About this collection
Degree 2623 digital objects. The Vita technology for life project began in 2013 under the auspices of researcher Ramon Salinas and an interdisciplinary group of professors in cytology and computing. Provide a place to study mechanisms of cervical cancer screening by extracting data from cellular and subcellular images derived from light microscopy, including correlated images. It was one of the first interdisciplinary investigations today dedicated to the conventional examination of glass-based rubbing. The content of his research is in the repository of the University of Campinas, FAPESP. The complete database has been deposited for long-term access and preservation in the ZENODO Library and is therefore also available through this collection. For this study, 660 regions were analyzed, a total of 3960 images were digitized using our automatic capture prototype. Total number, or segmentation algorithm was implemented in 11,880 images. The objectives of the project included: Provide access to the biomedical community to primary and derived data from 2D optical microscopy images. Development of advanced database capabilities to store and extract complex cervical cell and subcellular image data. Models the entire reconstruction process, from sample preparation to segmentation and analysis. This collection provides the raw data, reconstruction, and segmented data for download, and includes 2D images, animations, and image maps for viewing. Scope and content The collection, as archived here, is a digital collection of high-resolution 2D light microscopy data, including correlated images. Techniques range from wide-field mosaics taken with biological microscopy to complete scanning of a slide from automatic digital capture pap smear examination. The database was designed around the reconstruction process from 2D micrographs, capturing the key steps in the process from experiment to analysis. Within the project, the “microscopy product” refers to a set of related 2D images taken by light (epifluorescence, transmitted light, confocal or multiphoton). The image sets may comprise a tilt series, an optical section series, a focus series, serial sections, mosaics, time series, or a set of survey sections taken in a single microscopy session that are not related in any way. systematic way. A set of images may be both a tile and a slanted series and therefore contribute to more than one prod...
Degree 2623 digital objects. The Vita technology for life project began in 2013 under the auspices of researcher Ramon Salinas and an interdisciplinary group of professors in cytology and computing. Provide a place to study mechanisms of cervical cancer screening by extracting data from cellular and subcellular images derived from light microscopy, including correlated images. It was one of the first interdisciplinary investigations today dedicated to the conventional examination of glass-based rubbing. The content of his research is in the repository of the University of Campinas, FAPESP. The complete database has been deposited for long-term access and preservation in the ZENODO Library and is therefore also available through this collection. For this study, 660 regions were analyzed, a total of 3960 images were digitized using our automatic capture prototype. Total number, or segmentation algorithm was implemented in 11,880 images. The objectives of the project included: Provide access to the biomedical community to primary and derived data from 2D optical microscopy images. Development of advanced database capabilities to store and extract complex cervical cell and subcellular image data. Models the entire reconstruction process, from sample preparation to segmentation and analysis. This collection provides the raw data, reconstruction, and segmented data for download, and includes 2D images, animations, and image maps for viewing. Scope and content The collection, as archived here, is a digital collection of high-resolution 2D light microscopy data, including correlated images. Techniques range from wide-field mosaics taken with biological microscopy to complete scanning of a slide from automatic digital capture pap smear examination. The database was designed around the reconstruction process from 2D micrographs, capturing the key steps in the process from experiment to analysis. Within the project, the “microscopy product” refers to a set of related 2D images taken by light (epifluorescence, transmitted light, confocal or multiphoton). The image sets may comprise a tilt series, an optical section series, a focus series, serial sections, mosaics, time series, or a set of survey sections taken in a single microscopy session that are not related in any way. systematic way. A set of images may be both a tile and a slanted series and therefore contribute to more than one prod...