IKOSA Prisma:
Image analysis software that solves complex challenges

IKOSA Prisma is our broad portfolio of specialized applications for microscopy image analysis. We have developed each of them in close collaboration with established research institutions around the globe.

Select the matching solution for your research design

Our Prisma applications are powered by high-end AI technology and designed to provide immediate answers to complex life science research questions.

Explore our collection of proven and tested image analysis software products to find the right one for your research project. Our IKOSA Prisma apps yield elaborate quantitative results based on the automated analysis of images from a wide range of biomedical assays.

 CAM assay IKOSA Prisma microscopy image analysis software

CAM Assay

Examine vascular structures in chick chorioallantoic membrane (CAM) images.

Sparkfinder - IKOSA Prisma application for measuring the channel intensities in images from fluorescence microscopy


Examine channel intensities of multichannel fluorescence images while segmenting cell nuclei and virtual cytoplasm.

Axon Quantification IKOSA PRISMA microscopy analysis software

Axon Quantification

Gather quantitative information about the count and morphological characteristics of axons in histological peripheral nerve sections. 

Wound Healing (Scratch) Assay IKOSA Prisma image analysis software for microscopy

Wound Healing (Scratch) Assay

Measure scratch closure dynamics observed on cell monolayers during in-vitro wound healing studies. 

Cytosolic and nuclear translocation IKOSA Prisma microscopy analysis software

Cytosolic and Nuclear Translocation

Estimate intensities and intensity ratios of protein expression in cell nuclei and cytosol detected in fluorescence microscopy images. 

CAM Grid Assay IKOSA Prisma microscopy image analysis software

CAM Grid Assay 

Segment newly-formed blood vessels using images of chick chorioallantoic membrane (CAM) sections placed on a polymer grid.  

Spheroid Sprouting Assay IKOSA Prisma image analysis software for microscopy

Spheroid Sprouting Assay

Analyze capillary spheroid sprouts placed on a 3D matrix in the course of in-vitro spheroid sprouting assays.  

Network Formation assay IKOSA Prisma microscopy image analysis software

Network Formation Assay

Assess the morphological features of endothelial cell networks in the context of in-vitro angiogenesis assays.    

Fibrin Tube Formation Assay IKOSA Prisma microscopy image analysis software

Fibrin Tube Formation Assay 

Study endothelial cell tube formation during in-vitro angiogenesis assays on a 3D fibrin matrix. 

TEM Myocardium assay IKOSA Prisma microscopy analysis software

TEM Myocardium Assay

Segment mitochondria, lipid droplets, sarcomere and z-stripes in myocardial tissue images taken with transmission electron microscopy imaging modalities.    

KI-67 Quantification IKOSA Prisma microscopy image analysis software

KI-67 ​Quantification

Assess the occurrence and ratio of KI-67-positive cell nuclei in IHC-stained sections of cancerous human breast tissue. 

Fungi REPAINT assay IKOSA Prisma microscopy image analysis software

Fungi REPAINT Assay

Quantify fungal phenotypes imaged on 96-well Biolog microplates.  

Confluence Assay IKOSA Prisma microscopy image analysis software

Confluence Assay

Detect and measure the percentage of the analysed image covered by adherent cells.

Cell Painting Assay IKOSA Prisma microscopy image analysis software

Cell Painting Assay

Evaluation of 5-8 channel fluorescent images which multiplex five cellular components. Cells, nuclei and cytoplasms are segmented and quantified. 

CD31 Assay IKOSA Prisma microscopy image analysis software

CD31 Assay

Calculate individual morphology, count, and density of the CD31 stained blood vessels in IHC brightfield images.

Shape your analysis process with a set of powerful features

Multichannel image analysis feature

Analyze multichannel sample data and access detailed quantitative information about individual fluorescent channels.

Region of interest (ROI) feature

Narrow down your sample image data to singular areas to make your analysis more focused.

Region of interest (ROI) feature

Narrow down your sample image data to singular areas to make your analysis more focused.

Time series image analysis feature

Submit complex time-series image data for analysis to get insights about temporal dynamics within your systems. 

