The concentration of forming and resorption markers in menopausal period women with osteoartrosis changes at spinal vertebrae

Journal Title: Ortopedia Traumatologia Rehabilitacja - Year 2006, Vol 8, Issue 6

Abstract

Introduction Osteoartrosis is a genetically determined disease, which develops on multisystem diseases, spreads on joint cartilage, overcartilage bone and soft structure of the joint.The aim of the work is to evaluate the relationship between mineral density of spinal vertebrae and the concentration of basic progesterone and progesterone after a test with metoklopramid..Material and methods. The research was based on 50 women, aged 50,7±4,4 , in an early physiological postmenopausal period, divided into two groups, the control and the exam group, depending on mineral density of spinal vertebrae. The concentration of estradiol, estron, prolaktyn, prolaxtic/MCP, osteocalcyn, prokolagen, alkali bone fhosphatase, total calcium and ionic calcium in serum and pirydynolin, dezoksypirydynolin and total calcium in urine were tested. Statistic analysis was made by means of statistic packet Statistica Pl version 5 of StatSoft company.Results. In women with osteoartrosis, the concentration of estradiol, alkali bone fhosphatase, pirydynolin and dezoksypirydynolin significantly decreased, the concentration of basic prolaktyn and prolactin after a test with metoklopramid significantly increased, and the concentration of estron, prokolagen, osteocalcyn, total calcium and ionic calcium in urine and serum insignificantly decreased.Conclusion1.The decrease of bone metabolism markers in women with osteoartrosis may contribute to handicap of osteoblasts and osteoklasts function.2. Dopaminergic treatment should be used in women with osteoatrisis syndrome who have frequent hyperprolactynic problems 3. Lack of correlation between the mineral density of spinal vertebrae and the concentration of pirydynolin and dezoksypirydynolin in women with osteoartrosis suggest that resorption disease is not the main pathogenic factor of osteoartrosis diseases.

Authors and Affiliations

Małgorzata Stanosz , Leszek Myśliwiec , Stanisław Stanosz

Keywords

Related Articles

Rola rehabilitacji i problemy metodologiczne w zastosowaniu terapii naprawczych rdzenia kręgowego

Mimo szybkiego rozwoju badań dotyczących terapii naprawczych rdzenia kręgowego (TNRK) liczba wiarygodnych doniesień na temat ich przydatności klinicznej jest nadal mała. W artykule na podstawie przeglądu aktualnego piśmi...

The Modern Rehabilitation Medicine Enigma: Treating People with Disabilities, but Sometimes without a Clear Diagnosis

Background. The process of a comprehensive rehabilitation of the disabled person may be more complicated when the diagnosis becomes vague and uncertain. Unknown data about the patient’s past, mental, physical or vocation...

Cartilage lesions of the knee treated with blood mesenchymal stem cells – results.

The study aimed to assess long-term clinical outcomes of cartilage lesion treatment with blood stem cells. The analysis of complications of this method was an additional aim.The study group comprised 52 patients with ICR...

Bioactive composites for the bone regeneration. Review.

Beside auto- and allogeneic bone chips used for filling bone lesions or to enhance of bone regeneration, various types of ceramics, natural and synthetized bone mineral hydroxyapatite and tricalcium phosphate, as well as...

Fatigue fracture of the femur after navigated total knee replacement.

We present a case of fatigue fracture of the femur after navigated total knee arthroplasty with the Orthopilot system. A 60-year-old woman with rheumatoid arthritis and osteoporosis (T-score = -3.1) reported increasing p...

Download PDF file
  • EP ID EP56640
  • DOI -
  • Views 73
  • Downloads 0

How To Cite

Małgorzata Stanosz, Leszek Myśliwiec, Stanisław Stanosz (2006). The concentration of forming and resorption markers in menopausal period women with osteoartrosis changes at spinal vertebrae. Ortopedia Traumatologia Rehabilitacja, 8(6), 608-612. https://europub.co.uk/articles/-A-56640