A connection of the stomatognathic system \[an anatomical system comprising the teeth, jaws, and associated soft tissues\] to postural control has been suggested in the literature. This research will investigate how occlusion can impact postural response, disorder, and rehabilitation by examining how modifications in the vertical dimension of occlusion (VDO) influence balance and gait. Although it is currently unclear which or how restorative approaches cause postural disturbances, changes in several occlusal factors, i.e. VDO, Angle's class, crossbite and others have been suggested to manifest clearly into an altered stability, which could have a significant effect on the quality of life, especially in the elderly. The present study aims to identify the degree to which specific interventions in oral cavity affect the stability and gait patterns of patients, This will b achieved by either: * The use of dental splints (fully certified devices) * The use of the subjects' own dentures A direct correlation of postural perturbations and VDO, would essentially void the necessity to evaluate specific interventions (e.g. different types of restorations) independently and allow clinicians to assess a potential effect on their patients' stability and gait based on pre- to post- treatment VDO.
Study Type
INTERVENTIONAL
Allocation
NON_RANDOMIZED
Purpose
BASIC_SCIENCE
Masking
NONE
Enrollment
40
Each participant will receive six custom-made dental splints to incrementally increase their VDO. These splints will alter the VDO in increments from 5 to 30 mm, specifically: 5, 10, 15, 20, 25, and 30 mm.
Participants in this group will participate in balance and gait testing both with and without their dentures to examine how the presence or absence of dentures affects postural stability and movement.
Goldman School of Dental Medicine, Boston University
Boston, Massachusetts, United States
RECRUITINGCenter of pressure
This outcome will be assessed from data collected with a motion capture system (consisting of specialized infrared cameras), which will document the kinematics of reflective markers, placed on the subjects' head and body.
Time frame: 60-90 minutes
Postural sway
This outcome will be assessed from data collected with a motion capture system (consisting of specialized infrared cameras), which will document the kinematics of reflective markers, placed on the subjects' head and body.
Time frame: 60-90 minutes
Stride length
This outcome will be assessed from data collected with a motion capture system (consisting of specialized infrared cameras), which will document the kinematics of reflective markers, placed on the subjects' head and body.
Time frame: 60-90 minutes
Step width
This outcome will be assessed from data collected with a motion capture system (consisting of specialized infrared cameras), which will document the kinematics of reflective markers, placed on the subjects' head and body.
Time frame: 60-90 minutes
Gait velocity
This outcome will be assessed from data collected with a motion capture system (consisting of specialized infrared cameras), which will document the kinematics of reflective markers, placed on the subjects' head and body.
Time frame: 60-90 minutes
Muscle activation
This outcome will be assessed from data collected with wireless Electromyography (consisting of small sensors), which will document the activation of specific muscle groups, controlling head and jaw position.
Time frame: 60-90 minutes
This platform is for informational purposes only and does not constitute medical advice. Always consult a qualified healthcare professional.