P2403 EasyMount Slider
The P2403 Slider is a specialized mounting tool designed for use with the Low Volume EasyMount Chamber Model P2400, optimized for research involving small tissue specimens such as mouse intestine. With an aperture area of 0.10 cm² (2.7 x ~3.95 mm), this slider provides an ideal, controlled environment for studying transport, permeability, and barrier properties in smaller tissues that require precise handling. Its compact aperture allows for minimal solution volumes and reduces tissue stress, enhancing tissue integrity and accuracy in data collection. The P2403 Slider’s design makes it a valuable tool for researchers conducting detailed physiological and pharmacological studies on small-scale specimens 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
P2403 EasyMount Low Volume Slider for Mouse Intestine
APETURE SIZE: 2.7x~3.95MM | Area = 0.10 cm2
The P2403 Slider is a precision-engineered accessory developed for the Low Volume EasyMount Chamber Model P2400, specifically designed to accommodate small tissue specimens, such as sections of mouse intestine, in physiological and pharmacological research. Featuring a 2.7 x ~3.95 mm aperture with an effective area of 0.10 cm², the P2403 slider provides an optimal setup for detailed studies on transport, permeability, and barrier function. This compact aperture size allows researchers to work with low volume solutions, maintaining a stable and controlled environment for the tissue while reducing sample requirements.
The P2403 Slider is particularly valuable in experiments where maintaining tissue integrity and minimizing stress is essential. Its precision-fit design ensures that even delicate specimens remain stable and properly positioned throughout the experiment, facilitating reliable and reproducible data collection. By enabling accurate measurements in Ussing chamber systems, the P2403 Slider is an indispensable tool for researchers investigating fine-scale physiological processes in small animal models, providing a streamlined solution for high-quality experimental outcomes.