TITLE

Efeito da dexametasona e do cetoprofeno na osteogênese e na resistência óssea em ratos

AUTHOR(S)
dos Santos da Silva, Patrícia Costa; Camilli, José Ângelo; Nakagaki, Wilson Romero; Soares, Evelise Aline; Dias Garcia, José Antonio
PUB. DATE
July 2012
SOURCE
Revista de Ciências Farmacêuticas Básica e Aplicada;2012, Vol. 33 Issue 2, p217
SOURCE TYPE
Academic Journal
DOC. TYPE
Article
ABSTRACT
This study aimed at evaluating the effect of ketoprofen (NSAID) and dexamethasone (SAID) on osteogenesis around a dense hydroxyapatite (DHA) implant in the tibia and parietal bone, and on the bone resistance. Fifteen fifty-day-old Wistar rats weighing on average 250±30 g were used. The animals were separated into three groups (n=5): control (CT); non-steroidal anti-inlammatoryl (NSAID); and steroidal anti- inlammatory (SAID). After anesthesia with IM ketamine/xylazine, a 3 mm cavity was made in the left parietal bone and in the proximal epiphysis of the left tibia. A DHA bioceramic was implanted in the tibia. The animals were treated subcutaneously during 30 days as follows: NSAID group: ketoprofen at the dose of 12/Kg/day; SAID group: dexamethasone, 0,10 mg/ kg/day. The CT group received saline through the same route. All the animals received the same solid diet and water ad libitum. After 30 days of experiment, the animals wereeuthanized, and their femurs collected for the mechanical test, while their tibia and parietal sites were prepared for the histomorphometrical analysis. Microscopically, the SAID and NSAID groups showed a lower volume of neoformed bone. In addition, the NSAID and SAID group femurs required lower maximum force for complete rupture when compared with the CT group. It was concluded that ketoprofen and dexamethasone interfered with osteogenesis and decreased bone resistance by altering the bone tissue metabolism, mainly by inhibiting the COX-2 and decreasing prostaglandins. Therefore, the use of ketoprofen and dexamethasone after bone surgeries can compromise the stability and maintenance of implants.
ACCESSION #
87746599

 

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