June 28, 2023

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Brassicaceae pollen analysis - It has never been easier to phenotype the pollen of your lines

October 14, 2022

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Added value in breeding and seed production through systematic pollen analysis - Amphasys

December 21, 2021

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Applications of impedance flow cytometry in doubled haploid technology

April 1, 2021

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Accelerating doubled haploid plant production - How impedance flow cytometry can help you significantly increase the efficiency of microspore culture.

March 31, 2021

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Improving corn seed production through pollen analysis

January 21, 2021

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Quantifying wheat pollen shed - Learn how to determine one of the key parameters in hybrid wheat seed production

December 1, 2020

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Overcoming the pollination gamble with science

November 5, 2020

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Measuring wheat pollen viability - A delicate procedure?!

September 22, 2020

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How pollen quality affects seed set

June 10, 2020

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Pollen viability and development in brassicaceae

June 9, 2020

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Unraveling hidden secrets behind dead tomato pollen - How the distinction between mature dead cells and aberrant cells can help your breeding program and pollen supply chain optimization

April 23, 2020

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Improved buffer for corn pollen measurement - New AF8/AF9 buffer for pollen analysis on the Ampha Z32 pollen analyzer

March 2, 2020

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Nanotoxicity screening by impedance flow cytometry - Impedance flow cytometry: an effective and reliable tool for nanotoxicity screening

February 28, 2020

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Impact of pollen quality on tomato seed production - Large-scale research project with Rijk Zwaan

February 11, 2020

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Breeding for cold stress tolerance in sorghum - Impedance flow cytometry used to analyze sorghum pollen traits

November 25, 2019

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Pollen germination vs. pollen viability - Learn why germination assays are outdated

March 12, 2019

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Amphasys customer application story:  How Vegenov, a resource center specializing in plant research, benefits from pollen quality monitoring