Make decisions faster. Treat patients sooner.
It’s the size of a shoebox and weighs in at just seven pounds. Liquid reagents come preloaded in sealed, disposable cartridges. Simple installation and a user-friendly interface gets teams running tests in no time.
Take control over the testing process from start to finish
Gold standard results available at the point of care
Assay performance metrics to determine specificity and sensitivity were determined with the goal of meeting or exceeding the stringent testing standards found in a reference lab setting.
TRUFORMA canine and feline assays were evaluated and compared with those of the predicate industry gold standard. TRUFORMA assays achieve reference lab performance levels.
Make confident diagnoses with in-depth results interpretation
MyZomedica.com is your tool for expert advice
This companion application to TRUFORMA provides access to test result reference ranges and aids to help interpret patient cases.
Any internet-connected device can access MyZomedica to view interactive charts, diagnostic tools, and export/print results.
Easy to use with minimal training
Obtain a sample
Add sample to cartridge
Insert cartridge into TRUFORMA™
Results in 20 minutes or less
Novel assays to aid in correct diagnosis
The first and only feline-optimized TSH assay, which will help veterinarians more readily differentiate between hyperthyroidism and euthyroid sick syndrome.
The ONLY on-site canine eACTH assay that eliminates the risk of sample transport error and aids in the diagnosis of adrenal disease.
Initial assays also include total T4 (tT4), cortisol, and free T4(fT4)*
Bulk Acoustic Wave (BAW)
The same technology used in aerospace and telecommunications can now be used at your practice. Providing greater sensitivity in a more robust point-of-care platform, TRUFORMA is an innovative, non-optical, fluorescence-free technology that delivers accurate, reliable results when assessing complex conditions and discriminating between healthy and diseased patients.
- Signal In | An RF signal is delivered to the BAW sensor
- Frequency Shift | The sensor resonance frequency changes as mass is added to the sensor surface
- Signal Out | The modified RF signal is used to calculate a frequency shift due to mass binding
Johan P. Schoeman
BVSc, MMedVet(Med), PhD, DSAM, Dipl, ECVIM
The Use of Endocrine Biomarkers in Canine Critical Illness
This webinar will introduce attendees to the use of biomarkers in critical illness; more specifically the use of the endocrine parameters; cortisol and thyroxine in canine critical illness. It will address the effect of critical illness on the hypothalamic-pituitary-adrenal and -thyroidal axes and the use of these hormones in predicting the trajectories of individual patients. Certain cut-off values in the prediction of outcome in puppies with parvoviral diarrhea is discussed.
RACE approved for 1 hour of CE credit
Empower your team, own your test results
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