Cytoplex & Glycinoplex

Animals need IQ INSIDE!

Trace elements perform a wide variety of functions in the body and provide essential support for many metabolic processes. Animals’ bodies are unable to synthesise essential trace elements such as zinc, copper, manganese or iron, and they only have a very limited natural storage capacity. That is why animals have to regularly ingest trace elements – in the proper form, of course!

Cytoplex and Glycinoplex trace elements in chelate form are clearly more digestible than today’s commercial and typically inorganic trace element compounds. That is why they maintain the trace element supply in livestock feed – even in the case of reduced total concentrations.

What are chelates?

Chelates are organometallic complexes in which a metal ion is attached to at least two non-metal ions by means of pincer-like coordinate bonds. They are the result of a reaction with amino acids from hydrolysed soy protein or bonding to a single, defined amino acid, for example, glycine.

IQ INSIDE for selective supply.

Cytoplex and Glycinoplex: the benefits of chelate compounds with amino acids from hydrolysed soy protein.

Cytoplex

Due to their organic attachment to amino acids, the trace elements in the Cytoplex series have improved protection against attacks from reactive substances. Theses compounds are resistant to tannins, phosphate and a variety of acids. The risk of oxidation in the feed or the digestive tract is lower.

Glycinoplex

Glycinoplexes are also organically bonded trace elements. In their case, the metals are attached to glycine, an amino acid. Glycinoplexes mean a high active ingredient content coupled with a high level of effectiveness.

Cytoplex and Glycinoplex dosages

Please see the current product specifications and product data sheets for exact dosage and recommended applications for our Cytoplex and Glycinoplex products

IQ INSIDE – served by experts.

Cytoplex and Glycinoplex come from Phytobiotics – from the people who studied how to increase yield.

Our promise includes both our products’ high performance and their non-toxicity:

• Fewer interactions with other feed components
• Stable bonding to prevent the effects of acids, phosphates, etc.
• Less feed oxidation
• Elimination of interaction and competition with other elements for transport routes
• Improved bioavailability
• Reduced risk of toxic effects due to lower dosage
• Metabolic relief
• Maintenance of animal performance even for reduced trace element concentrations in feed
• Reduced influx of objectionable substances due to lower dosages