In the field of biomedical engineering, accurate and efficient signal processing technology has always been an important direction of research. The emergence of Nanochap's biomolecular signal processing chip, Nine Senses Series BMS002, has brought unprecedented technological innovation to lactate analyzers. This chip not only improves the accuracy of lactate testing, but also makes the testing process more efficient and convenient, bringing important technical support for clinical medicine and family health monitoring.

BM002 is a bio-small signal SoC chip developed by Nanochap, which is unique in its ability to accurately measure and analyze small signals at the biomolecular level. This feature makes BMS002 play a key role in lactic acid analyzer. As an important substance in human metabolism, the change of lactic acid content is directly related to the health condition of human body. Therefore, accurate and rapid detection of lactic acid content is of great significance for disease prevention and diagnosis.

In the lactate analyzer, BMS002 chip realizes non-invasive, efficient and quantitative lactate signal detection by matching different electrodes and probes. Its high sensitivity and low noise make it capable of capturing the weak changes in the lactate signal in saliva, thus providing more accurate detection results. At the same time, the BMS002 chip is also characterized by a fast response time, which enables it to complete the measurement of lactic acid content in a short period of time, greatly improving the detection efficiency.

In clinical applications, the BMS002 chip makes the lactate analyzer an important tool for doctors to diagnose diseases. Whether it is for the lactic acid accumulation of athletes in training, or for the lactic acid level changes of seriously ill patients in the course of treatment, BMS002 can provide accurate data support to help doctors formulate a more scientific treatment plan.

In terms of family health monitoring, BMS002 chip also shows great potential. As people pay more attention to health management, the demand for home health monitoring equipment is growing. As one of the important devices, lactate analyzer can help people understand their own health status in time, and the application of BMS002 chip makes lactate analyzer more intelligent and convenient, which provides powerful technical support for family health management.

Of course, the progress of technology never ends. Although the application of BMS002 chip in lactic acid analyzer has achieved remarkable results, we still expect it to continue to optimize and improve in the future. For example, to achieve greater breakthroughs in precision, stability, integration, etc., and to contribute more to the development of the biomedical engineering field.

In conclusion, the use of Nanochap's biomolecular signal processing chip, Nine Senses Series BMS002, in lactic acid analyzers is an important innovation in the field of biomedical engineering. It not only improves the accuracy and efficiency of lactate testing, but also revolutionizes clinical medicine and family health monitoring. We have reason to believe that with the continuous progress of technology, the BMS002 chip will play an even more important role in the future.

Nanochap Nine Senses Series BMS002 biomolecular signal processing chip advantages and features

1. High detection accuracy. 16bits ADC, supports 40~2048 oversampling configuration.

2. 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.

3. Multiple detection types. Detect blood glucose, lactate, uric acid, bilirubin, electrolyte, creatinine, cholesterol, ketone body and other biomolecular signals.

Product parameters

● Supply voltage: 1.35V-1.65V

● Communication interface: UART

● Debugging interface: SWD

● Package: QFN32 4mm×4mm

● Current detection

- Number of poles: 4

- ADC precision: 16bits

- Detectable parameters: lactate, uric acid, glucose, electrolytes, bilirubin, creatinine, ketone bodies, cholesterol, and other trace parameters.

● Impedance Detection

- ADC: 250KSPS,10bits

- Impedance range: 1-300kΩ

- Impedance phase range: -90° - 90°.

Applications: impedance measurement, medical/industrial biomolecular sensors, DNA/RNA/miRNA/protein detection, peptide/enzyme/metabolite detection, biomarker detection.