Chronic tonsillitis is a very common disease in which conventional methods of treatment could be not effective enough. The review describes in detail the etiology and pathogenesis of chronic tonsillitis, as well as anatomical features of the neck region. Based on the knowledge about the mechanisms of the therapeutic effect of osteopathic correction (OC), there are indicated the elements of pathogenesis that can potentially be affect by OC in this disease.
Introduction. The issues of dynamic and functional anatomy of the neck are of considerable practical and theoretical interest. This is due to the peculiarities of the displacement of the musculofascial layers when changing the position of the head in space, the description of which presents significant difficulties. Particular practical importance has therefore the study of dynamic phenomena of this area as well as the analysis of morphological and biomechanical changes leading to the development of somatic dysfunction of the neck. Aim. Based on the topographic and anatomical studies, as well as with the help of finite element modeling, to study the patterns of displacement of the muscular-fascial layers of the neck when turning the head by 20º and 50º. Materials and methods. The topographic and anatomical study used the results of 18 MRIs, the analysis of which was carried out using the Vidar Dicom Viewer software. To build a finite element model, data from a CT study of a patient were used, which has not any pathological changes in the organs and musculoskeletal system of the neck. As a result of the subsequent processing of the CT study data, a personalized anthropomorphic finite element model of the neck region was constructed, with the help of which a series of virtual topographic and anatomical studies were performed, repeating in general terms the topographic and anatomical part of the work. Results. 1. The values of rotational and angular displacement of all fascia of the neck are nonlinear. 2. The fascia of the neck are displaced relative to each other when turning the head due to the difference in the values of angular displacement. 3. The magnitude of the angular displacement of the 2nd fascia of the neck at the level C2-C3, C3-C4 and C4-C5 when turning the head 20º, as well as at the level C4-C5 when turning the head 50º exceeds the value of the angle of rotation of the head relative to the trunk. 4. The direction of rotational and angular displacement for all fasciae at the level C6-C7 corresponds to the direction of rotation of the head, with the exception of the dorsal part of the 4th fascia of the neck, which at this level, together with the esophagus, shifts in the opposite direction relative to the axis of symmetry. 5. Fasciae located at a greater distance from the center of the intervertebral disc are characterized by large values of angular and rotational displacement. 6. The rate of change in the ratio of rotational and angular displacements is higher at the level of the lower segments. 7. The results of measurements of the rotational displacement of the fascial layers of the anthropomorphic finite element model demonstrate a positive correlation with the data of the topographic and anatomical study. Conclusion. The patterns of displacement of the neck musculofacial layers should be taken into account when modeling somatic dysfunction of the neck, as well as in the process of diagnosis and planning of osteopathic effects.
Introduction. The incidence of myopia tends to grow steadily, and therefore, it can be characterized as a disease of the 21st century. Even with complex ophthalmological treatment, refractive indices do not improve, and only in 18 % of cases these indices are stabilized. The effect of osteopathic correction (OC) on visual acuity is insufficiently studied. A comprehensive review of the evidence on this issue may help estimate the use of OC in existing health care programs for myopia and accommodative spasm in children.The goal of research — to study, according to the literature, the effect of osteopathic correction of somatic dysfunctions in children of different ages on the state of refraction in myopia, spasm of accommodation. Materials and methods. The selection of scientific papers according to the following criteria. Inclusion criteria: children aged 5 to 18 years with a history of diagnosis: myopia of varying degrees, spasm of accommodation; the dividing patients into 2 groups: in the experimental group — osteopathic and ophthalmological treatment, in the control group — standard ophthalmological treatment; the results of an ophthalmological examination are described; the duration of observations is from 3 to 6 months. Exclusion criteria: description of a single clinical case; the diseases are not associated with disorders of the visual apparatus; the study sample is less than 30 patients. The Jamovi statistical analysis software was used to perform the meta-analysis. The Newcastle-Ottawa scale was used to assess the risk of bias in cohort studies.Results. There were selected 3 scientific works studying the influence of osteopathic correction on the state of refraction in myopia, spasm of accommodation in children. On the Newcastle-Ottawa scale, all three studies had a total score of 8, indicating a low risk of bias. The odds ratio was 20.884, which is a high indicator revealing the effectiveness of the OC together with ophthalmological treatment of myopia, accommodation spasm in children of different ages. Thus, we can say that when similar studies will be repeated, the achievement of a positive effect when using OC as part of a complex treatment in 95 % of cases will be higher than the use of only ophthalmological treatment of children with myopia, accommodation spasm.Conclusion. Based on the studied literature and the conducted meta-analysis, we can make a preliminary conclusion that the inclusion of osteopathic correction in the complex treatment can give an additional advantage over standard treatment in children with refractive disorders.
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