用溶血法和冰点法所得的数据計算并比較葡萄糖酸盐的Van’tHobb的i值葡萄糖酸的鈉鉀和錳(二价)盐用溶血方法所得的i值较用冰点下降法所得者为高。葡萄糖酸的铁(二价)和鈷(二价)盐用溶血法所得的i值較低,葡萄糖酸的鎂和鈣盐用人血作溶血法則有較高的i值,若用兔子的紅血球則无此差别,葡萄糖酸的鋅盐遇溶介紅血球所积放的氧合 Computation and comparison of i values ​​of Van’tHobb of gluconate with data obtained by hemolysis and freezing points The sodium and potassium (divalent) salts of gluconic acid obtained by hemolysis showed higher i values ​​than those obtained by the freezing point descending method . The iron (divalent) and cobalt (divalent) salts of gluconic acid were lower in the i value obtained by hemolysis. The magnesium and calcium gluconate used in the hemolysis method had a higher value of i, whereas in rabbit red blood cells No difference, zinc salt of gluconic acid dissolved oxygen dissolved by the red blood cells