Technology

       


Eccovision Acoustic Rhinometry/Pharyngometer 
 
Eccovision Acoustic Rhinometry is an accurate noninvasive way of measuring the cross sectional area of the nasal passage.  A majority of our sleep patients have either hard tissue obstructions or allergies.  The Rhinometer helps us determine the type and location of the obstructions.  The Rhinometer is also used to determine the optimal postion of the nasal dilators on the OASYS sleep appliance.
  
Eccovision Acoustic Pharyngometer is used to determine the optimal jaw position for an oral appliance.  The Pharyngometer measures the cross sectional area of the mouth, soft palate area and the space behind the tongue.  By taking measurements at different jaw positions we can predict if a patient can be helped by oral appliance therapy.
 

 


BioResearch

  
Joint Vibration analysis is a highly accurate non-invasive way of diagnosing joint pathology in the TM joint.  Sensors placed over the TM joints record the volume and frequency of vibrations in the joint during movement.  The JVA is 87% accurate in differentiating disk movement, degenerative joint disease, and non reciprocating dislocations of the TM joints.
  
Oral appliances often improve TM joint health but can cause short term discomfort.  The American Academy of Sleep Medicine requires a thorough TM joint evaluation by trained dentists for every oral appliance therapy.


BioResearch Jaw Tracking
 
Computerized jaw tracking is a valuable tool for evaluating a person's mandibular rest positions, phonetic position, swallow patterns, range of motion and ideal bite placement. 
 
The jaw tracker has a large sensor that is placed on the patient's head and tracks the movement of a small magnet that is temporarily glued to the lower teeth.
 
The jaw tracker is used for difficult TMJ cases that may need future dental work.  The tracker is also an excellent tool for differentiating the different types of swallow patterns.  Our office finds that all sleep apnea patients have dysfunctional swallow patterns.  Correction of these swallow patterns will be a way of treating some sleep apnea patients in the future.


BioResearch Electromyography (EMG)
  
Electromyography is used to quantify the tightness of the muscles around the neck andoral cavity.  We use it for diagnosis of chronic headache patients and TMJ cases.  It is also useful in determining dysfunctional swallow patterns and the pre-maturities of the occlusion.


 






ResMed Apnea Link

 ResMed Apnea Link: Ambulatory Sleep Monitor
The Resmed Apnea Link is a four channel Type IV sleep monitor.  A finger pulse oximeter monitors the patient's oxygen saturation levels and heart rate.  A nasal canula measures airflow and snoring levels.  The Apnea Link gives a computerized summary of the patient's AHI (apnea hypopnea index) and ODI (oxygen desaturations index).  We use these devices routinely for monitoring the patient's improvements with the oral appliances and screening patients that have not had an attended over night polysomnography. 

 

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