JAX compound evaluation: metabolic disorders

Our In Vivo efficacy testing services combine proven JAX® Mice models of diabetes and obesity with a range of high throughput, cost-effective and non-invasive test platforms for reliable measurements of clinically relevant disease endpoints:

Type 2 diabetes

  • Compound efficacy testing in endogenous models of type 2 diabetes
  • Models:
    • "db" (BKS.Cg-Dock7m +/+ Leprdb/J)
    • "ob" (B6.V-Lepob/J)
    • TALLYHO/JngJ
  • Readouts:
    • Body weight
    • Blood glucose
    • GTT
    • ITT
    • Blood lipid distribution
    • DEXA or QNMR body tissue composition
    • Histopathology
  • Sample studies:

Atherosclerosis

  • Compound efficacy testing in an endogenous model of atherosclerosis
  • Model: B6.129P2-Apoetm1Unc/J
  • Readouts:
    • Body weight
    • Blood lipid composition
    • Atherosclerotic lesions
    • Quantitative analysis of aortic plaque deposition

Hypertension

  • Inbred hypertensive strain to test compound efficacy
  • Models:
    • BPH/2J (high blood pressure)
    • BPN3/J (normal blood pressure)
  • Readouts: Tail cuff systolic and dyastolic blood pressure and pulse management

Obesity

  • Compound efficacy testing in mouse obesity models
  • Models:
    • Induced (C57BL/6J mice fed high fat diet)
    • Spontaneous (db, ob)
  • Readouts:
    • Body weight
    • Blood glucose
    • GTT
    • ITT
    • Blood lipid distribution
    • Metabolic cage monitoring
    • DEXA or QNMR body tissue composition
    • Histopathology

Hyperlipidemia

  • Compound efficacy testing in hyperlipidemic diseases
  • Model: B6.129S7-Ldlrtm1Her/J on Western (high cholesterol) diet
  • Readouts:
    • Body weight
    • Blood lipid composition
    • Atherosclerotic lesions
    • DEXA or QNMR body tissue composition
    • Histopathology

In vivo pharmacology services facility

JAX® In Vivo services are performed in our West Sacramento, California facility. We would be happy to arrange a tour.

Humanized NSG mice

The ideal platform for studying hematopoiesis, inflammatory disease and human-specific pathogens

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