The Impact of Dietary Choices in Animal Model Studies: A Call for Careful Consideration
Free to ASN members!
Click the 'Register' tab to register!
Studying development, diseases and gut microbiome is extremely challenging in animal models, and many factors need to be considered during the design phase. In particular, the diets chosen will have a strong impact on data outcomes and interpretation, and directly affects inflammation, metabolism and microbiome results, ultimately affecting the disease development in the animals, including metabolic and inflammatory-associated diseases. The first portion of the webinar will provide an overview of what diets are used in lab animal research, factors that can have a direct impact on your research, and what needs to be considered when planning diet-driven disease studies. The second portion of the webinar will include a pilot study using the neonatal piglet model that ensured nutritional recommendations are met for the growing piglet. This study design then allowed the space to examine the main differences between the study diets in relation to developmental outcomes.
Organized by ASN's Experimental Animal Nutrition RIS and Nutritional Immunology and Inflammation RIS
Speakers
Yimin Chen, PhD, RDN
University of Idaho
Michael Pellizzon, PhD, FASN
Research Diets, Inc.
Learning Objectives
- Describe an overview of commonly used diets in lab animal research
- Provide useful tips for what needs to be considered when planning diet-driven studies in rodent models
- Describe the differences in the microbiome, gut inflammation, and metabolome between human milk vs. infant formula-fed piglets
- Compare markers of neurodevelopment and neuroinflammation between human milk vs. infant formula-fed piglets
Available Credit
- 1.00 Attendance
Learners are eligible to download a Certificate of Attendance upon activity completion. A Certificate of Attendance confirms the learner has completed the activity and does not confer any continuing education credit to the learner from ASN.

Facebook
X
LinkedIn
Forward