Electrokinetic Behavior of Intermediate Cells in Immune Hemolysis

Electrophoretic mobility of intermediate cells was increased with the reaction of C2 and further increased with the addition of C3. Less than 18 molecules of C2 per cell produced detectable change in electrophoretic mobility. The increase in mobility by the formation of C2 sites diminished with the decay of C2 sites. C1 is required to maintain the high mobility of EAC142, EAC1423 or EAC143. No change in the mobility of intermediate cells was observed by the reaction of C5, C6, C7 or C8. After the reaction of C9, the electrophoretic mobility of E* decreased significantly before rupture of the cell.

Effects of compound 48-80 on immune haemolysis: enhancement of C1 site formation and inhibition of C4 site formation

Compound 48/80 inhibits the interaction of C4 to make an active C4 site on EAC1. Treatment of EAC4 with 48/80 enhances the reactivity of the cells with C1 to form SAC14.

Histochemical studies of experimental heterotopic calcification induced by potassium permanganate in the pulp of the mandibular incisor of rabbits

Heterotopic calcification in the pulp of the mandibular incisor of rabbits was induced by pulpal injection of potassium permanganate. There were similarities in the histochemical and microradiographic properties, in the tubular structures, and in the appositional patterns between dentin and the calcified tissues produced by odontoblastlike cells.