Yokogawa Corp. of America Products & Reviews

Easy to use software for automated primary image analysis, phenotyping, live cell tracking and cellular assays. Intuitive and powerful high content analysis software for primary image analysis and graphing for lead optimization and phenotyping with deep learning tools. Provides users with advanced insights to complex analysis questions.

Compact footprint, lightweight bench-top device; no need for a darkroom.

The Single Cellome™ System SS2000 is a dual microlens spinning disk confocal system for live-cell high-content imaging which can sample adherent single cells. Combining imaging with sampling ensures the preservation of spatial, morphological, and temporal information of samples for flexible downstream mass spectrometry and sequencing applications.

High-content live cell microscope with dual camera, dual microlens spinning disk confocal. Water immersion lenses for superior image quality and uniformizer for consistent illumination and widefield capability. A total imaging solution suitable for any sample, from fixed to live and from 2D cultures to 3D organoids; scalable for any applications, from basic research to large-scale screening.

Flagship high-content live cell screening system equipped with dual microlens spinning disk confocal and up to 4 cameras maximizes throughput without sacrificing image quality. Kinetic liquid handling and built-in incubator enables studies of fast events in living cells. Flexible imaging modalities, acquisition configuration and analysis routines let you image in all dimensions.

Yokogawa's Optical Spectrum Analyzers deliver high quality, cutting edge technology with dependability, performance and flexibility. They are designed to meet the performance requirements of research, development, verification or production.

SU10 is a nanopipette-based tool for efficient and controlled delivery of material (such as CRISPR Cas9 complex, RNA, proteins) into the nucleus or cytoplasm of single cells in a highly automated manner. The CRISPR Cas9 complex can be delivered directly into the nucleus of a specific target cell in a minimally invasive manner through the utilized glass pipette in nanometer range (approx.100 nm).