Discounted Neurovue® Orange - Filter Square For Neuronal Tract Tracing While Supplies Last [B1rKGAx3]

NeuroVue® Orange Filter Square for Tract Tracing

The NeuroVue® Orange Filter Square is a cutting-edge tool designed for neuronal tract tracing studies, offering exceptional performance for up to 3-4 weeks. This filter is spectrally compatible with eGFP, YFP, NeuroVue® Maroon, and Jade, making it a versatile choice for various tracing applications. With its precise control over dye insertion points and absence of messy oils or crystals, the NeuroVue® Orange Filter Square simplifies the tracing process and enhances the accuracy of your results.

Product Specifications and Features

Each 1cm² filter is coated with the lipophilic reddish orange emitting dye, NeuroVue® Orange, with an excitation maximum at 550nm and an emission maximum at 570nm. This filter offers convenient, ready-to-use coated filter format, ensuring a hassle-free experience in your laboratory. Its diffusion properties are comparable to or better than other commercially available neurotracing dyes, providing you with more focal results and improved labeling of small sets of axons within a pathway. The NeuroVue® Orange Filter Square is also available in multiple colors, including far red, to support multi-tract tracing and enhance results in tissues with high myelin expression.

Practical Applications and Benefits

The NeuroVue® Orange Filter Square is an invaluable tool for researchers engaged in neuronal tract tracing studies. Its advantages include a convenient, ready-to-use coated filter format, precise control of dye insertion points, and no messy oils or crystals. The filter's diffusion properties and compatibility with various fluorescent proteins make it an excellent choice for both double and triple labeling of neuronal profiles. With its use in numerous recent publications, the NeuroVue® Orange Filter Square has proven its effectiveness in a wide range of research applications. By choosing this filter, you can expect more accurate and reliable results, ultimately contributing to the advancement of your research in neuroscience.