therapies

Sitting Upright: It is essential to position individuals in an upright manner to aid respiration and facilitate speaking.
Prosthetic Devices: The use of various devices to improve respiratory support and speech production includes:
- Abdominal Binder: A device that wraps around the abdomen, creating compression. This compression aids in diaphragm function by pushing up, which can enhance inspiration.
- Sip and Puff Device:
- Utilizes a tube that the user wraps lips around to push air into the lungs, giving them the ability to inspire air required for speech.
- Important for users with low breath support; they cannot keep speaking continuously, as their breath quickly runs out.

Regular assessments should be conducted each quarter to track respiratory health and functionality in clinical settings.
Embrace available technology to find solutions that suit individual needs, bearing in mind that everyone's condition can progress at different rates.

Some patients cannot use the sip and puff device due to extensive nerve damage and may need alternatives like:
- Nasal Pillows - Less obstructive but provide alternative comfort and communication solutions.

Oral Resonance: Mostly discussed in the context of nasality deficits.
Velum Function: Critical for closing the velopharyngeal port to control airflow and sound production between nasal and oral cavities.
- Velopharyngeal Insufficiency: A condition where the velum does not adequately close off the nasal cavity, leading to issues such as:
- Hypernasality: Excessive nasal airflow during speech due to the velum not functioning properly.
- Hyponasality: Lack of nasal resonance.
Assessment of Nasality:
- Key Assessment Tool: The ear is the best tool for evaluation; a clinician should hear significant hypernasality to warrant therapy.
- Patients could be subjected to sentences that increase the need for velopharyngeal closure, differentiating between nasals and pressure consonants.
- Examples:
- "Mama made lemon jam" (high nasal content).
- "Putting the baby in the buggy" (requires proper velum elevation).
Testing Hypernasality:
- Use of a laryngeal mirror to determine airflow through the nose during speech production.
- Pinching the nose to see if improvements occur in speech quality, indicating a hypernasal speech.

Traditional nonspeech exercises are not as effective and include:
- Sucking Through a Straw: Requires the velum to be elevated. Not ideal for therapy.
- Blowing Bubbles or Cotton Balls: Also ineffective for strengthening because they do not provide resistance.
Best Practice: Utilize Continuous Positive Airway Pressure (CPAP) systems for effective strengthening of the velum, allowing for resistance training during speech through:
- Continuous air pressure that requires the velum to elevate, enhancing its strength over time.

CPAP Overview: A small mask that delivers continuous positive airway pressure, pushing air and maintaining velum elevation, preventing complications like snoring or sleep apnea.
Phonetics Drill: Exercises that alternate between nasal and non-nasal sounds to strengthen velar movement against resistance, using drill words with varied structures.

Through the exercises, clients may experience difficulties due to:
- Cognitive impairments masking issues with nasality.
- Understanding the physical demands of portrait exercises.
Goal for Therapy: To encourage self-awareness in clients about their speech characteristics, particularly around nasality and velar functionality.

Nasometer Functionality: A tool to measure nasality during speech. It provides quantitative feedback and can help in illustrating speech patterns to clients.
Ensure accurate fitting and passing through various speech samples to compare with normative data for diagnostics.

Potential options for reducing nasal airflow include:
- Nasal actuator: Allows air inspiration while redirecting exhalation pathways.
- Palatal lifts: Retainers to hold the velum in a more elevated position for those unable to do so voluntarily.
- Surgery: Considered only after exhausting behavioral options, specifically for augmenting the functionality of the velum.

Sensory stimulation and tactile techniques can be employed to promote neural activity in flaccid muscles.
Example: Using cold or tactile input to the velum area to initiate muscle responses.
Over-articulation of speech is suggested to promote more efficient airflow through the oral cavity, potentially reducing nasality.

Challenges with vocal fold functionality arise from:
- Hyponasality: Insufficient movement or weakness can create strain and vocal inefficiencies.
- Various exercises, including push-pull methods, are recommended for encouraging improved vocal fold closure through reflexive means rather than solely volitional effort.
Vocal Fold Strategies:
- Glottal stops and specific vocal exercises improve overall voice quality and modulation.
- Understanding the timing of voice production during the breath cycle is crucial for phonatory quality.

Articulation Skills: Important once the lower foundational skills of respiration, resonance, and phonation have been adequately addressed.
Know that developmental conditions like ataxia primarily manifest as articulation issues.
Articulatory challenges can include:
- Weakness, reduced coordination, or impaired precision of movements necessary for speech production.

An SLP should prioritize foundational skills in assessment and therapy while considering a client-specific approach to various therapeutic strategies to ensure holistic management of speech challenges based on individual needs.