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A system for adjusting and controlling the flow rate and pressure of seal water, as well as monitoring it.
The flow rate of the seal water is displayed on a flow meter. Additionally, pressure is measured from the return (drainage) of the sealing water. Both flow rate and pressure can be output using optional sensors.
Excellent temperature stability achieved with a very low temperature coefficient! High-precision pressure measurement system.
The "High-Precision Pressure Measuring Device" is a system based on capacitance diaphragm sensor technology and solid-state electronics. It is equipped with functions required in cutting-edge processes and measurement fields, supporting high-precision measurements regardless of manufacturing lines or measurement laboratories. The MKS high-precision Baratron, which has a long-standing reputation as a standard model for pressure measurement in manufacturing and research environments, offers various pressure ranges, accuracies, options, and accessories, allowing users to select specifications suitable for their applications. 【Features】 ■ Excellent temperature stability achieved with a very low temperature coefficient ■ Provides high-precision pressure measurement among sensors of the same type ■ Measurement is conducted with a set of Type 670B signal conditioner and sensor ■ Suitable as a secondary standard for pressure calibration ■ Capable of measuring multiple sensors with a single device through 6-digit measurement (with resolution limitations) *For more details, please refer to the PDF document or feel free to contact us.
It is possible to assess the risk of lymph node metastasis of cancer cells at an early stage.
The presence or absence of metastasis of cancer cells to lymph nodes significantly affects the survival rate of patients. Given the high mortality rate after metastasis, it is desirable to assess the risk of lymph node metastasis early. However, conventional methods (such as ultrasound, CT, MRI, and PET) make it difficult to identify micro-metastatic foci with a maximum short diameter of 10 mm or less, making early assessment of lymph node metastasis risk challenging. The inventors of this study found that when cancer cells metastasize to the associated lymph nodes, the pressure within the lymph nodes increases, using a lymph node swelling model in mice. By measuring the pressure within the lymph nodes, it is possible to assess the risk of lymph node metastasis early.
