Mouse Phenotyping

#MMPCFridayFeature: How does mouse phenotyping lead to medical breakthroughs? Discover how MMPC-supported studies have contributed to insights in obesity, diabetes, and cardiovascular research. 🧪 From bench to bedside, the science starts here. #TranslationalResearch #MMPCImpact

With harmonized data from MMPC’s national centers, researchers are using AI to draw stronger translational links between mouse and human metabolic phenotypes. The future of medicine is integrated and intelligent. #TranslationalScience #AIResearch #MMPC2025

We want to hear from YOU! 💬 Whether you've used MMPCLive services or not, your input matters, help us grow and serve you better by taking this quick survey. It only takes a minute! 👉 shorturl.at/VABd2 #YourVoiceMatters #CommunityFirst #MMPCLIVE

From mouse models to predictive models: AI is helping researchers simulate outcomes and test hypotheses faster than ever. MMPC provides the foundational data for building these next-gen research tools. #MMPC #AIinScience #MetabolicPhenotyping

High-volume metabolic data from mouse models = big opportunity for AI. MMPC’s uniform protocols across centers make it easier for researchers to apply machine learning to identify new disease patterns. #ArtificialIntelligence #Bioinformatics #MMPCResearch

#MMPCFridayFeature: Meet Dr. Kent Lloyd, director @UCDavisHealth. His work in is helping shape our understanding of metabolic disease using advanced mouse models. #MousePhenotyping #ScienceLeadership

AI is transforming how we interpret metabolic data. At MMPC, standardized mouse phenotyping provides the high-quality datasets that power emerging AI-driven models for diabetes, obesity, and metabolic syndrome research. 🔗 Learn more: mmpc.org #AIinMedicine

Red blood cells live for about 120 days. Your kidneys help make the hormone (EPO) that keeps them coming! #BloodFacts #Hematology #KidneyScience

#MMPCFridayFeature: This week we’re spotlighting the Vanderbilt MMPC, where researchers are advancing studies in energy balance, insulin action, and more. Collaborative science starts here! 🔗 Explore their capabilities: vmmpc.org #MetabolismMatters

We want to hear from YOU! 💬 Whether you've used MMPCLive services or not, your input matters, help us grow and serve you better by taking this quick survey. It only takes a minute! 👉 shorturl.at/VABd2 #YourVoiceMatters #CommunityFirst #MMPCLIVE

🔬 New Publication: Nathan Qi (Univ of Michigan MMPC) contributed to this important work on GCGR antagonism and body weight regulation published in Cell Metabolism. 📄 pubmed.ncbi.nlm.nih.gov/39913641/

Happy 4th of July!!! #4thofJuly

#MMPCFridayFeature: Did you know MMPC offers standardized glucose tolerance testing (GTT) across centers? This tool helps researchers better understand glucose metabolism and diabetes phenotypes. Learn more: mmpc.org

🗞️ ‼️ New in Nature Communications. MMPC-powered research using in vivo stable isotope infusions combined with multi-dimensional imaging to visualize hepatocyte glycogen accumulation across space and time. #MetabolicResearch #MMPC 🔗 shorturl.at/mRzwE

We want to hear from YOU! 💬 Whether you've used MMPCLive services or not, your input matters, help us grow and serve you better by taking this quick survey. It only takes a minute! 👉 shorturl.at/VABd2 #YourVoiceMatters #CommunityFirst #MMPCLIVE

We want to hear from YOU! 💬 Whether you've used MMPCLive services or not, your input matters, help us grow and serve you better by taking this quick survey. It only takes a minute! 👉 shorturl.at/VABd2 #YourVoiceMatters #CommunityFirst #MMPCLIVE

From glucose tolerance to body composition and energy expenditure, MMPC delivers top-tier services to unlock your study’s full potential. Start a service request today: 🔗 mmpc.org #PreclinicalResearch #BiomedicalScience #MMPCservices

MMPCs are located across the U.S., but our quality is unified. Wherever you submit samples, you get consistent, NIH-approved results. @YaleMed @UCDavisResearch @UMichMedSchool @VUmedicine Submit your next project with confidence: 🔗 mmpc.org

Understanding the metabolic phenotype is critical for studies on diabetes, obesity, and aging. MMPCs help researchers uncover key metabolic insights—accurately and efficiently. Learn how: 🔗 mmpc.org #DiabetesResearch #AgingScience #MMPCinsight

All the program officers came together one last time at the final Annual MMPC Meeting dinner to reflect, connect, and celebrate years of collaboration. A memorable close to an impactful gathering. #MMPCMeeting2025