Normative tongue resting position. A preliminary study with the use of EMA and CBCT technology

Artese A., Drummond S., Nascimento J.M., Artese F. (2011): Criteria for diagnosing and treating anterior open bite with stability. „Dental Press Journal of Orthodontics” 16(3), s. 136–161.
Crossref   Google Scholar

Boersma P., Weenink D. (1992–2022): Praat: doing phonetics by computer [program komputerowy]. Wersja 6.2.06, , dostęp: 23.01.2022.   Google Scholar

Bourdiol P., Mishellany-Dutour M.A., Peyron A., Woda A. (2014): Tongue-mandible coupling movements during saliva swallowing. „Journal of Oral Rehabilitation” 41, s. 199–205.
Crossref   Google Scholar

Carstens Medizinelektronik GmbH (2014): AG501 User Manual (3D Electromagnetic Articulograph) by Carstens Medizinelektronik GmbH, Revision 3, , dostęp: 10.11.2023.   Google Scholar

Chafe W. (red.) (1980): The Pear Stories: Cognitive, Cultural, and Linguistic Aspects of Narrative Production. Norwood, New Jersey.   Google Scholar

Donders F.C. (1875): Under den Mechanismus des Saugens. „Pflügers Archiv” 10, s. 91–94.
Crossref   Google Scholar

Dudkiewicz Z. (1997): Rozszczep wargi i podniebienia w świetle współczesnych poglądów. „Medycyna Wieku Rozwojowego” 1, 4, s. 668–678.   Google Scholar

Engelke W., Jung K., Knösel M. (2011): Intra-oral compartment pressures: a biofunctional model and experimental measurements under different conditions of posture. „Clinical Oral Investigations” 15, s. 165–176.
Crossref   Google Scholar

Faigenblum M.J. (1966): Negative oral pressures. A research report. „The Dental Practitioner and Dental Record” 16(6), s. 214–216.   Google Scholar

Fatima F., Fida M. (2019): The assessment of resting tongue posture in different sagittal skeletal patterns. „Dental Press Journal of Orthodontics” 24(3), s. 55–63.
Crossref   Google Scholar

Fishman L.S. (1969): Postural and dimensional changes in the tongue from rest position to occlusion. „The Angle Orthodontist” 39, 2, s. 109–113.   Google Scholar

Hiraki K., Yamada Y., Kurose M., Ofusa W., Sugiyama T., Ishida R. (2016): Application of a barometer for assessment of oral functions: Donders space. „Journal of Oral Rehabilitation”. Vol. 44, Issue 1, s. 65–72.
Crossref   Google Scholar

Karpiński M., Klessa K. (2021): Linguist in the field: a practical guide to speech data collection, processing, and management. Poznań.   Google Scholar

Kotsiomiti E., Kapari D. (2000): Resting tongue position and its relation to the state of the dentition: a pilot study. „Journal of Oral Rehabilitation” 27, s. 349–354.
Crossref   Google Scholar

Kravanija S.L., Hocevar-Boltezar I., Music M.M., Jarc A., Verdenik I., Ovesnik M. (2018): Three- dimentional ultrasound evaluation of tongue posture and its impact on articulation dosirders in preschool children with anterior open bite. „Radiology and Oncology” 52(3), s. 250–256.
Crossref   Google Scholar

Lorenc A. (2016a): Kryteria diagnostyczne normy wymawianiowej. [W:] Logopedia artystyczna. Red. B. Kamińska, S. Milewski. Gdańsk, s. 107–143.   Google Scholar

Lorenc A. (2016b). Wymowa normatywna polskich samogłosek nosowych i spółgłoski bocznej. Warszawa.   Google Scholar

Łasiński W. (1993): Anatomia głowy dla stomatologów. Warszawa.   Google Scholar

Majewski S.W. (2007): Gnatofizjologia stomatologiczna. Normy okluzji i funkcje układu stomatognatycznego. Warszawa.   Google Scholar

Mik Ł., Lorenc A. (2024a). phoneEMAtool [program komputerowy].   Google Scholar

Mik Ł., Lorenc A. (2024b). EMAviewer [program komputerowy].   Google Scholar

Podesva R.J., Zsiga E. (2013): Sound recordings: acoustic and articulatory data. [W:] Research methods in linguistics. Red. R.J. Podesva, D. Sharma. Cambridge, s. 169–194.   Google Scholar

Proffit W. (1978): Equilibrium Theory Revisited: Factors Influencing Position of the Teeth. „Angle Orthodontics” 48, s. 175–185.   Google Scholar

Moss M.L. (1968): The prymary of functional matrices in orofacial growth. „Journal of Contemporary Dental Practice” 19, s. 65–73.   Google Scholar

Pluta-Wojciechowska D. (2000): Językoznawczy model terapii mowy dziecka z rozszczepem podniebienia. [W:] Teoretyczne podstawy metod usprawniania mowy – Afazja – Zaburzenia rozwoju mowy. Red. H. Mierzejewska, M. Przybysz-Piwkowa. Warszawa, s. 109–123.   Google Scholar

Primozic J., Farčnik F., Perinetti G., Richmond S., Ovsenik M. (2013): The association of tongue posture with the dentoalveolar maxillary and mandibular morphology in Class III malacclusion: A controled study. „European Journal of Orthodontics” 35, s. 388–393.
Crossref   Google Scholar

Proffit W.R., Fields H., Sarver D. (2007): Ortodoncja współczesna. T. 1. Red. A. Komorowska. Wrocław.   Google Scholar

Savariaux Ch., Badin P., Samson A., Gerber S. (2017): A comparative study of the precision of Carstens and Northern Digital Instruments electromagnetic articulographs. „Journal of Speech, Language, and Hearing Research” 60(2), s. 322–340.
Crossref   Google Scholar

Schneider W., Eschman A., Zuccolotto A. (2002): E-Prime: User’s guide. Psychology Software Incorporated.   Google Scholar

Spiechowicz E. (2016): Protetyka stomatologiczna. Podręcznik dla studentów. Warszawa.   Google Scholar

Volk J., Kadivec M., Mušič M.M., Ovsenik M. (2010): Three-dimensional ultrasound diagnostics of tongue posture in children with unilateral posterior crossbite. „American Journal of Orthodontics & Dentofacial Orthopedics” 138, s. 608–612.
Crossref   Google Scholar

Wright C.R., Muyskens J.H., Strong L.H., Westerman K.N., Kingery R.H. & Williams S.T. (1949): A study of the tongue and its relation to denture stability. „Journal of the American Dental Association” 39, s. 269–275.
Crossref   Google Scholar

http1: https://horosproject.org/   Google Scholar