Bypass Rapeseed MP

Rumen Protected Rapeseed Meal for Efficient Metabolizable Protein Supply

Bypass Rapeseed MP is a rumen protected rapeseed meal developed for precision protein nutrition in dairy and beef cattle. Through a controlled natural processing technology, a substantial proportion of the rapeseed protein is protected against microbial degradation in the rumen while remaining highly digestible in the small intestine. This increases the amount of metabolizable protein available to the animal and provides nutritionists with a reliable source of rumen undegradable protein (RUP).

Unlike conventional rapeseed meal, where a considerable proportion of the protein is rapidly degraded in the rumen, Bypass Rapeseed MP delivers a higher flow of digestible protein beyond the rumen. Independent laboratory evaluation demonstrated an average rumen stability of 80.6% combined with 90.1% intestinal digestibility, confirming that the protected protein remains nutritionally available after leaving the rumen. :contentReference[oaicite:0]{index=0}

With 279 g/kg UDP, a DVE value of 276 g/kg and a PDIE value of 293 g/kg, Bypass Rapeseed MP provides nutritionists with an effective ingredient for balancing metabolizable protein supply while improving protein utilisation efficiency within modern dairy and beef rations. :contentReference[oaicite:1]{index=1}

Improve Metabolizable Protein Supply with Protected Rapeseed Protein

Protein nutrition in ruminants is determined not only by crude protein concentration, but by the amount of digestible protein that ultimately reaches the small intestine. During rumen fermentation, microorganisms degrade a substantial part of dietary protein into peptides, amino acids and ammonia. While this process is essential for microbial protein synthesis, excessive ruminal degradation reduces the quantity of feed protein available for direct intestinal digestion.

Bypass Rapeseed MP helps shift part of the protein supply from ruminal degradation towards intestinal digestion. As a result, more intact dietary protein reaches the small intestine, where it can be enzymatically digested and absorbed as amino acids. This contributes to a higher metabolizable protein supply without simply increasing dietary crude protein.

This makes rumen protected rapeseed meal particularly valuable in rations formulated for high-producing dairy cows, rapidly growing beef cattle and precision feeding systems where DVE, PDIE, UDP and metabolizable protein are important formulation parameters.

80.6% Rumen Stability Preserves Valuable Rapeseed Protein

Rumen stability describes the proportion of dietary protein that remains resistant to microbial degradation during ruminal fermentation. While sufficient rumen degradable protein is required to support microbial growth, excessive degradation reduces the amount of feed protein available for intestinal absorption.

Independent evaluation demonstrated a rumen stability of 80.6%, indicating that a large proportion of the rapeseed protein escapes degradation in the rumen. This protected protein subsequently becomes available for digestion further along the digestive tract, increasing the efficiency of protein utilisation. :contentReference[oaicite:2]{index=2}

For nutritionists, this creates additional flexibility when balancing the ratio between rumen degradable protein (RDP) and rumen undegradable protein (RUP), particularly in diets where microbial protein synthesis alone is insufficient to satisfy metabolizable protein requirements.

High Intestinal Digestibility Maximises Protein Utilisation

Protein protection alone does not guarantee nutritional value. Protected protein must remain digestible after passing through the rumen. Excessive heat treatment or overprotection can reduce intestinal digestibility and decrease amino acid availability.

Bypass Rapeseed MP combines effective rumen protection with an intestinal digestibility of 90.1%. This demonstrates that most of the protected protein remains available for enzymatic digestion in the small intestine, where amino acids are absorbed and utilised for productive functions. :contentReference[oaicite:3]{index=3}

The combination of high rumen stability and excellent intestinal digestibility ensures that the nutritional value of the protected protein is preserved throughout the digestive process.

DVE, PDIE and UDP for Precision Feed Formulation

Modern ration formulation increasingly focuses on metabolizable protein rather than crude protein alone. Parameters such as DVE, PDIE and UDP provide a more accurate representation of the absorbable protein supplied to the animal.

Bypass Rapeseed MP delivers 279 g/kg UDP, DVE 276 g/kg, PDIE 293 g/kg and an OEB of -13 g/kg. Together these values demonstrate that the product contributes substantial amounts of digestible bypass protein while maintaining a balanced ruminal nitrogen contribution. :contentReference[oaicite:4]{index=4}

These characteristics make the ingredient suitable for compound feed manufacturers, premix producers and nutritionists aiming to optimise protein efficiency in dairy and beef formulations.

Controlled Natural Processing Technology

Bypass Rapeseed MP is produced using a controlled natural processing method in which proteins are bound to inverted sugars through the initial stage of the Maillard reaction. No chemical additives are used during this process. The controlled treatment increases resistance to microbial degradation in the rumen while preserving enzymatic digestibility in the small intestine. :contentReference[oaicite:5]{index=5}

The result is a rumen protected rapeseed meal that combines high nutritional value with consistent formulation characteristics suitable for professional feed production.

Applications in Dairy and Beef Nutrition

Bypass Rapeseed MP can be incorporated into dairy concentrates, compound feeds, complementary feeds and beef cattle rations where additional metabolizable protein is required. The ingredient is particularly suitable for formulations requiring increased rumen undegradable protein while maintaining efficient amino acid supply and balanced protein nutrition.

Inclusion levels should always be determined by the nutritionist based on the complete ration, animal category, production level and the selected protein evaluation system.