Acquisition of a Scanning Confocal Microscope

该建议是为收购一个扫描共焦 显微镜（SCM）。 各种新的软件应用程序允许图像 飞机被单独收集，存储和重组， 产生结构的三维视图。 的这种能力 样品中空间分辨结构是SCM所独有的 这也是它们的主要优势之一， 传统的数据采集方法（标准 免疫荧光、透射和扫描电子 显微术、DIC显微术等）。 仪器将 在高级研究中心运行和维护 超微结构研究SCM，将很容易获得 格鲁吉亚大学和医学院的研究人员 来自格鲁吉亚奥古斯塔。 这些研究人员代表了各种 包括农学、生物化学、植物学、化学、 昆虫学，遗传学，微生物学，生理学，植物病理学， 和动物学，项目涵盖广泛的细胞学 研究真菌、植物和哺乳动物细胞。

The proposal is for the acquisition of a scanning confocal microscope (SCM). Various new software applications allow image planes to be individually collected, stored and recombined to produce three-dimensional views of structures. This ability to spatially resolve structures within a sample is unique to SCMs and is one of the major advantages that they offer over traditional methods of data acquisition (standard immunofluorescence, transmission and scanning electron microscopy, DIC microscopy, etc.). The instrument will be operated and maintained at the Center for Advanced Ultrastructural Research the SCM and will be easily accessible to researchers at the University of Georgia and the Medical College of Georgia, Augusta. These researchers represent a variety of disciplines including agronomy, biochemistry, botany, chemistry, entomology, genetics, microbiology, physiology, plant pathology, and zoology, and the projects cover a broad range of cytological investigations in furgal, plant, and mammalian cells.