
( Brand: Nikon ), ( Manufacturer Part Number: 96157 ), ( Part Type: Filter )
The Nikon 96157 Fluorescence Filter Cube G-2E/C RFP-Tritc-TxRed-mCherry is a precision engineered optical accessory designed for high-performance fluorescence microscopy. This filter cube is meticulously crafted to optimize the excitation and emission of specific fluorophores, facilitating clear and vibrant imaging of specimens labeled with these fluorescent markers.
The filter cube is comprised of four distinct filter components: a 546/12 nm excitation filter for RFP (Red Fluorescent Protein), a 568 nm dichroic mirror for efficient beam splitting, a 607/52 nm emission filter for Tritc (Tetramethylrhodamine), a 617 nm dichroic mirror for further beam splitting, a 650/75 nm emission filter for TxRed (Texas Red), and a 660 nm dichroic mirror for the final beam splitting. Additionally, it includes a 624 nm emission filter for mCherry fluorescence.
The Nikon 96157 Fluorescence Filter Cube G-2E/C RFP-Tritc-TxRed-mCherry is designed with Nikon's renowned commitment to quality and innovation. Its multilayer coating minimizes stray light and maximizes transmission efficiency, ensuring optimal signal-to-noise ratio in your imaging experiments. This filter cube is compatible with Nikon's CFI60 and CFI90 series objectives, making it an ideal choice for researchers and microscopists who demand exceptional performance and versatility.
In summary, the Nikon 96157 Fluorescence Filter Cube G-2E/C RFP-Tritc-TxRed-mCherry is an essential tool for fluorescence microscopy, offering exceptional optical performance and versatility for the excitation and emission of RFP, Tritc, TxRed, and mCherry fluorophores. Whether you're studying cell biology, neuroscience, or other fields that rely on fluorescence microscopy, this filter cube is an indispensable addition to your research toolkit.
The Nikon 96157 Fluorescence Filter Cube G-2E/C RFP TRITC TXRED MCHERRY is a specialized tool designed for fluorescence microscopy, specifically for working with red, green, and far-red fluorophores like RFP (Red Fluorescent Protein), TRITC (Tetramethylrhodamine), TXRED (Texas Red), and MCHERRY. Here are some pros and cons to help you make an informed decision:
Pros:1. High-Quality Optics: Nikon is a reputable brand known for its high-quality optics, ensuring accurate and vivid fluorescence detection.
2. Broadband Filters: The filter cube provides broadband excitation and emission filters, which allow for the observation of multiple fluorophores simultaneously.
3. Compatibility: This filter cube is designed to work with Nikon microscopes, ensuring seamless integration.
4. Durable Construction: The filter cube is built to withstand regular use in a laboratory setting.
Cons:1. High Cost: High-quality optics come at a premium, making this filter cube a significant investment.
2. Limited Compatibility: This filter cube is designed specifically for Nikon microscopes, which may limit its usefulness if you switch to a different brand in the future.
3. Requires Specific Light Sources: The filter cube requires specific excitation light sources, which may not be included with your microscope and must be purchased separately.
In conclusion, the Nikon 96157 Fluorescence Filter Cube G-2E/C RFP TRITC TXRED MCHERRY is a high-quality tool for fluorescence microscopy. If you're a researcher working with the specified fluorophores and have a Nikon microscope, this filter cube could be a valuable addition to your laboratory. However, its high cost and limited compatibility with other microscope brands are important factors to consider before making a purchase. If you're unsure about your specific needs, it may be worth consulting with a microscopy expert or researching other filter cube options.
Shows signs of degradation on filters. Tested and still shows fluorescent signal.