Searchable abstracts of presentations at key conferences on calcified tissues

ba0003pp31 | Bone biomechanics and quality | ECTS2014

Excessive intake of soy milk affects bone development

Martins Oliveira Bruna Rezende Silva , de Carvalho Apolinario Coelho Juliana , Medeiros Ronaldo Anderson , Louzada Mario Jefferson Quirino

The purpose of this study was to analyze the influence of diet supplemented with hydrosoluble soy extract – HSE in bone mass of male and healthy Wistar rats. Sixteen (16) 30 days old animals were kept in controlled conditions with light/dark cicle and fed with commercial food and filtered water. Randomized into two groups: control group received 500 ml of water and 300 g of food, daily; supplemented group S, in addition of water and food, they also received 500 ml of soy ...

ba0003pp30 | Bone biomechanics and quality | ECTS2014

Strength training is capable of stimulating transcription factors Runx2 and osterix and ensure better bone quality in wistar rats during aging

Stringhetta-Garcia Camila Tami , Ervolino Edilson , Rossi Ana Claudia , Louzada Mario Jefferson Quirino , de Mello Wagner Garcez , Menegati Dornelles Rita Cassia

Osteoporosis is a multifactorial disease that represents an increase public health problem, given the impact on functional independence and quality of life. Among the favoring factors to the imbalance in bone cell activity, the hypoestrogenism is primordial. Strength training (ST) proves to be effective because of its ability to stimulate estrogen receptor independent of ligand. In this study, we analyzed the action of ST on bone quality of rats during the aging. For this stud...

ba0005p42 | Bone biomechanics and quality | ECTS2016

Sexually dimorphic response on bone development after neonatal thymectomy in rats

de Mello Wagner Garcez , Kiill Noelle Egidia Watanabe , Kayahara Gisele Mitsui , Nascimento Olivia Borghi , Marqui Narayana Guimaraes , Crivelini Marcelo Macedo , Louzada Mario Jefferson Quirino , Antunes-Rodrigues Jose , de Castro Joao Cesar Bedran

The effects of neonatal thymectomy, at 3 days of age, on skeletal sexual dimorphism and bone quality during the development were examined in male and female Wistar rats. Rats were euthanized at 20, 40, or 120 postnatal days and femurs were collected. The Biomechanical compression test was used to evaluate bone breaking strength, energy-to-fracture, and extrinsic stiffness. During the prepubertal period, the neonatal thymectomy increases extrinsic stiffness of bone tissue signi...