Maria Grazia Benedetti

Prof. Dr. Maria Grazia Benedetti

IRCCS Rizzoli Orthopaedic Institute, University of Bologna,40126 Bologna, Italy

Research Focus & Metrics

Academic Career Length

35Years (1992-Present)

(Calculated once Scilit publication data is synced: current year − year of first publication + 1)

Representative Publications

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1 March 1996 in Clinical Biomechanics
Verified
Journal Article
Closed access
ACA Cappozzo
A Cappozzo
FCF Catani
F Catani
Alberto LeardiniAlberto Leardini
Alberto Leardini
MBMaria Grazia Benedetti
Maria Grazia Benedetti
UCUgo Della Croce
Ugo Della Croce

1 March 2007 in Gait & Posture
Verified
Journal Article
Closed access
Alberto LeardiniAlberto Leardini
Alberto Leardini
MBMaria Grazia Benedetti
Maria Grazia Benedetti
LBL. Berti
L. Berti
DBD. Bettinelli
D. Bettinelli
RNR. Nativo
R. Nativo
SGS. Giannini
S. Giannini

1 October 2007 in Gait & Posture
Verified
Journal Article
Closed access
Alberto LeardiniAlberto Leardini
Alberto Leardini
ZIMI SAWACHAZIMI SAWACHA
ZIMI SAWACHA
GPGabriele Paolini
Gabriele Paolini
SIStefania Ingrosso
Stefania Ingrosso
RNRoberto Nativo
Roberto Nativo
MBMaria Grazia Benedetti
Maria Grazia Benedetti

23 December 2018 in BioMed Research International
Verified
Journal Article
Open access
PDF file
MBMaria Grazia Benedetti
Maria Grazia Benedetti
GFGiulia Furlini
Giulia Furlini
AZAlessandro Zati
Alessandro Zati
GMGiulia Letizia Mauro
Giulia Letizia Mauro
Physical exercise is considered an effective means to stimulate bone osteogenesis in osteoporotic patients. The authors reviewed the current literature to define the most appropriate features of exercise for increasing bone density in osteoporotic patients. Two types emerged: (1) weight-bearing aerobic exercises, i.e., walking, stair climbing, jogging, and Tai Chi. Walking alone did not appear to improve bone mass; however it is able to limit its progressive loss. In fact, in order for the weight-bearing exercises to be effective, they must reach the mechanical intensity useful to determine an important ground reaction force. (2) Strength and resistance exercises: these are carried out with loading (lifting weights) or without (swimming, cycling). For this type of exercise to be effective a joint reaction force superior to common daily activity with sensitive muscle strengthening must be determined. These exercises appear extremely site-specific, able to increase muscle mass and BMD only in the stimulated body regions. Other suggested protocols are multicomponent exercises and whole body vibration. Multicomponent exercises consist of a combination of different methods (aerobics, strengthening, progressive resistance, balancing, and dancing) aimed at increasing or preserving bone mass. These exercises seem particularly indicated in deteriorating elderly patients, often not able to perform exercises of pure reinforcement. However, for these protocols to be effective they must always contain a proportion of strengthening and resistance exercises. Given the variability of the protocols and outcome measures, the results of these methods are difficult to quantify. Training with whole body vibration (WBV): these exercises are performed with dedicated devices, and while it seems they have effect on enhancing muscle strength, controversial findings on improvement of BMD were reported. WBV seems to provide good results, especially in improving balance and reducing the risk of falling; in this, WBV appears more efficient than simply walking. Nevertheless, contraindications typical of senility should be taken into account.

1 August 2008 in Gait & Posture
Verified
Journal Article
Closed access
AFAlberto Ferrari
Alberto Ferrari
MBMaria Grazia Benedetti
Maria Grazia Benedetti
EPEsteban Pavan
Esteban Pavan
Carlo Albino FrigoCarlo Albino Frigo
Carlo Albino Frigo
DBDario Bettinelli
Dario Bettinelli
Alberto LeardiniAlberto Leardini
Alberto Leardini

1 April 1998 in Clinical Biomechanics
Verified
Journal Article
Closed access
MBMaria Grazia Benedetti
Maria Grazia Benedetti
FCF Catani
F Catani
Alberto LeardiniAlberto Leardini
Alberto Leardini
EPE Pignotti
E Pignotti
SGS Giannini
S Giannini