Explore the synergy of fluorescent probes and zebrafish imaging in our blog, revealing key insights into cellular processes and research advancements.

Multi-modal cell imaging is the combination of two or more imaging techniques, and it plays a crucial role in advancing our understanding of cellular structures

Cell imaging is a widely used technique in cell biology to study cells and their internal structures. A crucial part of cell imaging is sample

Understand the importance of 3D spheroid imaging in biomedical research and learn about the equipment, image acquisition techniques and cutting-edge solutions offered by IDEA Bio-Medical to improve accuracy and efficiency.

Understand the importance of 3D spheroid imaging in biomedical research and learn about the equipment, image acquisition techniques and cutting-edge solutions offered by IDEA Bio-Medical to improve accuracy and efficiency.

Understand the importance of 3D spheroid imaging in biomedical research and learn about the equipment, image acquisition techniques and cutting-edge solutions offered by IDEA Bio-Medical to improve accuracy and efficiency.

Understand the importance of 3D spheroid imaging in biomedical research and learn about the equipment, image acquisition techniques and cutting-edge solutions offered by IDEA Bio-Medical to improve accuracy and efficiency.

How to Systematically Explore the Morphology of Labeled Cells Cell morphology describes the shape, size and structure of a cell as well as the arrangement

What are Spheroids and why do they matter? Three-dimensional (3D) cell culture models are a potent cancer research and drug discovery tool. Although they haven’t

The Benefits of Automatically Processing Zebrafish Imaging Data Zebrafish are a promising emergent model system for biomedical research, having multiple advantages in pharmacokinetics, toxicity studies

How Zebrafish Imaging Can Support Precision Medicine Precision medicine aims to provide the most effective medications specifically for each patient. This methodology usually relies on

How Spheroid Imaging Factors into Cancer Studies Creating realistic biological models is a crucial part of medical research for understanding diseases and developing treatments. The

Automating Toxicology Studies with High-Content Screening Toxicology studies involve working out how a compound causes undesirable effects to living organisms. Normally, this means trying to

Download Software Applications of High Throughput Zebrafish Screening Zebrafish screening offers an extraordinary potential for in vivo small-molecule phenotypic drug screening and is an outstanding

All You Need to Know about Nuclear Translocation Assays Upon stimulation, many proteins translocate into the nucleus to regulate various cellular processes. Protein translocation between

High-Content Imaging as a Visualization Tool in Virology Viral infection means interactions between the virus, the epithelium cells that become infected and the cells involved

Label-Free Assays in High Content Imaging Label-free screening relies on acquisition and analysis of bright-field images of live cells having no exogenous labeling. Collecting images

Using High-Content Imaging in Oncology High-content imaging, or high-content screening, relies on automated, cutting-edge microscopy technology.  Laboratories implementing high-content imaging quickly gain value from their