Oral exercises
Oral exercises has been studied in 12 papers since 2021: 7 trials in people, 5 reviews; 4 in the past year. The newest paper, Oct 18, 2026: “Masticatory stimulation, oral health, and cognitive function in Alzheimer's disease: systematic review”.
12 papers study it17 findingsUpdated
1 new paper in 30 daysSee all 12
“Notably, female participants demonstrated statistically significant increases in stimulate saliva (p =0.013), bite force (p =0.016) and Repetitive saliva swallowing test (RSST) scores (p = 0.021) post-training.”
None of its findings points the other way.
- 7 independent labs in 3 countries
- Funders: National Science and Technology Council and 3 more
- Human trial7
Studies in people
4 studies gave oral exercises to people and measured what changed.
down: Decreases number of frailty criteria
down: Decreases number of oral hypofunction criteria
Randomized trial60 peopleaged ≥60 years3 months
Individuals categorized as pre-frailty or frailty
Communications medicine, Jan 9, 2026
up: Improves swallowing abilitymedian 8.00 (IQR = 7.00) to 10.00 (IQR = 9.00)
up: Increases bite forcemedian 665.00 N (IQR = 632.70) to 719.30 N (IQR = 607.80)
up: Improves oral function
Trial77 people19 men and 58 womenoverall average age 72.35 years6 weeks
Older adults living in Taipei city
BMC geriatrics, Jul 1, 2025
up: Improves tongue pressure
up: Improves masticatory force
Trial16 people6 men, 10 womenmean age of 76.6 years3 months
Nursing research and practice, Jun 9, 2025
Trial66 peopleNearly 80% were femalemean age of 78.06 ± 10.74 years12-week
Older adults in community day care centers
Journal of dental sciences, Nov 27, 2021
What did studies of Oral exercises find?
9Studies of Oral exercises measured 9 outcomes; the most studied are oral function (3 studies), tongue pressure (2) and bite force (1).
Oral function
upin humans3
3 studies
Oral function
upin humans3
Oral exercises improve oral function in humans.
“Oral exercises and oral hygiene improved oral function”
Review
Cuaderno de odontología. Revista científica.
Oral exercises improve oral function in humans.
“Oral diadochokinesis significantly improved for/pa/,/ta/, and/ka/.”
Human trial6 weeksn = 77
BMC geriatrics
Oral exercises improve oral function in humans.
“All of the oral function parameters improved from the baseline values.”
Human trialonce a day3 monthsn = 16
The Effect of Oral Function Improvement on Dietary Habits in Older Adults Requiring Support Care
Nursing research and practice
Tongue pressure
upin humans2
2 studies
Tongue pressure
upin humans2
Oral exercises improve tongue pressure in humans.
“Tongue pressure (p < 0.001), /pa/syllable (p=0.004), and/ta/syllable (p = 0.018), and masticatory force (p = 0.012) significantly improved after the intervention, but the/ka/syllable (p = 0.894) did not.”
Human trialonce a day3 monthsn = 16
The Effect of Oral Function Improvement on Dietary Habits in Older Adults Requiring Support Care
Nursing research and practice
Oral exercises improve tongue pressure in humans.
“In summary, a 3-month oral exercise program can exert a positive effect and improving on the tongue pressure of older people.”
Human trial12-weekn = 66
Effects of oral exercise on tongue pressure in Taiwanese older adults in community day care centers
Journal of dental sciences
Oral exercises improve tongue pressure in humans (20.63 ± 10.45 kPa vs baseline 16.92 ± 10.62 kPa, p < 0.001).
“mean tongue pressure at the end of the study was 20.63 ± 10.45 kPa, which was significantly higher than the baseline measurement (16.92 ± 10.62 kPa, p < 0.001)”
Human trial15-min weekly group oral exercise activity12-weekn = 66
Effects of oral exercise on tongue pressure in Taiwanese older adults in community day care centers
Journal of dental sciences
Bite force
upin humans1
1 study
Bite force
upin humans1
Oral exercises increase bite force in humans (median 665.00 N (IQR = 632.70) to 719.30 N (IQR = 607.80)).
“Similarly, bite force significantly increased from a median of 665.00 N (IQR = 632.70) to 719.30 N (IQR = 607.80; p = 0.007) following the intervention.”
Human trial6 weeksn = 77
BMC geriatrics
Oral exercises increase bite force in humans (p =0.016).
