Research shows that using a VocalMist can make singing easier for YOU.

The latest findings indicate that using a nebulizer with isotonic saline can reduce your Phonation Threshold Pressure (PTP) as well as your Perception of Phonatory Effort (PPE), meaning it takes less pressure for your vocal folds to create sound.

Less pressure means less tension in your singing, less swelling after a heavy singing schedule, and faster recovery times!

"Ultrasonic nebulizers using isotonic saline are most effective in optimizing voice function prior to a dehydration or dry environment." (Hansen 2016)

"Vocal fold hydration is important for healthy function of the vocal mechanism. Vocal fold surface fluid protects the mucosa and facilitates efficient vocal fold oscillation... Singers are believed to be particularly at risk for voice problems related to dehydration due to environmental and voice use factors...Therefore, it is important for optimal vocal performance to take measures to ensure that the vocal mechanism is properly hydrated." (Fujiki 2014)

"Professional voice users such as singers require optimal vocal health and may be at risk for voice problems due to dehydration. For example, frequent airplane travel, hotel stays, and changing performance schedules and venues may place singers at increased risk for dehydration-related voice problems... Nebulized isotonic saline again showed potential as a laryngeal lubricant, possibly aiding surface hydration. This research has important implications because singers require their vocal mechanisms to perform at a higher level and are therefore at high risk for vocal problems if the vocal apparatus is not functioning optimally." (Fujiki 2014)

"These findings suggest that nebulized Isotonic Saline provides immediate relief from the perceived negative effects associated with brief exposure to dry air in the singing voice...In essence, Isotonic Saline might serve simply as a laryngeal lubricant, decreasing the viscosity of the surface liquid on the vocal folds and thereby reducing vocal effort and increasing vocal fold vibratory efficiency." (Tanner 2010)

"Singers are often considered to be particularly at risk for vocal health issues—including dehydration—because of a variety of factors, such as frequent airplane travel, erratic schedules, changing performance venues, fluctuating environmental humidity levels, voice demands in the presence of vocal fatigue or illness, and laryngopharyngeal reflux, to name a few...The results from this study indicate that nebulized Isotonic Saline has the potential to reverse the perceived adverse effects associated with laryngeal dryness in singers..." (Tanner 2010)

"Increased systemic and superficial vocal fold hydration as a component of vocal hygiene may improve overall health and efficiency of the vocal apparatus...Reducing the driving force for vibration (lowering PTP, by increasing the availability of hydration), may potentially lower fluid pressure build-up and the extent of damage. This is consistent with findings that maintaining good hydration status as part of a vocal hygiene regime may help sustain voice production." (Sivasankar 2011)

“Drying of the vocal fold surface can occur due to environmental and behavioral challenges associated with mouth breathing, exercising, and inhaling poorly conditioned air. Vocal fold dehydration can also occur secondary to reduced systemic hydration, emotional factors, and the normal aging process." (Leydon 2008)

"Nebulized isotonic saline improves voice production based on acoustic and patient-based ratings of voice severity." (Tanner 2015)

"Surface hydration with 0.9% saline solution led to an improvement in teachers' voice quality." (Santana 2017)

Hansen, Mallory Lynn, "Preventing Vocal Fold Dehydration Using Aerosolized Salinein an Excised Porcine Model" (2016). Theses and Dissertations. 6120.

Fujiki, Robert B., "The Effects of Laryngeal Desiccation and Nebulized Isotonic Saline in Trained Male Singers" (2014). Theses and Dissertations. 4025.
Tanner, et al “Nebulized Isotonic Saline Versus Water Following a Laryngeal Desiccation Challenge in Classically Trained Sopranos” (2010). Journal of speech, language, and hearing research : JSLHR. 53. 1555-66. 10.1044/1092-4388(2010/09-0249). 

Sivasankar, “The role of hydration in vocal fold physiology.” Curr Opin Otolaryngol Head Neck Surg. 2010 Jun; 18(3): 171–175.

Leydon C, et al. Vocal fold surface hydration: a review. J Voice. 2009 Nov;23(6):658-65

Tanner K, et al. “Nebulized isotonic saline improves voice production in Sjögren's syndrome.” Laryngoscope. 2015 Oct;125(10):2333-40.

Santana, et al, “The Effect of Surface Hydration on Teachers' Voice Quality: An Intervention Study” (2017).Journal of Voice, VOLUME 31, ISSUE 3, P383.E5-383.E11