Evaluation of Tongue Pressure in Cases with Horizontal, Vertical, and Average Growth Patterns using an Innovative Flexi Force Palatovision Appliance: An In Vivo Study

Deshmukh, Shivani; Shrivastav, Sunita; Kamble, Ranjit; Sharma, Narendra Shriram; Golchha, Arihant M; Ratnani, Khushboo R

doi:10.4103/jios.jios_189_17

Cited by 2 publications

(5 citation statements)

References 6 publications

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“…When comparing the resting tongue pressure values, it was seen that there was a significant decrease in mean pressure at all three regions. Although observational studies[ 7 9 14 15 ] have recorded tongue pressure during rest and function, to our knowledge, no study had evaluated the effect of functional appliances on resting tongue pressure.…”

Section: Discussionmentioning

confidence: 99%

“…Three sensors were placed one at a time for tongue pressure recording: one sensor at the incisive papilla region and the other two sensors bilaterally at the molar region of the palate as was done by Deshmukh et al . [ 7 ] The sensor was secured onto the removable plate which was individualized for each subject using a thin layer of adhesive tape. The ultra-flexible nature of the sensor allowed comfortable positioning of the sensor in the oral cavity [ Figure 4 ].…”

Section: Methodsmentioning

confidence: 99%

“…Recent advances like the force-sensing resistor device/sensor developed by Datalog (Flexiforce low type, Biometrics Ltd, Gwent, United Kingdom) now have the advantage of being flexible, accurate, and lightweight. Flexiforce sensor has previously been used in a study by Deshmukh, et al .,[ 7 ] who studied mean tongue pressure in individuals with different growth patterns. Mean tongue pressure in average growth pattern cases was found to be 49.48 Kpa.…”

Section: Introductionmentioning

confidence: 99%

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Evaluation of changes in tongue pressure with twin-block appliance therapy in growing Class II Div 1 malocclusion. An in vivo study

Maheshwari,

Anjum,

Suting

et al. 2023

Journal of Orthodontic Science

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INTRODUCTION: Twin-block appliance therapy in patients with Class II Div 1 malocclusion positions the mandible anteroinferior leading to possible alterations in tongue pressure, tongue length, and the oropharynx. OBJECTIVES: To evaluate the changes in tongue pressure, tongue length and dimension of the pharyngeal airway in Class II Division 1 subjects before and after twin-block therapy. MATERIALS AND METHODS: Twenty-four subjects were selected, in the range of 10–14 years (mean—12 years). The tongue pressure was recorded at three regions with sensors placed at the incisive papilla and bilaterally at the molar region of the palate for four minutes. The root mean square (RMS) values were recorded and used for further analysis. Evaluation of tongue length and pharyngeal airway dimension was done using a lateral cephalogram. All the measurements were done before and after twin-block appliance therapy. The paired t -test was performed to compare the changes. RESULTS: Resting tongue pressures decreased from pre-treatment levels to post-treatment at all three regions. Change in ANB angle was found to have a significant negative correlation with tongue length, and pharyngeal airway dimension, a significant positive correlation with pressure at incisive papilla and left molar region and no correlation at right molar region. CONCLUSION: There was a decrease in resting tongue pressure as the malocclusion was corrected from Class II to Class I. Hence, this decrease in pressure could be a contributory factor in the maintenance of the dental equilibrium as lighter forces exist in the oral cavity.

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Section: Discussionmentioning

confidence: 99%

Section: Methodsmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

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Evaluation of changes in tongue pressure with twin-block appliance therapy in growing Class II Div 1 malocclusion. An in vivo study

Maheshwari,

Anjum,

Suting

et al. 2023

Journal of Orthodontic Science

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“…Menurut Sally Archer dkk, metode terapi lidah untuk pengobatan dysphasia juga telah terbukti dapat mengatasi penyakit stroke. Sehinga dapat disimpulkan bahwa gerakan terapi lidah tertentu dapat membantu mengatasi berbagai penyakit [8]. Selain itu, terapi lidah juga dapat dilakukan untuk anak-anak, agar memperlancar gaya bicara dengan memperkuat otot lidah [9].…”

