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Slide Scanner

载玻片扫描仪

基本信息

批准号：
541618671
负责人：
金额：
--
依托单位：
Friedrich-Alexander-Universität Erlangen-Nürnberg
依托单位国家：
德国
项目类别：
Major Research Instrumentation
财政年份：
2024
资助国家：
德国
起止时间：
2023-12-31 至无数据
项目状态：
未结题

来源：
https://gepris.dfg.de/gepris/projekt/541618671?language=en
关键词：
Slide Scanner

项目摘要

The application is for a digital slide scanner that can be used to create digital images of tissue sections in the best quality and highest level of detail. In addition to individual slides, the device must be able to scan extensive serial sections of tissue blocks in a short time, which are then reconstructed in 3D using existing software solutions. The slide scanners requested by means of offers here digitise complete slides in bright field at high speed. They are easy to operate thanks to relatively intuitive software and yet offer flexibility to meet all necessary requirements. We assume a total of 42,000 slides are scanned per year. Only a few devices can do this, for each of which quotations were subsequently obtained. In order to enable the storage of the extensive digital image files and secure and independent access to these data by all participating working groups, the image files are to be stored on the servers of the regional computer centre. This incurs low costs. In order to enable targeted access to the individual image files by the individual work groups within a joint network application, we also favour a specific software solution that ensures that each work group can only access its image data and that these do not first have to be laboriously searched for in all the image files generated on the server. The desired software solution is suitable for far-reaching data analysis and reliably prevents files from being accidentally deleted.

该应用程序用于数字载玻片扫描仪，可用于创建最佳质量和最高细节水平的组织切片数字图像。除了单个切片外，该设备还必须能够在短时间内扫描组织块的大量连续切片，然后使用现有的软件解决方案进行3D重建。本报价所要求的幻灯片扫描仪可在亮场高速数字化完整的幻灯片。由于相对直观的软件，它们易于操作，同时还提供满足所有必要要求的灵活性。我们假设每年共扫描42，000张载玻片。只有少数设备可以做到这一点，随后获得了每种设备的报价。为了能够储存大量的数字图像文件并使所有参加工作组能够安全和独立地查阅这些数据，图像文件将储存在区域计算机中心的服务器上。这导致低成本。为了使联合网络应用程序中的各个工作组能够有针对性地访问各个图像文件，我们还赞成采用一种特定的软件解决方案，确保每个工作组只能访问其图像数据，而不必首先在服务器上生成的所有图像文件中费力地搜索这些图像数据。所需的软件解决方案适用于广泛的数据分析，并可靠地防止文件被意外删除。