Fast, accurate analysis of yeast, platelets, algae and other small cells

Acquire Fast, Accurate and Consistent Cell Viability and Concentration Measurements of Small Cells (2 microns or greater)!

Obtaining consistent viability and concentration measurements for small cells like yeast, platelets or algae can be challenging. The Cellometers X1 and X2 can both perform bright-field and fluorescent counting of cells 2 microns and greater.

  • X1 and X2 Cellometers are equipped with a 10X magnification lens.
  • Both are capable of providing consistent concentration and viability measurements for cell samples that are 2 microns in size and greater.
  • Both instruments are routinely used in laboratories around the world interested in studying small cells.

See How Cellometer X1 or X2 for Small Cells Works in Your Lab
Learn More from our Applications Specialists. Free In-Lab Trials and Demos are also available.


Learn More: Measuring Concentration of Platelets Stained with Calcein AM »

Platelets stained with Calcein AM

Whole Blood sample was diluted in PBS and stained with Calcein AM. Concentration of platelets was determined by counting Calcein AM positive platelets. Via cell size gating and exclusion, larger leukocytes were not counted (shown in a yellow circle outline).

Learn More: Measuring Concentration and Viability of Yeast »

Yeast

Corn mash sample was diluted in water and stained with AO/PI (acridine orange and propidium iodide). Concentration and viability was determined by looking at live cells (in green) stained with AO and dead cells stained with PI (in red).

Learn More: Measuring Concentration and Viability of Algae »

Algae

Algae concentration and viability was examined by looking at the percent live, chlorophyll a producing algae, and the percent dead propidium iodide positive cells.

By |2018-06-21T13:48:48+00:00August 14th, 2014|Categories: Cellometer Application News|Tags: , , , |0 Comments

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