Blog
The Problem's Name is Genetic Burden
We have been breeding horses for hundreds and thousands of years. We choose among them the ones we prefer, while our preferences have understandably changed over time, especially in connection with their use. The horse population also developed significantly in terms of its size, the decline in the number of horses with the onset of the industrial revolution is particularly typical. And last but not least, breeding was quite often carried out within relatively small, mutually isolated populations. All of these factors have contributed significantly to the horses as we have them today.
Harnessing Horse DNA: Unleashing Peak Performance and Lifelong Health through Equine Genetic Insights
Understanding and leveraging DNA sequencing through EquineTest provides invaluable benefits for various stakeholders in the equine industry.
DNA Sampling – Why blood for EquineTest?
There are basically two standard ways of sampling your horse – blood or hair. But it does matter what the goal of the analysis is because every method has its pros and cons!
Step Aside - The Horse Gut Microbiome
If we want to make full use of the possibilities of modern DNA analysis methods for the benefit of horses, we do not need to look only at their genome.
For the Curious Minds: How EquineTest Whole Genome Sequencing Works?
The horse's DNA or genome is made up of 2.7 billion bases, simplified to the letters A, G, C, T. The combination of these four letters in the DNA strand encodes approximately 20,000 genes that are responsible for the appearance, characteristics and health of the individual.
EquineTest Comparison to Traditional Genetic Testing
Present market-dominating methods of horse DNA analysis you may be aware of typically study specific informative markers one by one. This requires a three-step procedure: