Tkachenko S S, Rutskiĭ V V, Tikhilov R M, Vovchenko V I
Vestn Khir Im I I Grek. 1988 Mar;140(3):97-100.
Experimental studies in 60 rabbits with defects of the radius have shown that exposure to oxygenobarotherapy results in the greatest activization of osteoreparation in the early period after trauma with the formation of osseous matrix. The intensity of OBT sessions should be reduced along with the "maturation" of the osseous regenerate. The clinical application of OBT in 33 patients with defects of long tubular bones contributed to shortening the terms of rehabilitation of such patients.
对60只患有桡骨缺损的兔子进行的实验研究表明，在创伤后的早期，接受高压氧疗法可使骨修复的激活作用最为显著，并形成骨基质。随着骨再生的“成熟”，高压氧疗法治疗的强度应降低。对33例长管状骨缺损患者应用高压氧疗法有助于缩短此类患者的康复时间。
