在过去曾经有过许多各种不同局部用的和全身用的促进骨痂增生的方法和药物。以使用来治疗骨折之延迟愈合及提早愈合,如应用的药物有局部涂刷碘酒、局部注射Ossopff等。内服各种钙剂蛋壳、磷、甲状腺及胸腺制剂等其他物,也曾经有过用放射线照射脾脏的方法。以上这些方法,在过去均作了刺激骨痂增生的试探、但是均未得到理想的预期结果,而近些年来,又有些学者采用酒精与普鲁卡因封闭治疗来加速骨折之愈合以及用黄氏血清加速骨折乏愈合,这两种方法自前得出了初步的结果,都需要我们学习研究的。但是随着现代科学的快速发展,原子能和平利用的大力发展,人类已能人工制造出多种的放射性同位素,并且已将它广泛的应用在工农业、医学等方面,使它造福于人类,在医学上,利用 In the past, there have been many methods and medicaments for promoting osteophyte hyperplasia with various topical and systemic uses. Use to treat delayed healing and early healing of fractures, such as topical application of drugs iodine, local injection Ossopff. Oral administration of various calcium eggshells, phosphorus, thyroid glands, and thymus preparations has also been used to irradiate the spleen. All of these methods have been tried in the past to stimulate osteophyte hyperplasia, but none of them have achieved the desired results. In recent years, some scholars have used alcohol and procaine blocking therapy to accelerate fracture healing and use yellow. The serum has accelerated the healing of fractures. These two methods have led to preliminary results and both require us to study and study. However, with the rapid development of modern science and the vigorous development of the peaceful use of atomic energy, mankind has been able to artificially create a variety of radioactive isotopes, and it has been widely used in industry, agriculture, medicine, etc., to make it beneficial to human beings. Medically, use