UC Davis Mouse Biology Program (@ucdmousebio) 's Twitter Profile
UC Davis Mouse Biology Program

@ucdmousebio

A leading resource for generating, phenotyping and studying genetically engineered mouse models in support of the research community.

ID: 3373236854

linkhttps://www.mousebiology.org/ calendar_today28-08-2015 18:30:44

1,1K Tweet

767 Followers

870 Following

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MRI scans uncover the brain's hidden waste system, paving the way for future Alzheimer's prevention breakthroughs. Read more: scitechdaily.com/mri-uncovers-b…

MRI scans uncover the brain's hidden waste system, paving the way for future Alzheimer's prevention breakthroughs.  Read more: scitechdaily.com/mri-uncovers-b…
UC Davis Mouse Biology Program (@ucdmousebio) 's Twitter Profile Photo

New study idea: biomolecular condensates in mice Unlocking cell secrets for better disease models and therapies. Read more here: theconversation.com/cells-have-mor….!

New study idea: biomolecular condensates in mice  Unlocking cell secrets for better disease models and therapies.  Read more here: theconversation.com/cells-have-mor….!
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New metabolic compound discovered Research in mice reveals potential for weight regulation and metabolic health benefits. Source: genengnews.com/topics/drug-di…!

UC Davis Mouse Biology Program (@ucdmousebio) 's Twitter Profile Photo

Human cell study shows single genes drive genome motion—future mouse model work could reveal in vivo gene regulation insights For more information: genengnews.com/topics/omics/g….!

Human cell study shows single genes drive genome motion—future mouse model work could reveal in vivo gene regulation insights  For more information: genengnews.com/topics/omics/g….!
UC Davis Mouse Biology Program (@ucdmousebio) 's Twitter Profile Photo

Mouse metabolome studies shed light on genetic impacts, paving the way for personalized medicine and better human health outcomes. (And many of these mouse models are in our repository ) Source: mdpi.com/2218-1989/13/8…!

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Ever look high and low for the right bioart for presentations? Here are a few NIH resources we found: bioart.niaid.nih.gov Or try some ideas in 3D: 3d.nih.gov

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Explore new mouse models and enhance your research today. Click below to see some of the new lines provided to the MMRRC: conta.cc/3BaMLs5

Explore new mouse models and enhance your research today.  Click below to see some of the new lines provided to the MMRRC:
conta.cc/3BaMLs5
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New CRISPR system 'pauses' genes instead of permanently turning them off. A game-changer for mouse models—offering reversible edits that could better mimic human disease for research. Source: livescience.com/health/genetic…

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SMART, developed by UC San Diego and Simula Research Laboratory researchers, models 3D cell processes. It could support mouse research by improving disease and treatment studies. Source: nature.com/articles/s4358…

SMART, developed by UC San Diego and Simula Research Laboratory researchers, models 3D cell processes.  It could support mouse research by improving disease and treatment studies.  Source: nature.com/articles/s4358…
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Thank you, Dr. Bertagnolli, for your visionary leadership and dedication to advancing research at NIH. Your impact will be felt for years to come. Wishing you all the best in your next chapter nih.gov/about-nih/who-…!

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Happy Rare Disease Day Thank you for all you do to contribute to the efforts to advance science in Rare Diseases. Learn more at rarediseaseday.us!

Happy Rare Disease Day  Thank you for all you do to contribute to the efforts to advance science in Rare Diseases.  Learn more at rarediseaseday.us!