Zeiss Zen Core Download
John Cortez
ZEN core handles more than just microscopy imaging. ZEN core is the most comprehensive suite of imaging, segmentation, analysis, and data connectivity tools for multi-modal microscopy in connected material laboratories.
From entry-level stereo microscopes to fully automated imaging systems, ZEN core provides you with a unified user interface for ZEISS microscopes and cameras. Perform multi-modal workflows and correlate light and electron microscopy. Connect all imaging and analytcal data between systems, laboratories, and locations.
ZEN core is your command center for automated imaging and analysis functions on compound light microscopes. Use built-in automated image acquisition routines and benefit from the consistency of an advanced and repeatable workflow.
Link all your ZEISS imaging and microscope solutions to a single, familiar GUI - ZEN core provides the infrastructure for connected laboratory environments. Obtain maximum meaningful information from your parts or materials samples. The GUI is designed specifically for use in materials analysis available on all ZEISS light and electron microscopes with motorized stages.
ZEN core bietet mehr als nur Mikroskopie-Imaging. Diese Software ist die umfangreichste Lösung für Bildgebung, Segmentierung, Analyse und Datenkonnektivität in der multimodalen Mikroskopie in vernetzten Materiallaboren.
ZEN core ist Ihre Kommandozentrale für die Einrichtung von automatisierten Bildgebungs- und Analysefunktionen zusammengesetzter Lichtmikroskope. Die integrierten automatisierten Abläufe für die Bilderfassung sorgen für einen einheitlichen, erweiterten und wiederholbaren Workflow.
ZEN core stellt die Infrastruktur für vernetzte Laborumgebungen bereit und führt alle Ihre ZEISS Bildgebungs- und Mikroskopielösungen in einer einheitlichen, vertrauten Benutzeroberfläche zusammen. Damit erhalten Sie ein Maximum an aussagekräftigen Informationen zu Werkstücken oder Materialproben. Die grafische Benutzeroberfläche wurde speziell für die Verwendung in der Materialanalyse entworfen, die auf allen ZEISS Licht- und Elektronenmikroskopen mit motorisierten Probentischen verfügbar ist.
Although the specimen looks entirely different under various microscope types, ZEISS ZEN core is able to relocate a flagged area during the analysis process. Data and images are merged - painstaking searches for the test point across different microscope types are now a thing of the past. The images are automatically overlaid or combined, thus revealing the information. This facilitates collaborative and cross-site work with data.
If you wish to do any live cell imaging in the core, you must have approval by submitting a BUA authorization form to core staff along with a copy of your BUA report listing the proposed research material.
ZEN core is an imaging software for connected microscopy in material labs. It supports the user by steering his microscopes as well as collecting, processing and analyzing images. The workflow based software helps the user to build his own analyzing methods step by step by choosing and putting together suitable modules from the existing supply. This generated workflow can then be used recurring for a large number of images.
The mission of the Ragon Institute Immunology Core is to bring the latest imaging modalities to bear on fundamental molecular and cell biological questions pertaining to human disease. As an MGH core facility, it serves the greater MGH community in all aspects of flow cytometry, cell sorting, advanced microscopy and image analysis. The Microscopy division of the Ragon Institute Imaging Core is located on the 8th floor of 400 Technology Square in Cambridge (Main Street). The core offers training, assistance and access to a wide variety of imaging systems including slide scanners (TissueFAXS and Zeiss MIRAX MIDI) for rapid imaging of tissues and adhered cell populations, high resolution confocal imaging (Zeiss LSM510), and advanced live cell imaging systems. There is also high-speed, flow-based imaging of cell populations in suspension using the ImagingStreamX MkII by Amnis. Our facility is unique in that our confocal and live cell imaging systems are situated in a BL2S facility. In addition, consultation is provided on sample preparation, experimental design, and advanced image analysis, in addition to assistance with all aspects of the imaging process.
The compute resource is a Linux cluster with approximately 1,000 compute nodes and more than 10,000 processor cores. Subsets of the nodes are connected with low latency, high-bandwidth InfiniBand networks that support large message-passing parallel jobs. Smaller parallel jobs are supported within nodes and, when there is little message-passing, on nodes connected by high-speed Ethernet. Compute nodes with various special capabilities are available, including large-memory and attached GPUs.
