Lab-accurate results for screening, diagnosis and monitoring
Ability to monitor changes in albumin concentration in the very low range (5-20 mg/L)
Detection of low concentrations enables early treatment to delay the onset of future microvascular complications
Fast results with ease
Ease of use with minimal training – Three simple steps
Test results in just 90 seconds
No need for lab confirmation due to quantitative results
Trusted and accepted methodology
Built on HemoCue’s proven microcuvette technology
Factory calibrated system, ensures sustainable and reliable results
HemoCue® Albumin 201 System Analyzer Specifications
Sample material: Urine. The analysis can be performed with spot urine, preferably first morning urine, as well as urine collected overnight or during 24 hours.
Measurement range: 7-150 mg/L
Results:I Approx. 90 seconds.
Sample volume: 18 µL.
Weight: 350 g (0.77 pounds).
Power: AC Adapter
Operating temperature: 15-30 °C (59-86 °F)
Interface: Printer and PC
Quality control: Built-in “selftest” and liquid controls
Calibration: The analyzer is factory calibrated against a turbidimetric method traceable to CRM 470 and needs no further calibration
Storage for HemoCue® Albumin 201 Analyzer: The analyzer can be stored at temperature 0-50 °C (32-122 °F)
Storage for individual packaged HemoCue® Urine Albumin Microcuvettes: Store HemoCue® Urine Albumin Microcuvettes in a refrigerator at 2-8 °C (35-46 °F). Do not store the microcuvettes in the freezer. Allowed to reach room temperature before use. The individually packaged cuvettes can be stored at room temperature for up to 3 days
Method: A specific rabbit anti-human albumin antibody (polyclonal) forms an agglutinate with human albumin in the sample. The agglutination is enhanced by polymers. The turbidity of the agglutinates, once formed, is measured photometrically at 610 nm.
Principle: When the immunochemical reaction is completed the turbidity is measured photometrically at 610 nm. The albumin concentration is proportional to the turbidity and the result is shown on the display in mg/L.
Lab-accurate results for screening, diagnosis and monitoring
Ability to monitor changes in albumin concentration in the very low range (5-20 mg/L)
Detection of low concentrations enables early treatment to delay the onset of future microvascular complications
Fast results with ease
Ease of use with minimal training – Three simple steps
Test results in just 90 seconds
No need for lab confirmation due to quantitative results
Trusted and accepted methodology
Built on HemoCue’s proven microcuvette technology
Factory calibrated system, ensures sustainable and reliable results
HemoCue® Albumin 201 System Analyzer Specifications
Sample material: Urine. The analysis can be performed with spot urine, preferably first morning urine, as well as urine collected overnight or during 24 hours.
Measurement range: 7-150 mg/L
Results:I Approx. 90 seconds.
Sample volume: 18 µL.
Weight: 350 g (0.77 pounds).
Power: AC Adapter
Operating temperature: 15-30 °C (59-86 °F)
Interface: Printer and PC
Quality control: Built-in “selftest” and liquid controls
Calibration: The analyzer is factory calibrated against a turbidimetric method traceable to CRM 470 and needs no further calibration
Storage for HemoCue® Albumin 201 Analyzer: The analyzer can be stored at temperature 0-50 °C (32-122 °F)
Storage for individual packaged HemoCue® Urine Albumin Microcuvettes: Store HemoCue® Urine Albumin Microcuvettes in a refrigerator at 2-8 °C (35-46 °F). Do not store the microcuvettes in the freezer. Allowed to reach room temperature before use. The individually packaged cuvettes can be stored at room temperature for up to 3 days
Method: A specific rabbit anti-human albumin antibody (polyclonal) forms an agglutinate with human albumin in the sample. The agglutination is enhanced by polymers. The turbidity of the agglutinates, once formed, is measured photometrically at 610 nm.
Principle: When the immunochemical reaction is completed the turbidity is measured photometrically at 610 nm. The albumin concentration is proportional to the turbidity and the result is shown on the display in mg/L.
Lab-accurate results for screening, diagnosis and monitoring
Ability to monitor changes in albumin concentration in the very low range (5-20 mg/L)
Detection of low concentrations enables early treatment to delay the onset of future microvascular complications
Fast results with ease
Ease of use with minimal training – Three simple steps
Test results in just 90 seconds
No need for lab confirmation due to quantitative results
Trusted and accepted methodology
Built on HemoCue’s proven microcuvette technology
Factory calibrated system, ensures sustainable and reliable results
HemoCue® Albumin 201 System Analyzer Specifications
Sample material: Urine. The analysis can be performed with spot urine, preferably first morning urine, as well as urine collected overnight or during 24 hours.
Measurement range: 7-150 mg/L
Results:I Approx. 90 seconds.
Sample volume: 18 µL.
Weight: 350 g (0.77 pounds).
Power: AC Adapter
Operating temperature: 15-30 °C (59-86 °F)
Interface: Printer and PC
Quality control: Built-in “selftest” and liquid controls
Calibration: The analyzer is factory calibrated against a turbidimetric method traceable to CRM 470 and needs no further calibration
Storage for HemoCue® Albumin 201 Analyzer: The analyzer can be stored at temperature 0-50 °C (32-122 °F)
Storage for individual packaged HemoCue® Urine Albumin Microcuvettes: Store HemoCue® Urine Albumin Microcuvettes in a refrigerator at 2-8 °C (35-46 °F). Do not store the microcuvettes in the freezer. Allowed to reach room temperature before use. The individually packaged cuvettes can be stored at room temperature for up to 3 days
Method: A specific rabbit anti-human albumin antibody (polyclonal) forms an agglutinate with human albumin in the sample. The agglutination is enhanced by polymers. The turbidity of the agglutinates, once formed, is measured photometrically at 610 nm.
Principle: When the immunochemical reaction is completed the turbidity is measured photometrically at 610 nm. The albumin concentration is proportional to the turbidity and the result is shown on the display in mg/L.
