Laboratory Animal Diets

Pelleted feed is a common and convenient form of nutrition for laboratory rodents, providing a standardized diet that meets their specific nutritional requirements. Pelleted feed for laboratory rodents is carefully formulated to provide a balanced diet that meets their nutritional needs as per species specific requirements. Pelleted feed plays a vital role in supporting the nutritional requirements and well-being of laboratory rodents in research settings. With its standardized composition, palatability, and environmental benefits, pelleted feed offers researchers a convenient and reliable option for providing consistent nutrition to experimental animals. By ensuring proper diet formulation and management, researchers can optimize the health, performance, and reproducibility of their rodent studies.

Diet plays a pivotal role in influencing various aspects of laboratory animal biology, including reproduction, growth, disease susceptibility, and response to experimental interventions. Moreover, it constitutes a significant portion of the costs associated with animal care programs.

Our dietary standards ensure consistent and optimal nutrition delivery in every formulation. While minor adjustments may be necessary to account for the inherent variability of individual ingredient nutritional content, the core principles of our formulations remain unchanged. Our team of nutritional experts meticulously oversees each batch, utilizing computer-assisted technology to assess compliance with standards. This approach allows us to maintain a stable nutrient profile, mitigating the biological variation inherent in natural feedstuffs.

Ingredient assays occur upon receipt at our facility, enabling timely adjustments to minimize nutrient discrepancies. Notably, the composition and sequence of ingredients remain constant, providing researchers with a reliable baseline for nutritional control. Moreover, rigorous testing for environmental contaminants further enhances the reliability of our diets, reducing the potential for unwanted experimental variables.

By adhering to these stringent procedures, we ensure consistent feed quality, eliminating uncertainties and facilitating precise control, predictability, and maintenance of baseline data in research experimentation. Our commitment to reliability empowers the scientific community to confidently pursue their investigations with assurance in the stability and integrity of their experimental conditions.