Objective: Evaluation of the changes in balance control observed in patients after limb-saving surgery for malignant tumors of the lower limb.Design: Gase series.Results: In II patients who underwent limb-saving surgery and 10 healthy, age-matched controls, displacement of the amplitude of the center of pressure (ACP) and velocity of the center of pressure (VCP) during normal standing and standing on a balance board were registered. Adding such constraints as standing with eyes closed and performing a Stroop task made standing more complex. During normal standing and on the balance board, both groups showed comparable ACP and VCP values. With eyes closed, both patients and controls showed a higher amplitude and velocity in the anterior-post...
Introduction: Tumours of the posterior fossa of the cranium are associated with significant impairme...
Contains fulltext : 48642.pdf (publisher's version ) (Closed access)OBJECTIVE: In ...
Background Following an amputation, the human postural control system develops neuromuscular adaptat...
Objective: Evaluation of the changes in balance control observed in patients after limb-saving surge...
Objective: To study balance control on a moving platform in lower limb amputees. Design: Observation...
OBJECTIVE: In this study, the concept of a cognitive dual-task performance and visual restriction du...
OBJECTIVE: In this study, the concept of a cognitive dual-task performance and visual restriction du...
WOS: 000460934600013PubMed ID: 30248037BACKGROUND: The origin of about 10% of tumors located in the ...
about any change in postural balance caused by asymmetrical volume in-crease due to unilateral upper...
Postural control has been widely evaluated for the normal population and different groups over the p...
Aims: Exercise therapy intervening methods are used by physical medicine and rehabilitation therapis...
Objective. Control of gait after limb-saving surgery. Design. Case series study. Background. At the ...
Aim of the study: There is little known about any change in postural balance caused by asymmetrical ...
Background: Reduced postural steadiness and asymmetry of weight bearing are characteristic for postu...
Source of support: Departmental sources Background: The purpose of this study was to investigate the...
Introduction: Tumours of the posterior fossa of the cranium are associated with significant impairme...
Contains fulltext : 48642.pdf (publisher's version ) (Closed access)OBJECTIVE: In ...
Background Following an amputation, the human postural control system develops neuromuscular adaptat...
Objective: Evaluation of the changes in balance control observed in patients after limb-saving surge...
Objective: To study balance control on a moving platform in lower limb amputees. Design: Observation...
OBJECTIVE: In this study, the concept of a cognitive dual-task performance and visual restriction du...
OBJECTIVE: In this study, the concept of a cognitive dual-task performance and visual restriction du...
WOS: 000460934600013PubMed ID: 30248037BACKGROUND: The origin of about 10% of tumors located in the ...
about any change in postural balance caused by asymmetrical volume in-crease due to unilateral upper...
Postural control has been widely evaluated for the normal population and different groups over the p...
Aims: Exercise therapy intervening methods are used by physical medicine and rehabilitation therapis...
Objective. Control of gait after limb-saving surgery. Design. Case series study. Background. At the ...
Aim of the study: There is little known about any change in postural balance caused by asymmetrical ...
Background: Reduced postural steadiness and asymmetry of weight bearing are characteristic for postu...
Source of support: Departmental sources Background: The purpose of this study was to investigate the...
Introduction: Tumours of the posterior fossa of the cranium are associated with significant impairme...
Contains fulltext : 48642.pdf (publisher's version ) (Closed access)OBJECTIVE: In ...
Background Following an amputation, the human postural control system develops neuromuscular adaptat...