Abstract
A large number of various S-derivatives of thiourea exhibit the property of elevating an organism's resistance to radioactivity [i0, ii]. Therefore the search for effective radioprotective agents among the isothiourea salts has been proceeding quite actively [13]. Noted with interest is the fact that phosphorus compounds, mainly derivatives of thiophosphoric, phosphoric, and phosphonic acids, also appear to be antiradiation agents [8, ii, 13]. At the same time, the radioprotective activity of phosphine oxides has not been investigated although in a number of cases they are known to be less toxic than other phosphorus compounds [12].
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