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S-Monovette® Lithium-Heparin Gel+

S-Monovette® Lithium-Heparin Gel+
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S-Monovette® Lithium-Heparin Gel+ Reliable sample quality at reduced Turn-Around-Time (TAT) Improved patient care thanks to optimised centrifugation • Centrifugation time reduced by up to 50% • Faster therapy decisions • Optimised equipment utilisation at improved work

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S-Monovette® Lithium-Heparin Gel+ - for improved patient care S-Monovette® Lithium-Heparin Gel+ – for improved laboratory efficiency Laboratory results influence therapy decisions by 70% to 85%1,2. For both the doctor and the patient, it is important that laboratory results are incorporated into therapy decisions quickly and without compromise. Especially in emergency diagnostics, a reduced Turn-Around-Time (TAT) can impact the vital care of the patient. With half the centrifugation time, the S-Monovette® Lithium-Heparin Gel+ complements the reliable S-Monovette® blood collection system to...

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S-Monovette® Lithium-Heparin Gel+ - for improved patient care Clinical equivalence of the S-Monovette® LH Gel+ on Roche cobas analyzers (excerpt from the study3) In a comparative study with 30 donors, the S-Monovette® Lithium-Heparin Gel was compared with the S-Monovette® LithiumHeparin Gel+ and the S-Monovette® Lithium-Heparin without gel. 57 frequently requested parameters were evaluated on Roche cobas analysers, and no clinically significant differences were found between the individual blood collection tubes (Figure 4). The study was presented as a poster at the DGKL Congress 2018 in...

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S-Monovette® Lithium-Heparin Gel+ - for improved patient care Stability of analytes in the S-Monovette® Lithium-Heparin Gel+ (Excerpt from the study3) The 57 analytes from the comparative study were re-measured after one week of storage at 2-8 °C. The concentration change in the S-Monovette® Lithium-Heparin Gel+ over this time is not clinically significant for 55 analytes. Only glucose and potassium change more strongly than the acceptance limits and should be analysed close to the time of blood collection. Cell-sensitive analytes such as phosphate show a slower change in concentration in...

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