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How to Sleep With a Snorer Gary Kroukamp
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“Laugh and the world laughs with you; snore and you sleep alone.” anon.
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Snoring 40% of men and 30% of women (30 to 60 years) Increases to 80% and 70% in 7 th decade Self reporting and partner reporting are inaccurate
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Anatomical levels of obstruction
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Oropharyngeal Abnormalities
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Pathophysiology of snoring Sounds of snoring originate in collapsible parts of upper airway due to 3 factors: Reduction in pharyngeal muscle tone muscle tone reduced in sleep and exacerbated by alcohol, sedatives, hypothyroidism Space-occupying masses impinging on airway tonsils/adenoids, obesity, long soft palate/uvula, retro- or micrognathia, macroglossia, tumours polyps and cysts Restriction of nasal airflow septal deviation, ostiomeatal and turbinate abnormalities, allergic and vasomotor rhinitis
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Definitions Snoring – undesirable sound due to Bernoulli effect, alternating higher and lower airway pressures due to narrowing, causes vibration Obstructive Sleep Apnoea Syndrome – No airflow for more than 10 seconds, until a “resuscitative gasp” occurs, more than 5 episodes per hour, drop in sats of > 4%
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Classification of disease severity Primary snoring – RDI < 5, normal sats, no daytime sleepiness Upper Airway Resistance Syndrome – RDI < 5, normal sats, excessive daytime sleepiness Obstructive Sleep Apnoea Syndrome – RDI >5, Sats < 90, excessive daytime sleepiness
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Diagnosis Physical examination Vital signs and BMI/collar size Head and neck/upper airway examination Special Investigations Polysomnography (Sleep study) – Gold standard/mandatory, determines AI, RDI, Sats Split night polysomnography Fibreoptic endoscopy (Mueller manoeuvre/Sleep endoscopy) Cephalometry CT/MRI Oximetry Thyroid function,Cardiac evaluation, CXR
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Fibreoptic Endoscopy Good for nasal deformities Retroglossal or retropalatal obstruction Mueller manoeuvre
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Endoscopy and Mueller Manoeuvre
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Non-Surgical Treatment for Snoring Nasal CPAP – first-line therapy, 50% compliance Elimination of alcohol Oral/Dental appliances – 50% success rate Nasal appliances Positional devices – apnoea more common when supine Weight loss – very difficult
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Nasal CPAP
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Surgical Treatment for Snoring Nasal procedures Adeno/Tonsillectomy Palatal procedures (LAUP, UPPP, coblation,implants) Maxillo-facial procedures
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What constitutes a successful surgical outcome? 50% improvement in RDI
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Nasal Surgery? If obvious nasal abnormality Neural reflex mechanism – apnoea on decreased nasal afferent input Nasal obstruction causes negative inspiratory pressure and may cause pharyngeal collapse Nasal Valve surgery Septoplasty Turbinate surgery Nasal Polypectomy/FESS
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Palatal Procedures Uvulopalatopharyngoplasty (UPPP) Laser Assisted Uvulopalatoplasty Radiofrequency Volumetric Tissue Reduction Pillar procedure
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UPPP Since 1952 - Japan Reduction of excessive tissue Includes tonsillectomy General anaesthetic 40% to 80% effective in snoring
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UPPP
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Post-Operative View UPPP
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Disadvantages of UPPP PAIN Over-resection of palatal tissue with incompetence (of palate and surgeon!) Stenosis Haemorrhage Swallowing impairment Pharyngeal discomfort/dryness Speech disturbance
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LAUP Good for simple snoring – 95% initial success Easy Outpatient Local anaesthetic Multiple treatments PAIN!! Expensive equipment
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Operative Technique - LAUP
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Radiofrequency Volumetric Tissue Reduction Similar to LAUP Tissue necrosis and healing by scarring Outpatient procedure Local anaesthetic Multiple procedures required Not painful Promising early results in snoring
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Pillar Procedure Single procedure Not painful Local anaesthetic FDA approved
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Literature Otorhinolaryngology – Head and Neck Surgery 2006 Retrospective review 125 patients – not funded by manufacturers Done alone and with Nasal/palatal/pharyngeal procedures Snorers and mild/moderate OSAS Subjective “cure” – 88% (Partner VAS and Epworth Sleepiness Scale) Objective “cure” – 34.4% (Sleep Study) Extrusion rate – 8%
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Subjective Improvement in Snoring
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