High-throughput Microneutralization Method for Feline Coronavirus

The Celigo Image Cytometer reduces assay time while providing richer, quantitative readouts to accelerate assessment of vaccine and antiviral compound candidates.

High-Throughput Viral Titer Analysis

There are many methods to determine a viral titer, with each having its pros and cons, however the increasing need to have high throughput methods to determine viral titers are ever-pressing.

Improving the Gene Therapy Development Process using Image Cytometry

Many factors and considerations must be optimized to develop the appropriate cell-based assays for gene therapy development.

Simultaneously Image and Analyze Cell Expansion and Cytotoxic Potential During Ex Vivo Manufacturing

The microneutralization assay is a powerful, high-throughput screening tool crucial to the efficient development of novel vaccines and the discovery of compounds that can prevent or treat viral disease.

By |2020-11-09T20:57:31+00:00October 1st, 2020|Categories: Latest News|Tags: , , |0 Comments

Does your current cell counting method meet the new standards?

Nexcelom Bioscience provides additional details on how your laboratory can maintain guidelines, meet standards, and ensure proper method selection of counting cells based on your experimentation.

By |2020-10-01T20:28:28+00:00August 24th, 2020|Categories: Accurate Cell Counting, Latest News|Tags: |0 Comments

The Cellaca MX High-throughput Cell Counter from Nexcelom Bioscience has been nominated for a Scientists’ Choice Award

We are delighted to announce that, thanks to our loyal customers, the Cellaca™ MX High-throughput Cell Counter has been nominated in the Life Sciences category.

By |2020-04-22T16:59:58+00:00April 21st, 2020|Categories: Company News, Latest News|Tags: , |0 Comments

Is your trypan blue rupturing dead or dying immune cells leading to an over-estimation of cell viability?

It is important to select the most accurate cell counting method that is fit-for-purpose where cell number and viability significantly affect treatment efficacy.

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