IKOSA Prisma: A Comprehensive Portfolio of Microscopy Analysis Software Solutions
IKOSA Prisma is a versatile portfolio including a number of ready-to-use fully automated microscopy image analysis software products.
Deep learning-backed tools for the automated analysis of microscopy images can objectively solve a wide range of research questions in the life science field. Our automated image analysis software modules are provided on an easily accessible all-in-one platform. This unique package of digital image analysis applications is designed to help you achieve high analytical performance, yield more efficiency in data annotation, gain more control of your lab workflow and speed up the discovery process.
Analyze time-lapse cellular images with the latest deep learning methods
Follow our step-by-step tutorial on the Cytosolic and Nuclear Translocation app to examine the dynamics of protein expressions in cell nuclei and the cytosol.
Benefit from IKOSA Prisma’s advanced bioimage analysis capabilities
Take advantage of a broad product bundle ready-to-use automated microscopy analysis software programs. Perform complex quantitative measurements on cellular image data.
Accurate and reproducible results
Reliable and fast performance
Easy integration and connection
Deploy your own algorithms
Convenient user collaboration
A broad range of software solutions across life science disciplines
Our microscopy image analysis software portfolio
The IKOSA Prisma portfolio offers a wide range of ready-to-use software applications for analyzing cellular images. We are in constant development of new analytical solutions for a broad range of microscopy imaging studies.
View our collection of bioimage analysis software programs to find just the right application for your research project!
Download the accompanying technical documentation file
available to get more information on each module.
CAM Assay
An assay used in in-vivo angiogenesis studies for the quantification of blood vessels on the chick chorioallantoic membrane (CAM)
Fields of use: angiogenesis, cancer research, ex-vivo
Axon Quantification
Detection and quantification of axons in histological sections of peripheral nerves stained with NF200.
Fields of use: neuroscience, neuroregeneration, regeneration, ex-vivo, trauma
Wound Healing (Scratch) Assay
Detection and measurements of the (artificial) gap, or the “scratch”, on a confluent cell monolayer for in-vitro wound healing research.
Fields of use: wound healing, scratch, in-vitro, directional cell migration, migration rate, regeneration, proliferation, growth, microscopy
Cytosolic and Nuclear Translocation
Measuring the intensity and intensity ratios of fluorescence protein expression in the nucleus and cytosol of cells detected in fluorescence microscope images.
Fields of use: gene regulation, signal transduction, protein expression, HEK, RBL, EAHY, fluorescence, in-vitro, single cell analysis, live cell imaging, transcription factor
CAM Grid Assay
An assay used in in-vivo angiogenesis studies for the segmentation of new blood vessels on chick chorioallantoic membrane (CAM) culture paced on a polymerized grid
Fields of use: angiogenesis, cancer research, ex-vivo
Fibrin Tube Formation Assay
Detection and quantification of endothelial cell tubes in a fibrin tube formation assay used for in-vitro angiogenesis research.
Fields of use: angiogenesis, cancer research, in-vitro
Spheroid Sprouting Assay
Detection and quantification of sprouts in a spheroid capillary sprouting assay used for in-vitro angiogenesis research.
Fields of use: angiogenesis, cancer research, in-vitro
Network Formation Assay
Detection of branching points, loops, and cell coverage in network formation assays used for in-vitro angiogenesis research.
Fields of use: angiogenesis, cancer research, in-vitro
TEM Myocardium Assay
Segmentation of mitochondria, lipid droplets, sarcomere, and z-stripes in myocardial tissue sections based on transmission electron microscope (TEM) image data.
Fields of use: cardiac tissue analysis, ex-vivo
Fungi REPAINT Assay
Quantification of fungal phenomics (conidia and hyphae coverage and radial distribution) in a 96-well Biolog microplate.
Fields of use: fungi phenotype research, in-vitro
KI-67 Quantification
Detection of Ki-67 positively and negatively stained tumor cell nuclei in immunohistochemically (IHC) stained sections of cancerous human breast tissue.
Fields of use: digital pathology, breast cancer research, tissue analysis, ex-vivo
Submit your app idea!
We constantly extend our product portfolio with new solutions. If you already have inspiring ideas on how your research could benefit from our applications, contact us via email at ikosa@kmlvision.com or call us at +43 680 156 7596.
Try each microscopy analysis software product for free!
Each software module in our portfolio is designed to best address the needs of a particular life science discipline. If there is no application suited for your research question or you are interested in having a tailor-made solution designed for you, we recommend trying our IKOSA Prime services.
View the IKOSA Prime webpage to learn about our custom-made microscopy image analysis software solutions.
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