P2406 EasyMount Ussing Chamber Slider
The P2406 EasyMount Ussing chamber slider insert is precisely designed for the Low Volume EasyMount Chamber Model P2400, featuring a 2.0 x 2.0 mm (0.04 cm²) aperture, perfect for small tissues like mouse trachea. Its pin-free design minimizes stress on delicate samples, maintaining tissue integrity and alignment for accurate transport and barrier function studies. This compact slider supports low-volume solution use, making it an essential choice for researchers seeking reliable, high-quality data from small-scale tissue experiments.
⦿ To be used with P2400 EasyMount Low-Volume Chambers- Regular price
- $208.00
- Regular price
-
- Sale price
- $208.00
- Unit price
- per
EasyMount Slider Details
P2406 EasyMount Low Volume Ussing Chamber Slider for Mouse Trachea
APETURE SIZE: 2.8x1.5MM | Area = 0.04 cm2
The P2406 EasyMount Low Volume Ussing Chamber slider insert is designed specifically for use with the Low Volume EasyMount Ussing Chamber Model P2400, ideal for mounting small, delicate tissues such as mouse trachea and similarly sized samples. With an aperture area of 0.04 cm², this slider is optimized for experiments where minimal sample size and solution volumes are crucial, making it particularly suited for detailed studies of transport, permeability, and barrier functions in small-scale tissues. Its compact design supports efficient, low-volume experimental setups, preserving both tissue and solution resources while maintaining precise environmental control.
Notably, the P2406 slider is crafted without mounting pins, reducing any potential stress or damage to delicate tissues and ensuring a clean, unobstructed mounting surface. This pin-free design provides a seamless interface that keeps tissues intact and correctly aligned throughout the experiment, enhancing the reliability and reproducibility of data collection in Ussing Chamber systems. The P2406 EasyMount Low Volume Slider offers researchers a highly effective platform for studying transport properties and physiological responses in fine tissues, making it an indispensable tool in small animal model research.