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Non-Speech Oromotor Exercises (NSOMEs/NSOMTs) Across Special Populations

Definition

Non-speech oral motor exercises (NSOMEs/NSOMTs) are therapeutic activities that do not require production of a speech sound but are used to influence the physiological underpinnings of the oropharyngeal mechanism. They involve sensory stimulation to, or active/passive movements of, the lips, jaw, tongue, soft palate, larynx, and respiratory muscles (ASHA/McCauley et al., 2009).

Common Types of NSOMEs Used Clinically

CategoryExamples
Lip exercisesPucker/smile, lip stretching, lip pressing, lip vibration (raspberries), horn blowing, bubble blowing
Tongue exercisesTongue push-outs, tongue wags (side to side), tongue tip elevation, tongue curling/lateralization, tongue resistance with depressor
Jaw exercisesBite block grading, jaw opening/closing against resistance, chewing simulation
Cheek exercisesCheek puffing, cheek sucking, cheek retraction
Blowing exercisesBlowing horns, windmills, whistles, bubbles (for breath support/VP function)
Sensory stimulationOral massage, vibration (vibratory devices/toothettes), icing, tapping
Suction exercisesStraw drinking with varying viscosities, suction on swabs
Palatal exercisesYawn/swallow for soft palate elevation, K/G target placement

NSOMEs by Special Population

1. Cerebral Palsy (CP)

Goals: Reduce hypotonia/hypertonia of orofacial muscles, improve jaw grading, lip closure, tongue control, and feeding.
  • Jaw grading with bite blocks (increasing resistance levels) — Rosenfeld-Johnson hierarchy
  • Lip closure exercises — lip press against spatula, horn blowing sequences
  • Tongue lateralization — tongue to corner of mouth with/without resistance
  • Oral sensory stimulation — icing, vibration to normalize tone before feeding/speech
  • Cheek support (external) combined with oral motor tasks to assist jaw stability
  • Straw hierarchies — progressive straw thickness/length to build lip/buccal strength
  • Note: In spastic CP, tone-reduction techniques (slow, rhythmic massage) precede active exercises; in hypotonic CP, facilitory/alerting input (tapping, vibration) is used first

2. Down Syndrome

Goals: Address hypotonia, tongue protrusion, open mouth posture, drooling, and feeding difficulties.
  • Tongue retraction exercises — encouraging posterior tongue placement; resistance tongue pushes
  • Lip strengthening — lip press, button pull, Oral Motor Resistive Lip exercises
  • Jaw stability work — bite blocks, jaw closure against light resistance
  • Blowing exercises — bubbles, horns (for velopharyngeal function and breath support)
  • Oral sensory input — vibration to increase sensory awareness and reduce tongue protrusion
  • Cheek/buccal exercises — puff cheeks, cheek retraction
  • Note: NSOMEs are among the most frequently used interventions for this population by SLPs (Lof 2008; Hodge 2005), though evidence remains limited

3. Autism Spectrum Disorder (ASD)

Goals: Address sensory hypersensitivity/hyposensitivity, feeding selectivity, and oral awareness deficits (not speech sound disorders per se).
  • Desensitization hierarchy — gradual introduction of oral stimuli (finger, toothbrush, NUK tool) to normalize tactile tolerance
  • Vibration applied externally (cheeks, lips) to increase sensory awareness
  • Lip and tongue imitation games — used in structured play to build motor imitation skills
  • Blowing/sucking — through straws, resistance tools, for breath control
  • Note: NSOMEs in ASD are primarily justified for feeding/sensory goals rather than speech sound production; evidence for speech-specific outcomes is lacking

4. Traumatic Brain Injury (TBI) — Acquired Dysarthria

Goals: Remediate weakness, incoordination, or reduced range of motion from neurological damage.
  • Lip strengthening — lip press, button pull, lip tug with button and string
  • Tongue range of motion — tongue protrusion, lateralization, elevation to alveolar ridge against resistance
  • Jaw exercises — progressive bite blocks for hypokinetic jaw
  • Respiratory muscle exercises — diaphragmatic breathing, Expiratory Muscle Strength Training (EMST) — though EMST involves breath support and has better evidence than many NSOMEs
  • Oral sensory facilitation — vibration/icing for reduced oral sensation
  • Note: For TBI-related dysarthria, NSOMEs are often used as warm-up adjuncts; evidence for direct speech benefits remains insufficient (Kent 2015; Hodge 2002)

5. Stroke — Acquired Dysarthria/Dysphagia

Goals: Restore orofacial strength and coordination post-stroke, support swallowing rehab.
  • Lip exercises — lip stretching, pursing, resistance exercises
  • Tongue exercises — tongue push-outs, lateralization, elevation (using tongue depressor for resistance)
  • Jaw exercises — active ROM, jaw open/close against resistance
  • EMST (Expiratory Muscle Strength Training) — 75% effort threshold, has RCT evidence for both dysarthria and dysphagia post-stroke
  • Masako maneuver / effortful swallow — though more swallowing-targeted, involves oral/pharyngeal motor exercise
  • Oral massage — for facial hemiplegia, to maintain tone
  • Note: NSOMEs are widely used by Australian and UK SLPs for acquired dysarthria (Gracia et al., 2020; Mackenzie et al., 2010), but high-quality RCT evidence supporting direct speech gains remains limited

