In the modern medical field, total cholesterol testing is an important indicator for assessing cardiovascular health. However, current total cholesterol analyzers on the market still lack in convenience, accuracy and efficiency. The emergence of Nanochap BMS002 chip has revolutionized total cholesterol analysis with its superior biomolecular signal processing technology and highly integrated design.

Inconveniences of current total cholesterol analyzers

Traditional total cholesterol analyzers mainly use chemical or electrochemical methods, which have many inconveniences. Firstly, the chemical method is susceptible to the interference of external factors such as temperature, humidity and reaction time, resulting in unstable results. Second, although the electrochemical method is relatively accurate, but the operation is complex, requiring specialized technicians to maintain, and the equipment is bulky, not conducive to portable use. In addition, traditional equipment often can only detect a single cholesterol indicator, unable to meet the modern medical demand for multi-parameter detection.

Nanochap BMS002 chip: a perfect combination of accuracy and convenience

The Nanochap BMS002 chip, as an advanced biomolecular signal processing chip, integrates a high-sensitivity current measurement module, an embedded MCU and an impedance measurement module, providing an effective solution for high-precision biomolecular sensing applications. In the total cholesterol analyzer, the BMS002 chip greatly improves the accuracy and efficiency of the test.

- High sensitivity and low noise: The BMS002 chip's 4-pole current measurement module can accurately capture biological signals, and its low-noise feature ensures stable signal transmission, reduces external interference, and improves detection accuracy.

- Multi-parameter detection: The chip not only detects total cholesterol, but also measures blood glucose, lactate, uric acid and other biomolecules, providing doctors with comprehensive health data.

- Fast Data Processing: The BMS002 with integrated ARM Cortex-M0 MCU can efficiently process and instantly analyze biological signals, giving fast results and improving detection efficiency.

- Easy Integration and Portability: The QFN32 package (4mm x 4mm) makes it easy to integrate into medical devices and supports UART interface for easy connection and data transfer.

Core Advantages of Nanochap BMS002 Chip

Compared to traditional total cholesterol analyzers, the Nanochap BMS002 chip offers the following core advantages:

1. Higher detection accuracy: By directly measuring the biomolecular signals, it avoids the external interference in chemical or electrochemical methods, and improves the accuracy and stability of detection.

2. Multi-parameter detection capability: Supporting the detection of multiple biomolecular signals, it provides doctors with more comprehensive health assessment data and helps diagnose diseases more accurately.

3. Efficient Data Processing: Utilizing ARM Cortex-M0 MCU for efficient data processing, it shortens the detection cycle and improves the detection efficiency, providing patients with faster medical services.

4. Easy Integration and Portability: Compact size and flexible communication interface make the BMS002 chip easy to integrate into a variety of medical devices, as well as easy to carry and use.

The Nanochap BMS002 chip revolutionizes the total cholesterol analyzer with its superior biomolecular signal processing technology and highly integrated design. It not only improves the accuracy and efficiency of the test, but also meets the modern medical demand for multi-parameter testing, providing doctors with more comprehensive health assessment data and patients with faster and more accurate medical services.

Nanochap Nine Senses Series BMS002 Biomolecular Signal Processing Chip Advantages and Features:

High detection accuracy: 16bits ADC, supports 40-2048 oversampling configuration.

High integration: integrated crotex-M0 core, 1-32K complex impedance detection circuit, built-in adjustable bias voltage micro-current detection circuit, support four-electrode current detection.

Multi-detection types: can detect blood glucose, lactate, uric acid, bilirubin, electrolytes, creatinine, cholesterol, ketone bodies and other biomolecular signals.

Product Parameters 

Supply voltage: 1.35V-1.65V

Communication interface: UART

Debugging interface: SWD

Package: QFN32 4mm×4mm

Application Scenario: Impedance Measurement, Medical/Industrial Biomolecular Sensors, DNA/RNA/miRNA/Protein Detection, Peptide/Enzyme/Metabolite Detection, Biomarker Detection