Microscopy image annotation and pathology annotation, in particular, are tasks that require a lot of attention to detail. To be able to train Deep Learning Computer Vision Applications, which perform advanced tasks such as detection, segmentation, and classification...
Mastering the art of preclinical data analysis is key to providing robust translational outcomes that are later used in clinical research. In this article, we get into the nitty-gritty of handling preclinical data to help you approach the most common problems...
The ongoing debate in the scientific community about whether studies in the life sciences are perfectly reproducible is often referred to as the "reproducibility crisis in biomedical research." We'd like to share our view on this issue and present you with an example...
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...
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 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...
Prostate microscopy is one of the areas where the use of pathology image analysis is on the rise and about to become standard diagnostic practice. In this article, you will learn about the recent developments in automated prostate tissue analysis. Find out how...
Shifting from single marker analysis to more complex multiplex IHC analysis methods really makes a difference in immunohistochemistry studies. Yet, multiplex immunohistochemistry (mIHC) techniques generate tons of image data, which needs to be examined. We provide you...
Since user education has always been a priority to us we have recently launched theIKOSA Knowledge Base - an extensive online repository of microscopy resources for an effective bioimage analysis and algorithm training with the IKOSA Platform. In...
State-of-the-art nuclei segmentation techniques using deep learning technology solve many of the problems related to extracting reliable quantitative information on the cell nucleus-level. This article throws light on recent DL-based methods used...
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