Cellular Imaging Instrumentation Accessories
Invitrogen™ Celleste™ 3D Analysis Module, network license (includes one seat)
The Celleste 5.0 Image Analysis package easily transforms images into quantitative data in a streamlined workflow. The Celleste Image Analysis 3D Analysis Module for Network License visualize complex 3D objects using guided segmentation designed to facilitate identification and measurements after 3D deconvolution.
Thermo Scientific™ HCS Studio™ 2.0 Cell Analysis Software, client installation
Acquire and analyze cellular imaging and data with a premier high content instrument control, visualization, and analysis software.
LAXCO Accuva LEAP to laser cutting capability upgrade kit
Allows laser cutting on thin samples using UV laser.
Agilent Technologies RTCA Software Virology Site License
The RTCA Software Virology Site License for Real-Time Cell Analysis (RTCA) Software Pro comprises 20 seats for monitoring viral cytopathic effects (CPE) over time.
Agilent Technologies RTCA Software Virology Single License
The RTCA Software Virology Single License for Real-Time Cell Analysis (RTCA) Software Pro streamlines traditional viral titer methods, including TCID50 and VRNT, by monitoring viral cytopathic effects (CPE) over time.
Invitrogen™ Celleste™ 3D Visualization Module, network license (includes one seat)
The Celleste 5.0 Image Analysis package easily transforms images into quantitative data in a streamlined workflow. The Celleste Image Analysis 3D Visualization Module for Network License helps enhance the 3D object visualization using a range of powerful tools following 3D deconvolution.
Invitrogen™ Celleste™ GPU Acceleration Module for 3D Deconvolution, network license (includes one seat)
The Celleste 5.0 Image Analysis package easily transforms images into quantitative data in a streamlined workflow. The Celleste GPU Acceleration Module for Network License enables 3D deconvolution and analysis in a fraction of the time by utilizing the graphics processing unit (GPU) of your EVOS PC.
Invitrogen™ Celleste™ 2D Deconvolution Module, network license (includes one seat)
The Celleste 5.0 Image Analysis package easily transforms images into quantitative data in a streamlined workflow. The Celleste Celleste 2D Deconvolution Module for Network License helps improve single-plane image quality of cells or tissue slices by clearing background haze
Sartorius Incucyte rAstrocytes
Incucyte rAstrocytes are isolated from the cortex of Sprague Dawley Rats at day 18 of gestation and cryopreserved at 2 000 000 per vial. The ready-to-use vials are intended for use within the Incucyte Live-Cell Analysis System in 96-well co-culture assays with Incucyte rCortical Neurons Cat. No. 4753 for live-cell analysis of Incucyte Neuronal Activity or Incucyte Neurite Analysis.
Sartorius Incucyte Imagelock plate
The Incucyte Imagelock 96-well Plate is a specially designed 96-well microtiter plate that contains fiducial marks that allow for precise image registration of the same field of view even when the plates are manually removed and replaced within the Incucyte Live-Cell Analysis System. However these markings are subtle enough to not interfere with images acquired at the cell plane. This enables accurate image analysis that is required for scratch wound cell migration and invasion assays when used with the Incucyte Live-Cell Analysis System and software.
Sartorius Incucyte Labeling Kit
Extracellular vesicles EVs are heterogeneous lipid-bound particles 50 – 1000 nm naturally secreted by cells into the extracellular space. Exosomes a subclass of EVs are defined by their size 40 to 160 nm and biogenesis endosomal origin . EVs which transport biomolecules like proteins lipids and nucleic acids are of interest to researchers for diagnostic and therapeutic purposes. The Incucyte Exofluor Green EV Labeling Kit allows for real-time evaluation of cellular EV uptake and is validated for use with the Incucyte Live-Cell Analysis System.
Sartorius Incucyte 3D Nanowell Plate
The Incucyte 3D Nanowell Plates facilitate high-throughput organoid studies by creating a 3D microenvironment that mimics in vivo conditions supporting organoid growth and differentiation. These plates feature an array of hydrogel-printed microwells each optimized to foster uniform and reproducible organoid formation. Additionally each well contains a dedicated pipetting port for seamless medium changes that can be integrated with automated processes thus enhancing efficiency and reproducibility in large-scale screening assays. Together with the Incucyte Live-Cell Analysis System and Incucyte Organoid Analysis Software Module 9600-0034 these plates enable high-throughput long-term imaging and analysis of organoids providing insights into their growth and viability dynamics. This plate also requires systems to be operating on Incucyte Base Software v2024A or later.
Sartorius Incucyte 3D Nanowell Plate
The Incucyte 3D Nanowell Plates facilitate high-throughput organoid studies by creating a 3D microenvironment that mimics in vivo conditions supporting organoid growth and differentiation. These plates feature an array of hydrogel-printed microwells each optimized to foster uniform and reproducible organoid formation. Additionally each well contains a dedicated pipetting port for seamless medium changes that can be integrated with automated processes thus enhancing efficiency and reproducibility in large-scale screening assays. Together with the Incucyte Live-Cell Analysis System and Incucyte Organoid Analysis Software Module 9600-0034 these plates enable high-throughput long-term imaging and analysis of organoids providing insights into their growth and viability dynamics. This plate also requires systems to be operating on Incucyte Base Software v2024A or later.
Sartorius Incucyte 3D Nanowell Plate
The Incucyte 3D Nanowell Plates facilitate high-throughput organoid studies by creating a 3D microenvironment that mimics in vivo conditions supporting organoid growth and differentiation. These plates feature an array of hydrogel-printed microwells each optimized to foster uniform and reproducible organoid formation. Additionally each well contains a dedicated pipetting port for seamless medium changes that can be integrated with automated processes thus enhancing efficiency and reproducibility in large-scale screening assays. Together with the Incucyte Live-Cell Analysis System and Incucyte Organoid Analysis Software Module 9600-0034 these plates enable high-throughput long-term imaging and analysis of organoids providing insights into their growth and viability dynamics. This plate also requires systems to be operating on Incucyte Base Software v2024A or later.