找到“transepithelial*”的 82 条结果

The P2308 EasyMount Ussing Chamber Slider is a specialized tissue holder for the P2300 Ussing Chamber System, designed with a 1.0 mm diameter circular aperture (0.008 cm²) ideal for extremely small samples, like mouse pup trachea or insect intestine. Its pin-free, pressure-fit design minimizes stress on delicate samples, ensuring structural integrity during experiments. This slider enables precise, high-resolution measurements of ion transport and permeability in tiny tissue regions, making it indispensable for studies requiring focused, stable data from minimal tissue areas.

The P2315 EasyMount Ussing Chamber Slider is a precision-engineered tissue holder for the EasyMount P2300 Ussing Chamber System, designed with a 12.7 mm circular aperture (1.26 cm²) and equipped with mounting pins. This configuration stabilizes tissues like rabbit intestine and bladder, providing a larger exposed area ideal for studies requiring comprehensive sampling. The mounting pins ensure sample stability, preventing movement and ensuring consistent, reproducible measurements essential for accurate physiological assessments of epithelial transport and barrier integrity.

The P2312 EasyMount Ussing Chamber Slider is a precision-engineered tissue holder for the EasyMount P2300 Ussing Chamber System, designed with a 8.0 mm circular aperture (0.5 cm²) and equipped with mounting pins. This configuration stabilizes tissues like mouse intestine and bladder, providing a larger exposed area ideal for studies requiring comprehensive sampling. The mounting pins ensure sample stability, preventing movement and ensuring consistent, reproducible measurements essential for accurate physiological assessments of epithelial transport and barrier integrity.

The P2318 EasyMount Ussing Chamber Slider is expertly designed for use with the P2300 Ussing Chamber, optimized for mounting delicate tissues like frog skin in physiological and transport studies. Its 10.7 mm diameter with a 0.9 cm² aperture provides a robust yet precise interface for measuring skin properties, with the slider tailored specifically to minimize edge damage, thus preserving tissue integrity. Used with the specialized washer (P2318-O), it allows secure adhesion of the tissue, ensuring that the skin remains flat and taut throughout the experiment. This combination of secure mounting, edge protection, and compatibility with the P2300 Ussing Chamber makes the P2318 an ideal choice for researchers requiring consistent, high-quality data on membrane transport and barrier function in amphibian skin.

The P2319 EasyMount Ussing Chamber Slider is purpose-built for transport studies through mucus layers, featuring a 12.7 mm diameter and an effective 1.26 cm² area that ensures optimal sample exposure within the P2300 Ussing Chamber.

This EasyMount's defining feature is a specially designed spacer ring (15.6 mm OD x 12.7 mm ID x 2.8 mm HT) that creates a stable, enclosed space between two permeable membranes, allowing mucus or similar viscous samples to be securely held in place. This setup facilitates precise measurements of diffusion and transport through the mucus, preventing sample loss or contamination. By including one spacer ring with the slider, the P2319 offers a highly reproducible setup for researchers focusing on transport, permeability, and diffusion studies in mucosal or gel-like media, making it an invaluable tool for physiological and pharmacological investigations.

The P2304S Ussing Chamber Slider is specifically engineered for advanced physiological studies involving elongated tissue specimens, such as mouse intestine sections. Featuring a 2.7 x 11.2 mm aperture with an exposure area of 0.3 cm², this slider offers a precise platform for examining transport and barrier functions in extended tissues, ensuring reliable and reproducible data across experiments.

This special chamber slider is equipped with integrated silver electrodes to enable controlled transmural electric field stimulation, supporting studies that require precise electrical modulation across tissue layers. Compatible with the EasyMount Chamber Model P2300, the P2304S slider provides a robust solution for researchers conducting complex studies on small, elongated tissue samples, enhancing both experimental control and data fidelity.

The P2311A EasyMount Ussing Chamber Slider is a precision-engineered tissue holder for the EasyMount P2300 Ussing Chamber System, designed with a 5.75 mm circular aperture (0.26 cm²) and equipped with mounting pins. This configuration stabilizes tissues like mouse intestine and bladder, providing a larger exposed area ideal for studies requiring comprehensive sampling. The mounting pins ensure sample stability, preventing movement and ensuring consistent, reproducible measurements essential for accurate physiological assessments of epithelial transport and barrier integrity.

The P2311 EasyMount Ussing Chamber Slider is a precision-engineered tissue holder for the EasyMount P2300 Ussing Chamber System, designed with a 6.2 mm circular aperture (0.3 cm²) and equipped with mounting pins. This configuration stabilizes tissues like mouse intestine and bladder, providing a larger exposed area ideal for studies requiring comprehensive sampling. The mounting pins ensure sample stability, preventing movement and ensuring consistent, reproducible measurements essential for accurate physiological assessments of epithelial transport and barrier integrity.

The P2307D EasyMount Ussing Chamber Slider is a precise and efficient accessory for the P2300 Ussing Chamber System, ideal for human biopsy studies, including duodenal, colonic, and rectal samples. Its 0.9 mm diameter circular aperture, covering a focused area of 0.006 cm², allows for detailed measurement of ion transport and barrier function within small, targeted tissue sections.

The EasyMount design facilitates quick, secure mounting without pins, preserving sample integrity. In combination with the P2300 system, the P2307D Slider ensures stable and reproducible conditions, making it a valuable tool for high-resolution epithelial research on biopsy specimens.