Radia R, Peters A M, Deenmamode M, Fitzpatrick M L, Lewis S M
Br J Haematol. 1981 Dec;49(4):587-91. doi: 10.1111/j.1365-2141.1981.tb07268.x.
Using the lipophilic chelating agent, acetylacetone, red cells have been radiolabelled with the short-lived, generator-produced isotope, 113mIn. Following re-injection of these labelled cells, red cell volume has been measured and compared with corresponding values using 99mTc labelled red cells in 18 patients, and with 51Cr labelled red cells in five patients. 99mTc slightly overestimated red cell volume in relation to 113mIn, but 51Cr values were identical to 113mIn values. There was a close correlation between splenic red cell pool measured with 99mTc and with 113In. It was concluded that the intracellular stability and gamma emission of 113mIn make this isotope a superior alternative to 99mTc and 51Cr in measurements of red cell volume and splenic red cell pool.
使用亲脂性螯合剂乙酰丙酮,已用短寿命的、由发生器产生的同位素113m铟对红细胞进行放射性标记。在重新注入这些标记细胞后,已测量18例患者的红细胞体积,并与使用99m锝标记红细胞的相应值进行比较,还与5例患者使用51铬标记红细胞的相应值进行比较。与113m铟相比,99m锝略微高估了红细胞体积,但51铬的值与113m铟的值相同。用99m锝和113铟测量的脾红细胞池之间存在密切相关性。得出的结论是,113m铟的细胞内稳定性和γ发射使其在测量红细胞体积和脾红细胞池方面成为比99m锝和51铬更优越的替代物。