Products & ReviewLife Sciences

Incucyte® Cell Migration and Invasion System

Sartorius GroupAvailable: Worldwide

Watch dynamic biological processes of cell migration and invasion happen in real time and investigate migration versus invasion, with or without a chemotactic gradient.

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Average Rating 3.0

|1Scientists have reviewed this product

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Love the automation, wish it was more accurate.

 

Average Rating 3.0

Application Area:

Confluence Monitoring

Software is for the most part easy to use. However, being able to duplicate information for multiple vessels within a scan and also duplicating all information for a whole scan would be nice to have. The way it is set up, you cannot rely on a duplicates of the same exact scan to work properly without deleting everything and adding it back, which is very inefficient. The algorithm also counts many areas that do not actually have cells. Hardware is easy to use.

Review Date: 18 Apr 2019 | Sartorius Group

Real-time cell migration and invasion system and software.

Features:

  • Visually confirm cell movement, morphology, and cell-cell interactions with images and movies
  • Explore all types of movement – from tumor cell invasion to immune cell transendothelial migration
  • Use with adherent or suspension cells, co-cultures, with labels or label-free
  • Run experiments in six 96-well plates at one time

White PapersSpectroscopy

Analyzing Cell Subsets and Heterogeneity from Live Cells

Considerable heterogeneity of individual cells exists even in the simplest cell system. Such heterogeneity is mirrored by the diversity of pharmacological responses at the cellular level, where even seemingly identical cells may respond differently to drug treatments and perturbagens. Hence, analysis at the cell-by-cell level promises additional biological insights beyond which whole population measures may deliver. In this white paper, we illustrate techniques of analyzing living cells over time, and describe new, industrial-scale analysis solutions for quantifying the phenotypic biology of cell subsets in heterogeneous cultures.



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