“…We will only mention the principal effects attributed to MM, a detailed study of these effects being the subject of another publication [47]: inhibitory effect on the synthesis of globin in vitro [36] and in vivo [8] and on some enzymes responsible for the synthesis of heme [35]; inhibitory effect on E-rosette formation [1]; inhibition of phagocytosis [52,53]; inhibition of leukocyte migration [13]; inhibition of the glucose utilization in vitro [18]; inhibitory effect on the in vitro proliferation of lymphocytes in the presence of allogeneic cells [19,50,58,59], of mitogens [30,50,57], of fibroblasts [21,44,48] and of tumoral cells of human origin [48]; inhibitory effect on the graft-versus-host reaction in mice and rats [51]; inhibition of nervous conduction in vitro [42],…”