecular network in the disease course might be a preliminary condition for the development of glaucoma and, thus, mere infiltration of exfoliation material into the trabecular network alone could be responsible for developing a glaucoma.
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https://doi.org/10.1007/978-1-137-51229-1appear macrophages coming from the host, indicating that the lesions are being cleaned. These experiments present a good model for the study of the interaction between immunologic cells and an organized cellular structure.
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https://doi.org/10.1007/978-1-349-17391-4 of glycogen in the retina fell rapidly so that by 45–60 min of ischaemia it was absent from the Müller cell. In the rabbit, ischaemia preferentially damaged the outer retina and especially the visual cells. This pattern of damage was thought to be a reflection of the amount of glycogen present in the different regions of the retina.
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