AI Article Synopsis

  • Interstitial fluid is useful for diagnosing diseases and detecting tumor markers, but collecting it from deep tissues is difficult.
  • This study compared three methods—push-pull perfusion, multi-filament nylon thread implantation, and tissue centrifugation—for collecting interstitial fluid from mini-pigs' subcutaneous tissue.
  • Results showed that while the overall ion composition was similar across methods, there were minor differences in ion detection rates and concentrations, suggesting the choice of method should depend on specific ions or collection locations.

Article Abstract

Interstitial fluid, owing to its similarity to blood components and higher sensitivity and specificity, finds widespread application in disease diagnosis and tumor marker detection. However, collecting interstitial fluid, particularly from the deep subcutaneous connective tissue, remains challenging.•This study aimed to compare three different collection methods - push-pull perfusion, multi-filament nylon thread implantation, and tissue centrifugation - for collecting interstitial fluid from the subcutaneous connective tissue layer of mini-pigs. High-performance ion chromatography was employed to analyze the conventional cation components in the samples and compare ion composition analysis between the different methods.•Results indicated that while the distribution of conventional cations in the interstitial fluid collected by the three methods was generally consistent, there were slight variations in the detection rates and concentrations of different ions. Hence, suitable collection methods should be selected based on the ions or collection sites of interest.

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Source
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC11022106PMC
http://dx.doi.org/10.1016/j.mex.2024.102700DOI Listing

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