6. Parkinson's Disease (PD)

Goals: Address hypokinetic dysarthria, hypomimia, and orofacial rigidity.
  • Facial expression exercises — exaggerated smile, raised eyebrows, lip stretching
  • Tongue ROM drills — maximum tongue protrusion, lateralization, elevation
  • Loud/exaggerated articulation warm-ups (LSVT LOUD adjunct)
  • Lip and cheek exercises — pucker/spread, cheek puffing
  • Jaw ROM — exaggerated opening, resistance jaw exercises
  • Note: NSOMEs in PD are most commonly used as a warm-up before speech tasks or LSVT LOUD sessions; they are not a standalone evidence-based treatment for hypokinetic dysarthria

7. Cleft Palate (Pre- and Post-Surgery)

Goals: Pre-surgically, maintain oral motor mobility; post-surgically, improve velopharyngeal function and reduce hypernasality.
  • Blowing exercises (e.g., bubbles, horn kits) — to stimulate VP closure; historically common but evidence is poor (Ruscello & Vallino, 2020)
  • Sucking exercises — straw hierarchies, maintaining sucking reflexes in infants
  • Palatal lift stimulation — tactile stimulation to soft palate
  • Lip strengthening — post-repair, when lip scarring limits mobility; lip press, button pull
  • Note: NSOMEs for velopharyngeal inadequacy are not supported by current evidence; behavioral speech therapy (pressure consonant drilling) is preferred

8. Hearing Impairment

Goals: Build orofacial motor awareness for articulatory placement that cannot be adequately monitored auditorily.
  • Lip and tongue placement exercises — tactile feedback tools (TalkTools), visual biofeedback (mirror)
  • Jaw grading — bite blocks to establish stable jaw for vowel production
  • Vibrotactile stimulation — vibration to lips/cheeks for sensory-motor awareness
  • Breath control exercises — controlled blowing, controlled exhalation tasks
  • Note: Tactile-kinesthetic approaches have rationale in hearing-impaired children where auditory feedback is limited, though direct evidence is sparse

9. Intellectual Disability (General) / Developmental Delay

Goals: Improve oral muscle tone, feeding skills, and drooling management.
  • Oral sensory desensitization — graduated sensory stimulation (NUK brush, vibrator)
  • Lip closure — lip press against depressor, horn blowing
  • Tongue exercises — tongue clicks, tongue elevation with visual cue
  • Chewing simulation — Tri-Chew or Z-Vibe tools for jaw grading and bilateral chewing
  • Jaw stabilization — bite blocks, jaw support techniques

10. Voice Disorders (Functional/Neurological)

Goals: Improve breath-voice coordination and laryngeal muscle function.
  • Straw phonation — semi-occluded vocal tract exercise (SOVTE); has evidence for resonance and vocal fold closure
  • Lip trills / tongue trills — SOVTE for vocal warm-up and reducing laryngeal tension
  • Humming with lip seal — gentle phonation with increased back-pressure
  • Note: Straw phonation and lip/tongue trills are classified as "semi-occluded vocal tract exercises" and have stronger evidence than most other NSOMEs

Evidence Summary & Clinical Implications

PopulationNSOME UseEvidence Level
Cerebral PalsyCommon (muscle tone, feeding)Low–Moderate
Down SyndromeVery common (hypotonia)Low
ASDUsed for sensory/feeding goalsVery Low
Acquired Dysarthria (Stroke/TBI)Used as adjunct warm-upLow
Parkinson's DiseaseWarm-up before LSVTLow
Cleft PalateLargely not supported for VPVery Low–No evidence
Hearing ImpairmentTactile-kinesthetic rationaleLow
Intellectual DisabilityFeeding/tone managementLow
Voice DisordersSOVTE (straw/lip trills)Moderate
Key clinical consideration: The evidence base for NSOMEs improving speech sound production is consistently weak across all populations (McCauley et al., 2009; Lof 2008; Cochrane systematic review, 2019). NSOMEs are better justified for feeding, swallowing, sensory normalization, tone management, and drooling control — and should be used adjunctively rather than as standalone speech interventions. ASHA does not endorse NSOMEs as evidence-based practice for speech sound disorders.

Tools Commonly Used

  • TalkTools Bite Block Hierarchy (jaw grading)
  • TalkTools Horn Kit / Bubble Kit (lip/breath)
  • Z-Vibe / Vibrating tools (sensory stimulation)
  • NUK brush (oral desensitization)
  • Tongue depressor (resistance exercises)
  • Therapy straws (varying diameter/length)
  • Button-pull device (lip strength)

References:
  • McCauley RJ et al. (2009). Am J Speech-Lang Pathol, 18(4):343–360.
  • Lof GL (2008). Survey of NSOME use in clinical practice.
  • Hodge MM (2002). Perspectives on Neurophysiology and Neurogenic Speech Disorders, 12(4):22–28.
  • Ruscello DM & Vallino LD (2020). Am J Speech-Lang Pathol, 29(4):1811–1820.
  • Mackenzie C et al. (2010). Int J Lang Commun Disord, 45(6):617–629.
  • Gracia N, Rumbach AF, Finch E (2020). Brain Impairment, 21(2):173–190.
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