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Cell Imaging

A photo of the Molecular Devices CloneSelect Imager

CloneSelect Imager FL

Optimize cell line development with the NEW CloneSelect® Imager FL, a next-generation imaging solution that combines high-speed fluorescence and white light imaging with intelligent data analysis for effortless monoclonality assurance.

Culturing in the 3rd Dimension

by Lab Manager

New System Enables Advanced Analysis of Live Cell Cultures with High-Definition

by Yokogawa Electric Corporation

Advancing Cell Biology and Cancer Research via Cell Culture and Microscopy Imaging Techniques

by Lab Manager

Join Lab Manager and our experts as we discuss cell culture and microscopy imaging

An example of a cell image before and after segmentation, a process which allows researchers to distinguish single cells from each other and their background. The original image is faint green dots that are difficult to distinguish while the segmented image is comprised of clearly separated dots of distinct different colors.

AI Tool Creates ‘Synthetic’ Images of Cells for Enhanced Microscopy Analysis

by University of California - Santa Cruz

Researchers develop software that assists in differentiation between individual cells and backgrounds

illustration showing a close up view of the edge of a cell, focusing on the phospholipid bilayer of the cell membrane, with the lipids shown in pink and light blue, the inside of the cell being sky blue, and some orange and purple organelles visible inside the cell

Innovative Solvatochromic Probe Allows for Real-Time Lipid Membrane Imaging

by Tokyo Institute of Technology

Stable and non-toxic fluorescent dye allows for live visualization of membrane fluidity during cellular processes

a series of vials lined up in a row each displaying a different amount of luminescence, with the first vial glowing orange, the next not glowing, the next 4 containing small green glowing sections, and the last 5 glowing orange with increasing brightness from left to right

Scientists Develop Color-Changing Dyes That Light Up Cellular Activity

by Trinity College Dublin

This research, which enables "time travel" within cells, may revolutionize bio-sensing and imaging approaches

Eight differently colored squares on a white background showing 3DSIM reconstructions of plant and animal tissue samples, the top row of 4 images (labeled a-d) are a yellow square show cell walls in oleander leaves, a red square showing hollow structures within black algal leaves, a purple square showing root tips of corn tassels, and a teal/purple square showing actin filaments in mouse kidney tissue. The bottom four images (labeled e-h) show corresponding maximum intensity projection images below each matching top image.

Super-Resolution Microscopy Harnesses Digital Display Technology

by SPIE

Microscopy breakthrough combination allows for high-speed imaging that facilitates biological discovery

Advancing Single-Cell Isolation Techniques with Automated Solutions

by Sartorius

Discover how automated, image-based systems are transforming cell selection and retrieval for rare-cell analysis, biologics discovery, and stem cell studies

The Essential Guide to Organoids in Drug Discovery

by Molecular Devices LLC

The center of disease modeling and drug discovery

Research Group Publishes Paper on ‘Open-Source 3DSIM Reconstruction Platform’

by Peking University

Researchers hope this work will help catalyze the further advancement of multi-dimensional imaging technology

High speed image of a water ballon bursting

New Camera Offers Ultrafast Imaging at a Fraction of the Normal Cost

by Optica

Camera uses off-the-shelf components and is fast enough to capture highly dynamic biomedical processes

Highly Sensitive and Precise In Vivo Luminescence Imaging

by AMSBIO

Newly announced range of pre-made Nano-Lantern lentivirus products