Navios EX Flow Cytometer 6 Color/2 Laser Navios EX Flow Cytometer 8 Color/2 Laser Navios EX Flow Cytometer 10 Color/3 Laser

A Flow Cytometer Related Image

(Not Necessarily related to the device)

Description:

Navios EX Flow Cytometer 6 Color/2 Laser, Navios EX Flow Cytometer 8 Color/2 Laser, Navios EX Flow Cytometer 10 Color/3 Laser by BECKMAN COULTER

The Navios EX Flow Cytometers by BECKMAN COULTER are innovative medical devices designed to provide accuracy, reliability, and efficiency in clinical diagnostic procedures. These cytometers are equipped with advanced technology for the analysis of individual cells' characteristics, thereby enabling medical practitioners to make precise and informed decisions.

The 6 Color/2 Laser, 8 Color/2 Laser and 10 Color/3 Laser variants offer remarkable flexibility, and the system can be chosen based on the complexity of sample analyses required. These flow cytometers will not only enhance your lab's capacity but also ensure swift sample readings.

Benefits:
- High sensitivity and specificity in cell analysis, ensuring accurate diagnostic results.
- Multicolor analysis to enable sophisticated multiparametric assays.
- Fast data acquisition and high throughput, enhancing efficiency.
- Advanced automation capability to minimize manual intervention and increase precision.
- Intuitive interface and easy-to-use software for smooth operation.

In essence, the Navios EX Flow Cytometers by BECKMAN COULTER stand out as a game-changer in diagnostic laboratory scenarios, facilitating accurate, rapid, and high-throughput sample analysis.

Primary Use:

Introduction

The Navios EX Flow Cytometer 6 Color/2 Laser, Navios EX Flow Cytometer 8 Color/2 Laser, and Navios EX Flow Cytometer 10 Color/3 Laser are high-performing analyzers in the field of medical diagnostics. Their primary purpose is to facilitate detailed cell phenotyping and cell health studies.

Primary Medical Use

The key application of these devices lies in Flow Cytometry - a widely-utilized technique for counting and examining microscopic particles, such as cells and chromosomes. Flow cytometry allows medical professionals to identify the physical and chemical characteristics of a single cell within a heterogeneous population, providing valuable data to inform diagnostic decisions and research.
The Navios EX Flow Cytometers can be used to detect and measure parameters such as cell size, cell granularity or internal complexity, and the levels of biological molecules expressed by cells.

Different Models

The availability of different models - 6 Color/2 Laser, 8 Color/2 Laser, and 10 Color/3 Laser, provides a high degree of versatility to suit various pathology lab needs. The primary difference among these models hinges on the number of colors and lasers: this determines the device's ability to differentiate and categorize cells based on their unique molecular and physical properties.

Conclusion

In conclusion, the Navios EX Flow Cytometers are indispensable tools for in-depth cellular analysis and research. They play a central role in medical diagnostics by offering precise, reliable insights into cellular structures and functions. These state-of-the-art analyzers can substantially enhance the efficiency and accuracy of laboratory tests, thus contributing to improved patient care and treatment outcomes.

How It Works:

Understanding the Navios EX Flow Cytometer

The Navios EX Flow Cytometer employs sophisticated technology to provide precise, reliable data in medical laboratories. This cytometric device comes in three variants: 6 Color/2 Laser, 8 Color/2 Laser, and 10 Color/3 Laser. Each of these options represents the number of detectable parameters as well as the number of lasers embedded within the device.

How the Navios EX Flow Cytometer Functions

The operation of the Navios EX Flow Cytometer is based on the principle of flow cytometry. The device passes a stream of fluid containing cells or particles through a laser beam, and the scattered light is collected and analyzed by a series of detectors. The Navios EX Flow Cytometer uses its lasers to excite the fluorochromes attached to cells. As the cells (tagged with these fluorochromes) travel one by one through the laser beam, they emit fluorescence that is collected and processed to produce multi-parametric data. 1. Sheath Fluid Stream
In the beginning, the cells or particles are suspended in a sheath fluid that not only keeps them separate but also guides them in a single stream along a confined path. Fluidics is the central concept here. 2. Laser Interaction
As the cells cross the point of laser incidence, the interaction of the laser light with the cells results in scattering and fluorescence, depending on the inherited characteristics of the cells. 3. Light Detection
Scattered light is collected in Forward Scatter (FSC) and Side Scatter (SSC) detectors. The FSC correlates with cell size, while the SSC provides information on cell granularity or complexity. The emitted fluorescence light is collected by PMTs (photomultiplier tubes), each tuned to a specific fluorochrome. This aids in fluorescence detection with an excellent signal-to-noise ratio. 4. Data Analysis
Finally, the electronic signal from the detectors is converted into digital data, which is analyzed and visualized using specific software. This data gives a definitive quantitative and qualitative analysis of the cell population under study.

Advantages in Medical Practice

The Navios EX flow cytometers are particularly useful in medical diagnostics and prognostics, immune monitoring, and cell sorting. These technologies provide an advanced solution for multicolor flow cytometry with exceptional performance and standardization, which makes this device an essential tool in every medical laboratory.