Gain access to IKOSA Prisma

Sign up to the IKOSA Platform to test all IKOSA Prisma applications in their full functionality.

“IKOSA provides a user-friendly premium software solution that meets high-quality standards at the same time. Together with the KML Vision team we were able to improve the CAM Assay application which now represents a customized state-of-the-art solution for research on tumor induced angiogenesis with the 3D in vivo model. We are currently focusing on the development of a specific therapy model for the in vivo evaluation of new treatment strategies of various cancers in the broader context of translational oncology.”

Prof. Dr. Silke Härteis

Prof. Dr. Silke Härteis

Professor of Molecular and Cellular Anatomy, University of Regensburg

Learn the latest IKOSA Prisma news

Follow our blog to find out what’s new in IKOSA Prisma. We publish regular content showcasing our Prisma solutions in different areas of applied life science research.

Getting It Right: How To Do Cell Confluency Measurement Like A Virtuoso

Discover the expert tips that will teach you how to calculate cell confluency with maximum precision. Embark on a journey through the world of cell confluency estimation together with us and equip yourself with the techniques and tools to achieve better results. From...

IKOSA Prisma in Action: Assessing Angiogenesis Hallmarks Within the CAM Assay Model  

We present to you a simple AI-driven method to analyze image data collected from the CAM assay model. Bear with us as we will explain to you how to effortlessly automate the entire image analysis process with the help of the IKOSA CAM Assay Application. Table of...

The Latest Insights into Axon Regeneration Research

In this article, we throw light on the underlying mechanisms of axon regeneration. Axons play a central role in the recovery of neuronal functions after injury or trauma.  Find out how researchers assess axonal growth with the help of specialised axon...

The Principles of Colocalization Microscopy and Image Analysis

Colocalization microscopy and image analysis are some of the principal and most commonly used tools in modern biology to accurately localize molecules, proteins and other morphological objects within a cell. We dive deep into the exciting subject...

Spatial Biology: Introducing Spatial Metrics to Bioimage Analysis

Spatial biology is a growing field in modern life science with a significant future potential. We dive deep into this exciting subject to keep you updated with the latest developments in the field. Find out about state-of-the art spatial biology...

Unlocking the Full Potential of Multiplex IHC Analysis 

Shifting from single marker analysis to more complex multiplex IHC analysis methods is an important step towards improving the outcomes of immunohistochemistry studies. Yet, different multiplex immunohistochemistry (mIHC) techniques generate tons of image data for...

Key Features You Should Look For In Pathology Image Analysis Software

Advanced pathology image analysis software transforms biomedical research practice. To provide you with a brief overview of the bioimage analysis tools in digital pathology, we have reviewed the most popular types of software solutions currently available. Uncover the...

Microbiology Software in Action: a Best Practice Case Study

Find out how automated microbiology image analysis software revolutionizes fungal research. Learn about the latest applications of our AI-powered biological image analysis software in the field of  microbiology. Expert microbiologists share their experience with...

The Uses of CAM Assay Angiogenesis Analysis Software

As the chick chorioallantoic membrane (CAM) model raises in popularity in scientific literature, many researchers express interest in using automated bioimage analysis software tailored to the specifics of the CAM method. Our team...

The Promise of AI in Angiogenesis Quantification

In this article, we introduce five angiogenesis quantification software solutions that will help you harness the potential of AI-driven image analysis in vasculogenesis research. Find out how state-of-the-art computer vision technology will assist you in the study of...

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IKOSA Prisma helps you get ahead in research

Utmost precision

The AI automation behind our software yields clear-cut analysis outputs in a way conventional methods can’t. 

Greater flexibility

All the versatile features available allow you to shape your image analysis process according to your needs.

Maximum convenience

The intuitive interface of the IKOSA Platform enables you to seamlessly navigate through each step of the image analysis workflow.

Integrated workflows

Adopt IKOSA into your existing workflow with ease via our API. Stay within your familiar environment with extra benefits.

Embark on a journey of life science discovery with IKOSA

We will be excited to have you as one of our satisfied users. Join the IKOSA Platform and explore the fascinating world of microscopy image analysis together with us.