P2407 EasyMount Slider
The P2407 EasyMount Low Volume Slider, designed for the Low Volume EasyMount Chamber Model P2400, is ideal for securing small tissue specimens, such as intestinal biopsies, in transport and barrier function studies. Featuring a 0.031 cm² aperture and a pin-free design, it provides an unobstructed mounting surface that minimizes stress on delicate tissues, preserving their integrity and alignment throughout experimentation. Optimized for low-volume solution use, this slider supports precise data collection in studies requiring minimal sample sizes, making it a valuable tool for high-quality physiological and pharmacological research in Ussing Chamber systems.
⦿ 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
P2407 EasyMount Low Volume Slider for Intestinal Biopsies
APETURE SIZE: 2.0MM | Area = 0.31 cm2
The P2407 EasyMount Low Volume Slider is a specialized tool designed for the Low Volume EasyMount Chamber Model P2400, ideal for securing small tissue specimens, including intestinal biopsies, for physiological and pharmacological studies. With an aperture area of 0.031 cm², this slider is optimized for studies that require precise control and minimal solution volumes, preserving the integrity of small and delicate samples. Its compact design is well-suited to investigations of transport, permeability, and barrier functions, particularly in small biopsies where tissue preservation is crucial.
Unlike traditional mounting options, the P2407 slider is crafted without mounting pins, providing a clean, unobstructed surface for positioning tissue. This pin-free design minimizes potential stress or damage to fragile samples, maintaining their natural structure and alignment throughout the experiment. The P2407 EasyMount Low Volume Slider is an indispensable tool for researchers working with limited sample sizes, offering a highly stable and reproducible platform for data collection in Ussing Chamber systems, making it ideal for high-quality studies in transport and barrier research.