In addition to being a Mayo Clinic research core, the Microscopy and Cell Analysis Core is part of the Mayo Clinic Comprehensive Cancer Center, which is a National Cancer Institute-designated comprehensive cancer center. The core also has strong ties with Mayo's clinical departments, including the Department of Laboratory Medicine and Pathology and Mayo Clinic Laboratories.
Potential inspection views and automatic deformation axis detection characteristics make analysis simple, repeatable and intuitive. ZEN core users can provide complete traceability and data integrity to their customers in NMI analyses, which implies that grade certification is auditable, specifically beneficial for users in regulated industries.
The GxP module allows traceable workflows via effortlessly combined microscopy hardware and software to fulfill the needs of regulated industries. All workflows available in ZEN core could be made to comply with GxP.
EquipmentDescriptionSynergy Neo2 Hybrid Multi-Mode Microplate Reader For numerous HTS applications with multi-detection modes.LI-COR Odyssey ClxFor quantitative, highly sensitive near-infrared fluorescence detection.DeNovix DS-11 FX+Spectrophotometer/FluorometerFor a variety of micro-volume nucleic acid and protein analyses.Bio-Rad GelDocXRFor high-resolution nucleic acid and protein gel imaging.Biacore X100 Measurement of biomolecular interactions in real-time.
Faculty, staff, and students have a full access to instrumentation in the shared research support facilities. The majority of instrumentation is located in the core research support laboratories on the fourth floor of Thomas W. Cole Research Center for Science & Technology. A web-based core facility management system, iLab Solutions, is applied for the service and management of CCRTD Research Infrastructure Core. These facilities are supported by the Research Center of Minority Institutions (RCMI) program of National Institute of Health (NIH), the Georgia Research Alliance (GRA), and CAU. They are currently available to users free of charge. Moreover, additional instruments within CCRTD member laboratories are shared by all CCRTD members.
Presently, eight member Universities have been supported by Georgia Research Alliance (GRA); Augusta University, Clark Atlanta University, Emory University, Georgia Institute of Technology, Georgia State University, Mercer University, Morehouse School of Medicine, and University of Georgia. These eight universities that have had major support for their core facilities from GRA signed a memorandum of understanding (MOU) in 2018, to come under one umbrella known as the Georgia Core Facilities. Under this MOU, Cores in all these institutions are available for the use of researchers from all the institutions at the same rates and terms offered to internal faculty users. As part of Georgia Core Facilities, CCRTD researchers at CAU have benefits to share instruments and services through facilities collaboration shown in -partners/. The list of seven other Core Facilities available to CCRTD researchers within the Georgia Core Facilities is shown below.
Grants: The Cellular Imaging Core operates at a loss and is subsidized by the Department of Medicine. What does not get included in the balance sheets are the indirect costs generated from grants obtained with the help of data from our core. You can help us continue to serve you by letting us know when you submit a proposal and/or are awarded a grant which contains data obtained from the use of our Core.
ZEN core from Zeiss has the ability to tackle more than just microscopy imaging. The ZEN core is considered to be the most extensive suite of imaging, analysis, segmentation and data connectivity tools that have been utilized for multi-modal microscopy in linked material laboratories.
Right from the entry-level stereo microscopes to completely automated imaging systems, ZEN core offers a joint user interface for ZEISS microscopes and cameras. ZEN core allows the link of light and electron microscopy in multi-modal workflows and offers connectivity between laboratories, systems and locations.
ZEN analyzer is a desktop version of ZEN core that has been developed for activities that can be performed separately from the microscope. The instrument has not been blocked for post-processing tasks. Rather, it can be used to run other experiments anytime, anywhere and with genuine efficiency.
The ZEN core consists of material modules for the determination of grain sizes, phases and layer thicknesses as well as categorizing graphite particles and non-metallic inclusion analysis, and offers all significant metallographic applications under an even user interface.
Metallographic analysis of NMI has been governed by industry standards that are aided by ZEN core guiding the user easily and rapidly via the workflow. This produces a report and inclusion gallery flexible with the standards.
The features like strong inspection views and automated deformation axis make analysis simple, repeatable and intuitive. ZEN core users are able to provide their customers with complete traceability and data integrity in NMI analyses with the availability of extra GxP functionality, thereby implying that the grade certification is auditable, which is especially beneficial for customers in controlled industries.
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