life sciences

Hamamatsu's PMT Black Technology Enables Flow Cytometry Research

Explore the cellular world
Hamamatsu PMTs power flow cytometry research
With the continuous development of life science research, flow cytometry has become an important tool in the fields of cell analysis and disease diagnosis. In order to meet the needs of researchers for high throughput detection and analysis, Shanghai POMINCOTECH has built a highly efficient flow cytometry cage system for its customers, using advanced equipment such as JCDecaux's Cage Adjustment Racks, Semrock filters and Hamamatsu detectors.
Principles of Flow Cytometry Cage System
The Flow Cytometry Cage System is a method for rapid, high-throughput analysis and detection of cells using flow cytometry by suspending a cell sample in a liquid. The principle is to irradiate the cell sample with a light source, and then convert the optical signal into an electrical signal for detection and analysis by means of optical components, such as filters and lenses, in the cage system. The design of the cage system can effectively reduce background noise and cross-talk and improve signal sensitivity and accuracy.
Advantages of Hamamatsu Detectors
The flow cytometry cage system utilizes the Hamamatsu Voltage Output PMT Module H11902-01, which plays a key role in enhancing the overall performance of the flow cytometer.

  • High sensitivity: Enhanced detection accuracy

The heart of a flow cytometer lies in the performance of its detector, and Hamamatsu detectors are known for their excellent sensitivity. Highly sensitive detectors are able to more accurately detect low concentrations of target material, which is particularly important in cellular analysis. For example, in cancer research, the number of cancer cells detected early on is often very small, and only highly sensitive detectors are able to identify and quantify these microscopic cells, providing powerful data for early diagnosis and treatment.

  • Low noise levels: ensuring data accuracy

In flow cytometry analysis, noise signals are often a significant factor in data accuracy. Hamamatsu detectors utilize advanced low-noise technology that greatly reduces interference from background noise. The low noise level not only improves the signal-to-noise ratio of the signal, but also effectively reduces the appearance of false-positive results, thus improving the reliability and reproducibility of experimental data.

  • Rapid response time: improving detection efficiency

Detection speed of flow cytometers is crucial for high-throughput sample analysis.The H11902-01 detector has a fast response time and is capable of processing a large number of cell signals in a short period of time. This advantage not only improves detection efficiency, but also enables fast result output in clinical diagnosis.

  • Ruggedization: Extended equipment life

The design and manufacturing process of the Hamamatsu H11902-01 detector ensures stability and durability under intense use conditions. Long-term stable performance and low maintenance requirements allow the flow cytometer to excel in daily use while reducing laboratory operating costs.

concluding remarks
The use of Hamamatsu's H11902-01 detector in flow cytometry cage systems significantly improves the overall performance of the flow cytometer. High sensitivity, wide dynamic range, low noise level, fast response time, and robustness make the H11902-01 detector play an important role in the field of cell analysis. It not only improves the accuracy and efficiency of detection, but also provides reliable data support for scientific research and clinical diagnosis. In the future, with the continuous advancement of technology, Hamamatsu detectors will continue to lead the development trend of flow cytometric analysis technology.
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