EN 
ES
RU
PT
TH
DE
TR
FR
PABA 1000
Best choice for the early screening of renal disease
Overview
Intended Use
The PABA-1000 ACR Analyzer is intended to be used with the mALB/Cr Reagent Kit manufactured by Changsha Sinocare Inc. to quantitatively determine microalbuminuria, creatinine and ACR (the ratio of microalbuminuria and creatinine) in urine sample. It is for in vitro diagnostic use only. It is intended for prescription point-of-care use as an aid in the diagnosis of renal disease.
Working Principle
The ACR of tested sample is determined by colorimetry (Cr) and fluorometry (mALB). When passing through tested solution, one light beam is absorbed by Solution A, while another light beam excites the fluorescent substances in Solution B. The content of tested substance, which is clinically significant, can be acquired by analyzing the amount of absorbed light or generated florescence.
Packing list
ACR Monitoring System consists of PABA-1000 ACR analyzer, mALB/Cr Reagent Kit and control solutions (level 1, level 2). The mALB/Cr Reagent Kit is intended to be used with the PABA-1000 ACR Analyzer to quantitatively determine microalbuminuria, creatinine and ACR (the ratio of microalbuminuria and creatinine) in urine sample.
Diabetes is the leading cause for the end-stage renal disease
▼In developed countries, about 1/3 of diabetic patients have diabetic kidney disease, which is the main cause of renal failure 1,2
▼According to the DEMAND study, the detection rate of albuminuria in Asian diabetic patients was 56%, higher than that in Caucasian patients (41%) , Early detection of renal dysfunction may arrest/delay the progression of renal failure
Specification
| Item | Parameter |
|---|---|
| Sample type | Urine |
| Reagent | mALB(MAU)/Creatinine test kit (fluorescence and Benedict-Behre Methods) |
| Language | English / simplified Chinese |
| Display | 5-inch touch screen |
| Communication port | RS232，USB，RJ45 |
| Power input | ~220V，50Hz，1.4A |
| Dimensions | 380mm×240mm×254mm（L×W×H） |
| Net weight | 6.5kg |
| Printer | Built-in thermal printer |
| Single test time | About 6 min |
| Data storage volume | 2000 test and quality control data |
| Item | Methodology | Range | Precision |
mALB (MAU) | Fluorescence scattering | 5.0mg/L-200.0mg/L | 5.0~30.0mg/L SD≤2.0mg/L； 30.1~200.0mg/L，CV≤6.5% |
| Creatinine | Benedict-Behre | 10.0-400.0mg/dL （0.88-35.30mmol/L） | 10.0-60.0mg/dL SD≤3.0mg/dL; 60.1-400.0mg/dL CV≤5% |
| ACR | / | 1.3-2000.0mg/g (0.14-227.28mg/mmol) | CV≤10% |
Sinocare #ACR Analyzer video introduction in English