R F Capozza
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Explore the profile of R F Capozza including associated specialties, affiliations and a list of published articles.
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24
Citations
307
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Recent Articles
1.
Rittweger J, Ireland A, Luscher S, Nocciolino L, Pilot N, Pisani L, et al.
Curr Osteoporos Rep
. 2018 Nov;
16(6):775-778.
PMID: 30393831
The human fibula responds to its mechanical environment differently from the tibia accordingly with foot usage. Fibula structure is unaffected by disuse, and is stronger concerning lateral bending in soccer...
2.
Ireland A, Capozza R, Cointry G, Nocciolino L, Ferretti J, Rittweger J
Osteoporos Int
. 2016 Oct;
28(2):633-641.
PMID: 27734100
Introduction: The fibula supports only a small and highly variable proportion of shank compressive load (-8 to +19 %), and little is known about other kinds of stresses. Hence, whilst...
3.
Reina P, Cointry G, Nocciolino L, Feldman S, Ferretti J, Rittweger J, et al.
J Musculoskelet Neuronal Interact
. 2015 Mar;
15(1):10-22.
PMID: 25730648
To compare the independent influence of mechanical and non-mechanical factors on bone features, multiple regression analyses were performed between pQCT indicators of radius and tibia bone mass, mineralization, design and...
4.
Cointry G, Ferretti J, Reina P, Nocciolino L, Rittweger J, Capozza R
J Musculoskelet Neuronal Interact
. 2014 Mar;
14(1):29-40.
PMID: 24583538
The pQCT-assessed Bone Strength Indices (BSI's, SSI) depend on the product of a 'quality' indicator, the cortical vBMD (vCtD), and a 'design' indicator, one of the cross-sectional moments of inertia...
5.
Capozza R, Rittweger J, Reina P, Mortarino P, Nocciolino L, Feldman S, et al.
J Musculoskelet Neuronal Interact
. 2013 Jun;
13(2):195-205.
PMID: 23728106
In a pQCT study of running-trained and untrained men and women we had shown that bone mass distribution along the tibia was adapted to the usage-derived stress pattern. To study...
6.
Capozza R, Mondelo N, Reina P, Nocciolino L, Meta M, Roldan E, et al.
J Musculoskelet Neuronal Interact
. 2013 Jun;
13(2):185-94.
PMID: 23728105
Some pharmacologic effects on bone modeling may not be evident in studies of remodeling skeletons. This study analyzes some effects of olpadronate on cortical bone modeling and post-yield properties in...
7.
Ferretti J, Capozza R, Cointry G, Capiglioni R, Roldan E, Zanchetta J
J Musculoskelet Neuronal Interact
. 2005 Mar;
1(1):31-4.
PMID: 15758522
Previous studies with standard densitometry (DXA) have suggested that the bone mass is strongly dependent on the muscle mass in the species, following a similar relationship at any age and...
8.
Analysis of biomechanical effects on bone and on the muscle-bone interactions in small animal models
Ferretti J, Cointry G, Capozza R, Capiglioni R, Chiappe M
J Musculoskelet Neuronal Interact
. 2005 Mar;
1(3):263-74.
PMID: 15758500
Animal models are suitable to study many aspects of bone structure and strength. This article reviews some general principles of current bone biomechanics and describes the scope of the available...
9.
Roldan E, Capiglioni R, Cointry C, Capozza R, Ferretti J
J Musculoskelet Neuronal Interact
. 2005 Mar;
2(2):157-62.
PMID: 15758464
Three different regions of interest (ROIs) were defined in pQCT scans (XCT-3000 machine, Stratec, Germany) taken at the tibial mid-diaphyses of 12 pre-menopausal (pre-MP) and 12 post-menopausal (post-MP) women who...
10.
Cointry G, Capozza R, Negri A, Roldan E, Ferretti J
J Musculoskelet Neuronal Interact
. 2004 Dec;
4(1):1-11.
PMID: 15615073
New concepts and methods of study in bone biomechanics defy the prevailing idea that bone strength is determined by a systemically-controlled "mineralized mass" which grows until reaching a peak and...