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    А. V. Маrchenko

    CORRELATION OF TRANSVERSAL DIMENSIONS OF THE JAWS AND SAGITTAL CHARACTERISTICS OF THE DENTAL ARCH WITH ODONTOMETRIC AND CEPHALOMETRIC INDICES IN BOYS WITH ORTHOGNATHIC BITE


    About the author: А. V. Маrchenko
    Heading CLINICAL MEDICINE
    Type of article Scentific article
    Annotation The article describes and analyzes the correlation of computer-tomographic characteristics of dental arcs with odontometric and cephalometric characteristics in boys with orthognathic bite. The greatest number of correlations of the size of the teeth with transversal dimensions of the upper and lower jaw are established with mesiodistal dimensions of the crowns of teeth (48.6%), vestibule-tongue sizes crowns of teeth (42.4%) and the width of the dentin-enamel border in the vestibule-tongue direction (41,7%); with the parameters of the maxillary dental arches in the sagittal plane - a similar distribution is maintained (69.4% with mesiodistal crowns of teeth, 80.6% with vestibule-tongue sizes crowns of teeth, 77.8% with the width of the dentin-enamel border in the vestibule-tongue direction ); with the parameters of the maxillary dental arc in the vertical plane there is a completely different distribution - the greatest number of correlations is established only with the width of the dentin-enamel border in the vestibule-tongue direction (22,2%). In analyzing the correlations of cephalometric indices in the general groups of boys, almost identical numbers with the transversal dimensions of the upper and lower jaw and the parameters of the maxillary dental arc in the vertical plane (24.8 and 25.7% respectively) and only 8.6% with the parameters of the maxillary dental arcs in the sagittal plane.
    Tags boys with orthognathic bite, correlations, computed tomography, transversal dimensions of the upper and lower jaw, sagittal characteristics of the dental arch, odontometric and cephalometric indices
    Bibliography
    • Bunak V V. Antropometriya. Prakticheskiy kurs. M.: Uchpedgiz. 1941. (in Russian)
    • Bushan M G, Vasilenko Z S, Grigoreva L P. Spravochnik po ortodonti. Kishenev: Kartya Moldovenyaske. 1990. (in Russian)
    • Budai M. Relationship between anthropometric and cephalometric measurements and proportions of face of healthy young white men and women / M. Budai, L. G. Farkas, C. R. Forrest // J. of craniofacial surgery. – 2003. – No 14. – Р. 154-161.
    • Bolgova E S, Voznyiy V B, Butenko D B. Osobennosti morfometricheskih pokazateley vtoryih premolyarov lits ukrainskoy populyatsii v zavisimosti ot vozrasta i pola. UkraYinskiy medichniy almanah. 2007; 2: 28-30. (in Russian)
    • Boodhoo K, Du Y, Qin P, You X, Liu X. Variations in dental and alveolar arch dimensions among different malocclusion groups in a sample of untreated patients. Int. J. Orthod. Milwaukee. 2011; 22(2): 9-15.
    • Bhowmik S G, Hazare P V, Bhowmik H. Correlation of the arch forms of male and female subjects with those of preformed rectangular nickeltitanium archwires. Am. J. Orthod. Dentofacial Orthop. 2012; 142(3): 364-373.
    • Da Silva M.B. The evolution of cephalometric diagnosis in orthodontics / M. B. da Silva, E. F. Sant'Anna // Dental Press J. Orthod. – 2013. – Vol. 18, No 3. – P. 63-71.
    • Dmitrienko S V. Shape individualization in lower dental arches drawn on basic morphometric features / S. V. Dmitrienko, D. A. Domenyuk, E. G. Vedeshina // Archiv euromedica. – 2015. – Vol. 5. – No 1. – P. 11-15.
    • Gunas I V, Dmitriev N A, Marchenko A V. Methodological aspects of computed tomography odontomorphometry of boys and girls with the physiological bite. Journal of Education, Health and Sport. 2015; 5(11): 345-355. (in Russian)
    • Gunas І, Glushak A, Samoylenko A. Dental arch Transversal characteristics in boys and girlswith orthognathic bite: head shape and face type dependence. Current Issues in Pharmacy and Medical Sciences. 2015; 28(1): 44-47.
