ABSTRACT
Las fracturas del fémur proximal, secundarias a caída de su altura, pacientes posmenopáusicas con osteoporosis, es un acontecimiento de fecuencia relativa. El médico tratante debe estar preparado para los eventos tanto pre como postoperatorio que suelen ocurrir. Se propone la creación de un Grupo de Atención Geriátrica (GAG) que enfoque los problemas médicos de este grupo de pacientes y sobre todo que tenga conocimiento de la osteoporosis, su dignóstico y tratamiento médico, para prevenir una nueva fracturas. Una vez que egresa del hospital se debe indicar una densitometría doble foton (DXA) e iniciar el tratamiento para la osteoporosis dos semanas luego del egreso y hasta el momento el ácido zoledronico es el único que ha demostrado que disminuye el riesgo de mortalidad y nueva fracturas.
A fracture of the proximal femur secondary to drop height in postmenopausal women with osteoporosis is a relative frequency of occurrence. The treating physician must be prepared for both pre-and postoperative events that do occur. It proposes the establishment of a Gerietric Care Group (GAG) that approach the medical problems of this group of patients and especially with knowledge of osteoporosis, its diagnosis and medical treatment to prevent a new fracture. Once discharged from the hospital should indicate two-photon densitometry (DXA) and initiate treatment for osteoporosis two weeks after graduation and until zoledronic acid is the only one that has been shown to decrease the risk of mortality and new fracture.
Subject(s)
Humans , Male , Female , Densitometry/methods , Femoral Fractures , Practice Management , Radiography, Dual-Energy Scanned Projection/methods , Osteoporosis, Postmenopausal/pathologyABSTRACT
AIM To investigate the changes of biochemical index of osteoporosis in rats induced by given total flavonoids of herba epimedii (HEF) . METHODS The rat osteoporosis was induced by given retinoic acid intragastrically, the biochemical index in serum (T, E 2, ALP, PTH, BGP, Osteocalcin ) and in urine (Ca, P, DPD and Cr) were determined after the rats were given HEF by low, middle and high dosages respectively, and were compared with the model group. The normal control and the positive control. RESULTS The E 2, T and BGP level in all three dosage groups were obviously higher than that of the model group. The Ca/Cr, DPD and PTH level were obviously lower than the model group. The content of Ca and P and the bone density in femur were similar with the normal control, and there was significant difference compared with the model group. CONCLUSION HEF prevents the rats treated by retinoic acid from becoming osteoporosis. The changes of biochemical index were consistent with the variation of bone density, indicating the great significance of biochemical index in diagnosis and treatment of osteoporosis.