Section: Pendahuluanunclassified

“…Sebagai contoh, penelitian menggunakan sensor tekanan telah dilakukan oleh Shivani Avinash dkk untuk meneliti tekanan yang diberikan oleh lidah selama proses menelan berlangsung . Dengan sensor tekanan maka dapat diketahui berapa besar tekanan normal yang dihasilkan lidah ketika proses menelan berlangsung [8]. Pada penelitian yang dilakukan oleh Hsiu-Yueh Liu, dkk mengembang alat untuk mengukur besaran tekanan lidah dengan disposable positioning mouthpieced yang dikontrol dengan menggunakan smartphone [10].…”

Section: Pendahuluanunclassified

Rancang Bangun Sistem Latihan Tekanan Lidah

Pasaribu

Sartika

Darmanto

et al. 2023

JJEEE

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Terapi gerakan lidah secara rutin dengan stimulasi ujung syaraf bisa digunakan sebagai alat bantu terapi bagi pasien untuk penyakit stroke, dysphasia dan sleep apnea. Pada penelitian awal ini akan didesain rancang bangun Sistem Latihan Tekanan Lidah (LTL) dengan menggunakan alat LTL yang dirancang dengan menggunakan sensor tekanan Force Sensing Resistor (FSR) untuk memfasilitasi gerakan latihan lidah yang terdiri dari Tongue Force, Tongue Slide, dan Tongue Press. Pilihan jenis gerakan latihan lidah, panduan dan hasil latihan gerakan lidah yang dilakukan akan ditampilkan pada aplikasi smartphone. Simpulan yang didapat dari penelitian ini adalah Sistem LTL telah berhasil direalisasikan dengan sensor FSR, dari pembacaan nilai sensor tekanan pada Arduino dan smartphone terdapat delay rata-rata 1 detik. Besar tekanan lidah pada gerakan Tongue Force, Tongue Slide, dan Tongue Press sebesar 0-730 Gram-force. Pada Gerakan Tongue Slide ada perubaan besaran tekanan pada Sensor-1 dan Sensor-2, dikarenakan ada gerakan lidah kearah belakang. Berbeda dengan gerakan Tongue Press dan Tounge Force yang hanya mempengaruhi pada Sensor-1 saja.Routine tongue movement therapy with nerve tip stimulation can be used as a therapeutic aid for patients for stroke, dysphasia and sleep apnea. In this initial research, the design of the Tongue Pressure Training System (LTL) will be designed using an LTL tool designed using a Force Sensing Resistor (FSR) pressure sensor to facilitate tongue exercise movements consisting of Tongue Force, Tongue Slide, and Tongue Press. A selection of types of tongue exercise movements, guides and results of tongue movement exercises performed will be displayed on the smartphone application. The results obtained from this study are the LTL system which is realized from the reading of the pressure sensor value on the smartphone display, there is an average delay of 1 second so that there is a large difference in pressure readings on Arduino and smartphones. The amount of tongue pressure when performing Tongue Force, Tongue Slide, and Tongue Press movements has a pressure reading value of 0-700 Gram-force. In the Tongue Slide Movement, there is a change in the amount of pressure on sensor-1 and sensor-2, because the movement requires the tongue to move. In contrast to the Tongue Press and Tounge Force movements which focus more on pressure in sensor-1.

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Evaluation of Tongue Pressure in Cases with Horizontal, Vertical, and Average Growth Patterns using an Innovative Flexi Force Palatovision Appliance: An In Vivo Study

Cited by 2 publications

References 6 publications

Evaluation of changes in tongue pressure with twin-block appliance therapy in growing Class II Div 1 malocclusion. An in vivo study

Evaluation of changes in tongue pressure with twin-block appliance therapy in growing Class II Div 1 malocclusion. An in vivo study

Rancang Bangun Sistem Latihan Tekanan Lidah

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