( Brand: Chroma ), ( Manufacturer Part Number: 39108 ), ( Model: C-166755 ), ( Part Type: Filter )
The Nikon TE2000 Qdot 705 Filter Cube (C-166755 Chroma) is a high-quality, specialized optical filter designed for enhanced performance in fluorescence microscopy applications. This filter cube is specifically engineered to work with the Nikon TE2000 series of microscopes, ensuring a seamless integration into your existing setup.
The heart of this filter cube is the Qdot 705 nanocrystal, which emits bright, stable, and highly efficient fluorescence. This provides excellent signal-to-noise ratios and allows for the detection of even the faintest of signals. The Qdot technology is renowned for its exceptional photostability, minimizing bleed-through and photobleaching, thereby extending the lifetime of your fluorescent probes.
The Chroma 39108 bandpass filter is used in conjunction with the Qdot 705 to further refine the spectral range of detection, ensuring the highest level of specificity for your fluorescent targets. The filter cube is also equipped with a Nikon-optimized dichroic mirror and an excitation filter, ensuring optimal performance and minimal loss of light.
The Nikon TE2000 Qdot 705 Filter Cube (C-166755 Chroma) is a must-have for any fluorescence microscopy enthusiast seeking superior performance, unparalleled specificity, and exceptional photostability. Whether you're working in cell biology, neuroscience, or material science, this filter cube will help you unlock new insights and advance your research to the next level.
1. High-Quality Filtration: This filter cube is designed to provide excellent fluorescence detection with minimal background noise. It is specifically engineered for the observation of Qdot 705 conjugates, making it an ideal choice for researchers working in these areas.
2. Compatibility: The filter cube is designed to be compatible with Nikon TE2000 inverted microscopes, ensuring a seamless integration into your existing setup.
3. Durability: Nikon products are known for their durability and high-quality construction, and this filter cube is no exception. It is built to withstand frequent use in a research environment.
Cons:1. Specific Application: The filter cube is designed for Qdot 705 conjugates specifically, which might limit its versatility for researchers working with other fluorescent markers.
2. Cost: As with many high-quality research tools, the price of this filter cube might be a potential drawback for some researchers, especially those working on tight budgets.
Conclusion:The Nikon TE2000 Qdot 705 Filter Cube (C-166755 Chroma) offers excellent performance for researchers working with Qdot 705 conjugates. Its high-quality filtration and compatibility with Nikon TE2000 inverted microscopes make it a valuable addition to any research lab. However, its specific application and potentially high cost might be a concern for some researchers.
Recommendation:If you are working with Qdot 705 conjugates and have a Nikon TE2000 inverted microscope, this filter cube would be a recommended addition to your lab equipment. If you are working with other fluorescent markers or have a different microscope brand, you might want to consider other filter cube options that better suit your needs. Always ensure to consider your budget and the specific requirements of your research when making a purchase decision.
All sets in this series use the same at425 50x excitation filter and accompanying dishrag, with different emission filters corresponding to spectra of various dots see 2nd picture for data sheet at-qdot 705 is best : qdot 705round mounted anodized aluminum rings The various dots may all be excited with same violet or UV wave length s, but wave lengths of fluorescence emission becomes longer as nano crystal size larger. 0mm thick, up to 25mm in diameter rectangular dishrags 26x38mm, 1mm fit standard microscope manufacturer filter cubes. These crystals are inorganic nano particles manufactured with semiconductor materials which exhibit quantum mechanical properties resulting in their unique fluorescent.
The series are at filter sets designed for use with nano crystals such as dots.