Holiday Hours Update
Happy Holidays! You may notice a slight delay in responses over December 23rd. We’ll be back to full hours on January 6th, so thank you in advance for your patience.
Fresh Semen Testing
Extend your capabilities by measuring sperm motility of fresh semen in low oxygen conditions using Dynescan.
Inaugural Dynescan Day sets new standards
Learn about the inaugural Dynescan Day, where global experts discuss bovine reproduction, bull fertility, semen transport, and quality control in livestock production.
Subfertile rams? Multiple causes to consider!
About 20% of rams fail pre-breeding exams. Yearly exams including semen analysis can help identify common causes of poor herd performance.
Join the semen data evolution!
Seize the unique opportunity to contribute to the world’s first study investigating correlations between semen longevity and conception rates on the farm.
Breaking New Ground: Dynescan Enters into South America
In 2023, Dyneval embarked on a successful journey as part of the DBT Agri-Tech Trade Mission in South America, visiting Uruguay, Argentina, and Bolivia. When visiting Sant Cruz, Bolivia, we had the pleasure of meeting Union Agronegocios. They expressed a strong interest in our portable and precise semen analyser. Paving the way for the much-anticipated […]
Maintenance of a Liquid Nitrogen Tank
Assure producers with a convenient AI Tank Audit tool from Dyneval to minimize the risk of straw damage on-farm. FREE to Dynescan customers.
What’s the deal with milk extender?
Have you been told that a sample cannot be measured with a Dynescan because it is in milk extender? Learn how to determine whether this is correct before avoiding a Dynescan measurement.
Bull fertility testing matters
Bull fertility testing is vital for successful breeding, improving efficiency, genetic diversity, and herd productivity while selecting superior sires.
Poor handling affects semen motility
Removing a straw from the tank, even for a short period of 10 seconds (e.g. to read the bull’s name), can cause a reduction of 11% in Progressive Motility.
