Caflisch C R, Solomon S, Galey W R
Pflugers Arch. 1979 Jun 12;380(2):121-5. doi: 10.1007/BF00582146.
An improved pCO2 microelectrode has been evaluated and used to investigate whether a significant barrier to diffusion of CO2 exists in the rabbit pancreas. The results of this study show the improved Carter and Caflisch pCO2 microelectrode to be an accurate and reliable tool for measuring pancreatic venous and ductal pCO2. The similarities between pCO2 values from the pancreatic ducts and small pancreatic veins suggest that there is no barrier to CO2 diffusion between small veins and exocrine ducts in the rabbit pancreas, and that ductal pCO2 is probably strongly influenced by the CO2 tension of the small pancreatic blood vessels.
一种经过改进的二氧化碳微电极已得到评估,并用于研究兔胰腺中是否存在二氧化碳扩散的显著屏障。本研究结果表明,改进后的卡特和卡弗利施二氧化碳微电极是测量胰腺静脉和导管二氧化碳分压的准确可靠工具。胰腺导管和小胰腺静脉的二氧化碳分压值相似,这表明兔胰腺中小静脉和外分泌导管之间不存在二氧化碳扩散屏障,并且导管二氧化碳分压可能受小胰腺血管二氧化碳张力的强烈影响。