Fully automatic specific protein analyzer

Abstract

The invention discloses a full-automatic particular protein analyzer which comprises a shell, a power system, a reagent cup base, a rotary sample disc, a sample adding probe mechanism, a fluid circuit system, a detection photoelectric system and a controller. The power system is used for providing power, the reagent cup base is used for containing a detection reagent, the rotary sample disc is used for containing a sample cup and a cuvette, the sample adding probe mechanism is used for adding samples, the fluid circuit system is used for providing cleaning fluid and positive and negative air pressure for a sample adding probe, the detection photoelectric system is used for detecting the turbidity of samples in the cuvette, the controller controls the power system, the detection photoelectric system and the fluid circuit system, the controller is further connected with a card reader and a displayer, the card reader reads operator information, the displayer displays parameters detected by the detection photoelectric system, and the sample adding probe adds the samples and the detection reagent into the cuvette through rotation and vertical movement for detection. According to the full-automatic particular protein analyzer, the accuracy and detection speed of protein analysis are greatly improved, and the operation intensity of workers is relieved.

Description

technical field [0001] The invention relates to a liquid composition analyzer, in particular to an automatic specific protein analyzer. Background technique [0002] Specific protein analyzers are mainly used in various laboratories to detect various proteins in specimens, such as detecting various specific proteins in venous whole blood, peripheral blood, plasma, serum, urine, cerebrospinal fluid, and saliva, including: immunoglobulin Protein, IgG subclass, complement, C-reactive protein (CRP), antistreptolysin "O" (ASO), rheumatoid factor (RF), glycated hemoglobin (HbA1c), albumin (ALB), urinary microalbumin (MAB), κ and λ light chains, ceruloplasmin (CER), haptoglobin (HPT), light ferritin (TRF), C1 inactivating factor (C1IN), α1 antitrypsin (AAT), pro Albumin, serum and urine β2 microglobulin (BMG), apolipoprotein (APO), antithrombin Ⅲ (AT3), α1 acid glycoprotein (AAG), α2 macroglobulin (AMG), etc. By detecting the increase or decrease of these proteins, it has very im...

AI Technical Summary

Problems solved by technology

This leads to a large difference in the sampling process due to human operation, and the operation process is also complicated. The requirements for operators are high and the detection process becomes slow. When a large number of samples need to be detected, the detection speed will be seriously affected.

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