    • Hasegawa Y, Terada K, Kageyama I, Tsukada S, Uzuka S, Nakahara R, Nakahara S. Influence of shovel-shaped incisors on the dental arch crowding in Mongolian females. Okajimas Folia Anat. Jpn. 2009; 86(2): 67-72.
    • Hussein K W, Rajion Z A, Hassan R, Noor S N. Variations in tooth size and arch dimensions in Malay schoolchildren. Aust. Orthod. J. 2009; 25(2): 163-168.
    • Ikramov V B. Individualnaya anatomicheskaya izmenchivost chelyustno-litsevogo apparata u muzhchin i zhenschin zrelogo vozrasta. Ukrainskiy morfologicheskiy almanah. 2010; 8, 4: 74-75. (in Russian)
    • Jonsson T, Arnlaugsson S, Saemundsson SR, Magnusson TE. Development of occlusal traits and dental arch space from adolescence to adulthood: a 25-year follow-up study of 245 untreated subjects. Am.J.Orthod.Dentofacial Orthop. 2009;135(4): 456-462.
    • Muzurova L V, Konnov V V, Coloveva M V, Sheludko C N. Korrelyatsionnyie cvyazi i vzaimootnosheniya uglovyih parametrov golovyi molodyih muzhchin c ortognaticheckim prikucom. Ucpehi covremennogo ectectvoznaniya. 2010; 12: 66. (in Russian)
    • Маrchenko А V, Gunas І V, Petrushanko T O., Serebrennikova O А, Trofimenko Yu Yu. Computer-tomographic characteristics of root length incisors and canines of the upper and lower jaws in boys and girls with different craniotypes and physiological bite. Wiadomości Lekarskie, LXX. 2017; (3, I): 499-502.
    • Noback M L. & Harvati К. Covariation in the Human Masticatory Apparatus. The anatomical record. 2015; 298: 64-84.
    • Slaj M, Spalj S, Jelusic D, Slaj M. Discriminant factor analysis of dental arch dimensions with 3-dimensional virtual models. Am. J. Orthod. Dentofacial Orthop. 2011; 140(5): 680-687.
    • Tverskoy A V, & Petrichko S A. Variabelnost otdelnyih anatomicheskih obrazovaniy litsevogo otdela cherepa u lyudey s razlichnyimi formami cherepa. Morfologiya. 2010; 137, 4: 187. (in Russian)
    • Vedeshina E G, Dmitrienko S V, Domenyuk D A. Shape individualization in lower dental arches drawn on basic morphometric features. Archiv euromedica. 2015; 5 1: 11-15.
    • Walther W. The concept of a shortened dental arch. Int. J. Prosthodont. 2009; 22(5): 529-530.
    • White A J, Fallis D W, Vandewalle K S. Analysis of intra-arch and interarch measurements from digital models with 2 impression materials and a modeling process based on cone-beam computed tomography. Am. J. Orthod. Dentofacial Orthop. 2010; 137(4): 456-459.
    • Yaradaykina M N, Fischev S B, Sevastyanov A V, Rtischeva S S, Berdin V V. Vzaimosvyaz razmerov postoyannyih zubov s parametrami zubochelyustnyih dug i chelyustno-litsevoy oblastyu. Tezisyi predstavlenyi v sbornike materialov resp. konferentsii stomatologov, Ufa. 2011; 254-257. (in Russian)
    • Zelditch M L, Wood A R, Swiderski D L. Building developmental integration into functional systems: function-induced integration of mandibular shape. Evol. Biol. 2009; 36:  71-87.
    Publication of the article «World of Medicine and Biology» №4(62), 2017 year, 058-063 pages, index UDK 616.314-089.23:616.314.2-053.6
    DOI 10.26724/2079-8334-2017-4-62-58-63