Beke Dora, Kudlacek Stefan, Meran Johannes G
Medizinische Abteilung, Krankenhaus der Barmherzigen Brüder Wien, Wien, Osterreich.
Wien Med Wochenschr. 2007;157(15-16):375-80. doi: 10.1007/s10354-007-0422-x.
Biomarkers as biochemical substances of collagen metabolism are produced during bone turnover and can be determined as parameters of bone metabolism not only in serum, but also in urine. These growth and decomposition products of the bone are already used to determine bone metabolism in osteoporosis and to prove efficacy of antiresorptive therapy. Metastases of the bone likewise show a higher rate of bone turnover. Nowadays detection of neoplastic bone lesions and progression of their spread are performed with x-rays, radionucleoide bone imaging and magnetic resonance imaging. In the future, biomarkers might improve early detection of bone lesions and follow-up of skeletal metastases. At present, the clinical use is documented insufficiently. In the foreseeable future the determination of the bone turnover markers and additional serum parameters of bone metabolism such as OPG, RANKL might be available for early diagnosis and follow-up in patients with bone metastatic diseases.
作为胶原蛋白代谢生化物质的生物标志物在骨转换过程中产生,不仅可在血清中,也可在尿液中作为骨代谢参数进行测定。这些骨的生长和分解产物已被用于测定骨质疏松症中的骨代谢,并证明抗吸收治疗的疗效。骨转移同样显示出较高的骨转换率。目前,通过X射线、放射性核素骨显像和磁共振成像来检测骨肿瘤病变及其扩散进展。未来,生物标志物可能会改善骨病变的早期检测和骨转移的随访。目前,其临床应用记录不足。在可预见的未来,骨转换标志物以及骨代谢的其他血清参数如骨保护素(OPG)、核因子κB受体活化因子配体(RANKL)的测定可能会用于骨转移性疾病患者的早期诊断和随访。