| Customization: | Available |
|---|---|
| Classification: | Biochemical Apparatus |
| Type: | Biochemistry Analyzer |
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34 parameters Blood Gas Analyzer Portable Blood Gas Analyzer Price
| Accurate, reliable and maintenance-free Self-calibration for each testAccurate results in approximately 5 minutes Dry chemistry method, no reagent pack required, nocarry-over contamination Lightweight and portable Rechargeable lithium battery: more than 50 tests Size:235mmx210mmx160mm Weight: 3+0.5 kg (including battery) Easy-to-use Quick start tutorial 8-inch full HD touchscreen Smart identification in cartridge Feedback of cartridge insertion Identification ofthe cartridge expiration date Automatic quality control Regular QC reminders Power on Self-Test Dual quality control: electronic simulator and controls |
| 34 parameters of blood gases, electrolytes and metabolites 10 measured parameters: K*, Na*, Ch, iCa?*, pH, pCO,, pO,, Glu, Lac, Hct 24 calculated parameters:cH+(T),pH(T),pCO,(T),pO,(T),pO,(Aa)(T), pO,(a/A)(T),RI(T),pO,(T)/Fi0,cH+,iCa2+(7.4),HC03-act,HCO3-std,BE(B),BB(B),AG,sO2,(est),tHb(est),TCO2,pO,(Aa),pO,(a-A),Rl, mOsm, pO2/FiO2. Precise industrial design High performance sensors Microfluidic technology and integrated flow control system Unique sample quantification design to precisely control sample volume Instant detection, cost-effective and environment friendly Rapid analysis of blood (venous/arterial) without sample processing Single-use cartridge to avoid waste and cross-contamination Accurate Automatic calibration upon each test to ensure accurate results |
| Electrolytes Potassiumion(K+) Even smalchanges in extracellar K concentration wilhave significant efects on the transmembrane potenial gradient, and thereby the function ofneuromuscular and cardiac tissues. Sodium ion(Na+) As the most abundant exracelular fuid solute, Na is the major determinant ofits osmolally and thereby the principal determinant of water distribution betweenthe intracellular and extracellular compartments. This highlights the role of Na* in the maintenance of blood volume and thereby blood pressure. Chloride ion(Cl-) As lhe second most aburian exracelular uid ionaler Na, and themostabundantexracelularfuid anion. Cris essenia for he maintenance ofnormal blasma osmolar Free calcium ion(iCa2+) The maintenance of ica" within normal imits is not only imporant for the structural integrity of bones butfor a range of physiological functions,including hemostasis, cardiac and skeletal muscle cell contracion, neuromuscular transmission and aclion of many hormones (calcium-signaling). pH,Blood Gas Acidity and alkalinity(pH) The pH level is an indicator of the acidity and alkalinity ofthe blood. The abnormal pH level indicates an acid-base imbalance. Carbon dioxide partial pressure(pCO,) pCO, is the partial pressure generated by physicaly disolved CO, molecules in the blood and is an important indicator ofthe efiectiveness of alvedlar ventilation. Oxygen partial pressure(pO,) pO.is the parial pressure generated by the physicaly dissolved 0, molecules in the blood and relects the oxygen uptake by the pulmonary capilary blood Biochemical metabolites/Hematocrit Glucose concentration(Glu) Glucose is the primary source of energy for the oranism and the only source of speciaized nutrition for brain issue. The measurement of blood qlucose levelsis extremely important for the diagnosis and treatment of patients with diabetes and hypoglycemia. Lactic acid concentration (Lac) Lactate is an indicator to assess the degree oftissue hypoperfusion and cellular hypoxia. Hematocrit (Hct) The percentage ofred blood cels to whole blood volume is the main indicator of blood viscosily, anemia, severe blood lss and the body's ably to transfuse oxygen. |
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Specification
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Parameter
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Accuracy
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Range
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Precision
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K
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±3.0%
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2.0-9.0 mmol/L
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≤1.5%
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Na
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±3.0%
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100-180 mmol/L
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≤1.5%
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Cl
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±3.0%
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65-140 mmol/L
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≤1.5%
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iCa²
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≥1.00 mmol/L, ±5.0%;
<1.00 mmol/L,±0.05 mmol/L
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0.25-2.50 mmol/L
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≤1.5%
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pH
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±0.04
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6.500-8.000
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≤0.02
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pCO
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≥62.0mmHg, ±8.0%;
<62.0 mmHg,±0.05 mmHg
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10.0-150.0 mmHg
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≥62.0mmHg, CV≤4.0%;
<62.0mmHg, SD≤2.5 mmHg
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pO
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≥50mmHg, ±15.0%;
<50 mmHg,±7.5 mmHg
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10-700 mmHg
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≤5.0%
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Glu
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≥4.0 mmol/L, ±10.0%;
<4.00 mmol/L,±0.4 mmol/L
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1.1-38.0 mmol/L
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≥4.0 mmol/L, CV≤5.0%;
<4.0mmol/L, SD≤0.2 mmol/L
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Lac
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≥5.00 mmol/L, ±12.0%;
<5.00 mmol/L,±0.6 mmol/L
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0.50-20.00 mmol/L
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≥5.00 mmol/L, CV≤6.0%;
<5.00mmol/L, SD≤0.3 mmol/L
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Hct
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≥50%PCV, ±6.0%;
<50%PCV, ±3%PCV
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10%-70%PCV
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≥50%PCV, CV≤3%;
<50%PCV, SD≤1.5%PCV
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