P2405 EasyMount Slider
The P2405 EasyMount Low Volume Slider is expertly crafted for the Low Volume EasyMount Chamber Model P2400, offering a 0.40 cm² aperture ideal for mounting small tissue specimens like rat intestine. With eight stainless steel pins, this slider provides secure, stable positioning, minimizing tissue stress and ensuring precise alignment for reliable data collection in transport and barrier function studies. Its low-volume design enables efficient use of minimal solution quantities while preserving tissue integrity, making it an essential tool for researchers conducting detailed investigations into ion transport, permeability, and physiological properties in small animal models.
⦿ 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
P2405 EasyMount Low Volume Slider for Mouse Intestine
APETURE SIZE: 4.5x9.2MM | Area = 0.40 cm2 | with Mounting Pins
The P2405 EasyMount Low Volume Slider is specifically designed for use with the Low Volume EasyMount Chamber Model P2400, providing an ideal solution for studies involving small tissue specimens such as rat intestine. Featuring an aperture area of 0.40 cm², this slider supports experiments on tissue transport, permeability, and barrier function with optimized low-volume solution requirements, preserving both sample integrity and experimental accuracy. The larger aperture area allows researchers to work with slightly larger tissue samples than other low-volume sliders, expanding the range of physiological studies possible within a compact setup.
Equipped with eight stainless steel mounting pins, the P2405 slider offers secure and stable tissue positioning, minimizing tissue stress and ensuring consistent alignment throughout the experimental process. This design enables reliable data collection in Ussing Chamber systems, as it maintains tissue stability while supporting reproducible experimental conditions. The P2405 EasyMount Low Volume Slider is thus a critical tool for researchers studying transport dynamics, ion permeability, and other physiological properties in small animal models, offering a high-quality, stable interface for detailed investigations.