“female participants demonstrated statistically significant increases in stimulate saliva (p =0.013), bite force (p =0.016) and Repetitive saliva swallowing test (RSST) scores (p = 0.021) post-training.”
Human trial6 weeksfemales
BMC geriatrics
Swallowing ability
upin humans1
1 study
Swallowing ability
upin humans1
Oral exercises improve swallowing ability in humans (median 8.00 (IQR = 7.00) to 10.00 (IQR = 9.00)).
“In contrast, a significant improvement was observed in swallowing frequency, increasing from a median of 8.00 (IQR = 7.00) to 10.00 (IQR = 9.00; p = 0.007).”
Human trial6 weeksn = 77
BMC geriatrics
Oral exercises improve swallowing ability in humans (p = 0.021).
“Notably, female participants demonstrated statistically significant increases in stimulate saliva (p =0.013), bite force (p =0.016) and Repetitive saliva swallowing test (RSST) scores (p = 0.021) post-training.”
Human trial6 weeksfemales
BMC geriatrics
Number of oral hypofunction criteria
downin humans1
1 study
Number of oral hypofunction criteria
downin humans1
Oral exercises decrease number of oral hypofunction criteria in humans.
“A significant main effect of time was observed for the number of applicable items for oral hypofunction (F(1, 54) = 16.456, p < 0.001, partial η2 = 0.234), suggesting improvement in oral function followings.”
Human trial3 monthsn = 60
Communications medicine
Number of frailty criteria
downin humans1
1 study
Number of frailty criteria
downin humans1
Oral exercises decrease number of frailty criteria in humans.
“A two-way repeated measures ANOVA in the ITT analysis revealed a significant main effect of time for this outcome (F (1, 54) = 14.803, p < 0.001, partial η2 = 0.215), indicating an overall reduction in frailty criteria after the intervention across all frequency groups.”
Human trial3 monthsn = 60
Communications medicine
Dietary habits
no changein humans1
1 study
Dietary habits
no changein humans1
Oral exercises have no effect on dietary habits in humans.
“The frequency of ingesting twelve foods (BDHQ) did not vary significantly (p = 0.107 − 0.773).”
Human trialonce a day3 monthsn = 16
The Effect of Oral Function Improvement on Dietary Habits in Older Adults Requiring Support Care
Nursing research and practice
Masticatory force
upin humans1
1 study
Masticatory force
upin humans1
Oral exercises improve masticatory force in humans.
“Tongue pressure (p < 0.001), /pa/syllable (p=0.004), and/ta/syllable (p = 0.018), and masticatory force (p = 0.012) significantly improved after the intervention, but the/ka/syllable (p = 0.894) did not.”
Human trialonce a day3 monthsn = 16
The Effect of Oral Function Improvement on Dietary Habits in Older Adults Requiring Support Care
Nursing research and practice
Frailty
downin humans1
1 study
Frailty
downin humans1
Oral exercises decrease frailty in humans (-1.1 points, 95% CI: -1.5 to -0.7, p < 0.01).
“Oral exercises significantly improved muscle strength and weight, leading to frailty score reductions (-1.1 points, 95% CI: -1.5 to -0.7, p < 0.01).”
Review
Impact of Oral Health Interventions on Sarcopenia and Frailty in Older Adults: A Systematic Review
Journal of clinical medicine
What is Oral exercises linked with?
1Studies link Oral exercises with 1 measure, most often number of oral hypofunction criteria (1 study).
Number of oral hypofunction criteria
mixedin humans1
1 study
Number of oral hypofunction criteria
mixedin humans1
Oral exercises are associated with number of oral hypofunction criteria in humans (F = 16.456; partial eta squared = 0.234).
“The main effect of time is also significant for the number of oral hypofunction criteria”
Human trialOlder adults with pre-frailty or frailty; main effect of time across exercise frequency groups3 monthsn = 58
Communications medicine
What acts on Oral exercises?
1Studies name 1 thing that act on Oral exercises, most often health education (1 study).
Health education
upin humans1
1 study
Health education
upin humans1
Health education increases oral exercises in humans (13% to 40%, p=0.002).
“the proportion of participants performing oral exercises (13% to 40%, p=0.002)”
Human trialbiannually from March 2022 to February 2024n = 60
Nihon Ronen Igakkai zasshi. Japanese journal of geriatrics