Fluorescence in situ hybridization (FISH) is a macromolecule recognition technology based on the complementary properties of DNA or DNA/RNA double strands. Unlike most other techniques used to study chromosomes, FISH does not require actively dividing cells. This adds flexibility and increases the ability to identify and characterize cytogenetic abnormalities.

Why Choose Jyga Technologies for Your Farm?
With 30+ years of innovation and leadership, Jyga Technologies was the first company to design and manufacture automated feeding systems for sows. These systems ensure an ideal daily feed intake for pigs in all growing phases, leading to excellent results. In addition to the GESTAL feeding system, the company develops VISION software and the ROBUST equipment line at its headquarters in Canada. New products are rigorously tested at its 2,200-sow experimental farm to ensure they meet the highest quality standards.

With offices in Germany and the USA, Jyga Technologies distributes its precision feeding systems worldwide through an extensive network of distributors and knowledgeable technical experts.

In animal production, one good result can be chance. But when the same outcome repeats across systems, regions, and conditions, it becomes evidence.

We’re proud to share updated results from our global meta-analyses on pre-weaning mortality, weights, and fall-behinds.

This level of robust, repeatable evidence reflects years of field work, scientific discipline, and a commitment to delivering results producers and veterinarians can trust.

See the full data here: https://contents.tonisity.com/tonisity-px-pig-pre-weaning-mortality-weight-gain

Talent builds teams. Teamwork builds champions.

Inspired by Michael Jordan, our Global Technical Service & Product Development Meeting showcased the strength behind PIC innovation: 1,650 years of PIC expertise and 2,846 years in the swine industry.

Discover how we turn data into results → www.gb.pic.com

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