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MCC 2010
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FROM BASIC
MOTOR CONTROL TO FUNCTIONAL RECOVERY VI 24 – 27 |
The topics proposed to be addressed during the VII Motor Control Conference MCC2010
reflect the initial spirit
of mutual alliance of science and clinical implementation named
FROM BASIC MOTOR CONTROL TO FUNCTIONAL RECOVERY
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HUMAN MOTOR CONTROL in term of BALANCE CONTROL and
BEHAVIOUR Question: Does the Posture
mean BALANCE control? Postural organization as a function of body mechanics, Are
they different levels of postural networks in the CNS? Ideas from Load
receptors theory, proprioreceptors or rewethging. Pressure sensitive
information on a way to gain inside of dynamical postural control. To
consider Posture as a state (e.g. maintaining erect stance over a
given time as a function of the Motor Task). To consider Posture as a
behavior (e.g. maintaining and regulating erect stance as a response
to external or internal perturbations as a function of the Motor Task).
Posture as a part of Motor program or integral part of interaction Posture
and followed by Movement (posturo-kinetic interactions?) are they a common
comand hypothesis? POSTURE EVALUATION, THEORY
AND CLINICAL APPLICATION
Multisensory integration and human
postural control. How and when the additional information (tactile, audio,
touch, visual ext.) about body oscillation (feedback) improve body balance. Are the body sway is a unique
criterion for evaluation of the body stability? HUMAN MOTOR CONTROL in term of MOVEMENTS DIRECTED IN SPACE Question: Does the MOVEMENT means, series of Posture Control? Co-ordinated Actions, from Posture to Movement. Principles
underlying the organization of Initiation and Termination of discrete and
cyclic movements. Gait, from underlying mechanisms to clinical application Reaching to Grasp Movements. Goal-Directed whole-body Movements control and
corresponding body posture and equilibrium control PATHOPHYSIOLOGY OF BALANCE MOVEMENTS – MOVEMENT DISORDERS Pathophysiology of Posture - Movement interaction: spinal
cord dysfunction, basal ganglia dysfunction, cerebellar dysfunction, cortical
dysfunction. Are adaptive changes to specific Brain Injury always benefit the
Patient, (how should we treat them)? Understanting the role of multisensory
integration in balance disorders Mechanisms for disturbed posture and movement coordination in Cerebral Palsy children in Stroke Patients in Parkinson's Patients HUMAN MOTOR CONTROL in term of PATHOPHYSIOLOGY OF MOVEMENTS MOVEMENT DISORDERS Pathophysiology of Posture - Movement interaction: spinal
cord dysfunction, basal ganglia dysfunction, cerebellar dysfunction, cortical
dysfunction. Are adaptive changes are specific Brain Injury always
benefit the Patient, (how should we treat them)? Understanding the role of multisensory integration in
balance disorders Mechanisms for disturbed posture and movement coordination. In Parkinson's Patients; in hemi paretic patients, In Cerebral Palsy children.
Orthopedics Approach, of Knee and Hip Replacement Orthopedics Approach, after whole
kind of traumatic invasions their follow - up Orthopedics Approach, in hemi paretic patients, in Cerebral Palsy children
HUMAN MOTOR CONTROL in OLDER PEOPLE
in term of FUNCTIONAL RECOVERY Question: REHABILITATION PROCEDURES how they serve to MOTOR CONTROL RECOVERY - resetting or adapting?
Restoration Body to Balance: How
to do it and correct Follow up Upper extremity motor control and rehabilitation, control
of adaptation and rehabilitation, Lower extremity motor control and rehabilitation, control
of adaptation and rehabilitation, Automatic motor rehabilitation, clinical and instrumental evaluation of rehabilitation procedures
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