Discounted Pricing on hGLP1R and Diet-Induced Obesity Models – Available Now from Taconic Biosciences
Save 20% on Taconic Biosciences' hGLP1R mice and diet-induced cardiometabolic models, including MASH B6, and DIO B6. Designed for translational research, these models support studies in obesity, liver disease, and metabolic dysfunction.
Offer available to new and returning customers. Use code “CMD20” in your order notes to apply the discount and accelerate your cardiometabolic research with proven, research-ready models.
Offer valid for new customers or those who have not purchased since February 2026.
Diet-Induced Obese Black 6
The Diet-Induced Obese (DIO) B6 mouse is a gold-standard model for obesity and metabolic research. On a C57BL/6NTac background, it reliably develops obesity, insulin resistance, and metabolic dysfunction on a high-fat diet, supporting studies of mechanisms, disease progression, and therapeutic evaluation.
Offer valid for new customers or those who have not purchased since February 2026.
hGLP1R Mouse
The humanized GLP-1 receptor knock-in mouse is a translational model for evaluating incretin therapeutics. Featuring replacement of the murine receptor with the human GLP-1 receptor on a B6NTac background, it enables in vivo assessment of human-specific GLP-1 analogs in obesity and diabetes studies.
Offer valid for new customers or those who have not purchased since February 2026.
Diet-Induced MASH B6
The Diet-Induced MASH B6 mouse is a translational model for metabolic dysfunction-associated steatohepatitis (MASH). Maintained on an AMLN diet, it develops obesity, steatosis, liver inflammation, and fibrosis, supporting studies of disease progression, underlying mechanisms, and therapeutic evaluation in metabolic liver disease.
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