A new compound of Cs(ATZ) was synthesized by reaction of CsOH aqueous solution with 5-aminotetrezole. This compound was identified by C, H and N elemental analysis and quantitative analysis of Cs atom. The molecular formula is Cs(ATZ). The physicochemical properties were characterized by FT-IR, Raman spectroscopy and X-ray power diffraction and the peaks of FT-IR were also assigned.
The erythrocyte hemolysis was examined to assure Rb^＋ to have a weak toxicity toward human body. The way of Rb^＋ transporting into human erythrocytes was determined, and the factors to affect this transport process were evaluated. The effects of extracellular concentration of Rb^＋, incubation temperature, incubation time, medium pH, and specific inhibitors were investigated via flame atomic absorption spectrometry. The results indicated that the membrane transport of Rb^＋ through human erythrocytes was controlled mainly by both active transport and simple diffusion. Every mentioned factor took a positive effect on the Rb^＋ uptake by human erythrocytes, however neither DIDS nor nefidpine could inhibit the uptake of Rb^＋.
Some new compounds have been synthesized by the method of the reaction of 5-sulfosalicylic acid with cesium hydroxide.Then these new compounds were identified by elemental analysis,atomic absorption spectrometric,IR,Raman and XRD.And some new results were obtained.
