Наукові праці. Кафедра клінічної анатомії та оперативної хірургії
Permanent URI for this collectionhttps://repo.knmu.edu.ua/handle/123456789/1551
Browse
Item Age and Gender Relationships of Component Structure of Human Body Weight at the Stages of Postnatal Ontogenesis: Comparative Analysis(2014) Шкляр, Антон Сергеевич; Шкляр, Антон Сергійович; Shklyar, AntonItem Age features of cervical arch and height oh human renal calyces in mature and elderly ages(2017-05-18) Yevtushenko, Iryna; Padalitsa, Margaryta; Goryainova, GalynaThe material of the study are 175 corrosive preparations of pyelocaliceal complex mature and elderly humans. We studied linear parameters of human renal calyces and their changes depending on age. As a result of the study we found that height of human renal calyces (hc) significantly changes in different age groups (t>2) and diameters of calyceal arch (dc) and calyceal cervix (cc) didn’t change significantly. These data can be used in urological clinics in nephrourological operations (extracorporeal lithotripsy, percutaneous puncture, etc).Item Anatomical hysteresis of renal calyces in children and adolescents(2018-10) Padalitsa, Marharyta; Yevtushenko, IrynaItem Anatomical hysteresis of renal calyces in children and adolescents(ДЗ «Дніпропетровська медична академія МОЗ України», 2018-10) Padalitsa, Marharyta; Yevtushenko, IrynaItem Anatomical variants of the structure of the coronary arteries of the heart(ТДМУ, 2013-10-24) Dudenko, Volodymyr; Maslovsky, Sergey; Bondarenko, D.Item Anatomo-morphometric features of human renal pyramids(ТДМУ, 2013-10-24) Dudenko, Volodymyr; Maslovsky, Sergey; Shuba, D.Item Anatomy of the liver applied to ultrasound scan(2015-04-20) Goryainova, Galyna; Kondrusyk, Nataliia; Vdovichenko, ViacheslavThe interpretation of ultrasound and CT scans of the liver has no proper justification and topographic anatomically is haphazard, descriptive. The solution to this problemwas carried out using the coordinate system (M.P.Buryh 1990). The purpose of research to studythe anatomy of the liver and its structural and functional elements on the sections i nmutually perpendicular planes with respect to the ultrasound.Item Anatomy of the liver in the system topographic coordinates(ТДМУ, 2013-10-24) Goryainova, Galyna; Kondrusyk, NataliiaItem Attachment angles of the diaphragm in the sagittal plane for male(Вінницький національний медичний університет ім. М.І. Пирогова, Вінниця, Україна, 2017-09-21) Dudenko, Volodymyr; Vdovichenko, V.; Kurinnyi, ViacheslavIndividual spatial topography of the diaphragm is of great importance for understanding the organization of the body in a particular clinical case. For diagnostic and particularly therapeutic manipulation knowledge of the individual characteristics of each patient is required. This knowledge allows you to avoid damage to the internal organs of the abdominal and thoracic cavities when they puncture (catheterization) and more accurately determine the localization of the pathological process, choose the method further surgical or conservative treatment.Statistical analysis of the measurements revealed little correlation between the age and height of diaphragmatic cupolas in male. Other parameters were not correlated with the studied values (sex and type of body structure). Individual spatial topography of the diaphragm is highly variable and is practically independent of sex, age and type of body structure. In some cases (10%) in both sexes the height of the cupola of the diaphragm more on the left side than the right. Obtained data should be taken into account in the interpretation of X-ray research data and performing thoracentesis left.Item Body Dimensions in Girls with Autonomic Dysfunction: Anthropometric Analysis(2014) Shklyar, Anton; Шкляр, Антон Сергеевич; Шкляр, Антон Сергійович; Sazonova, Olga; Сазонова, Ольга Николаевна; Сазонова, Ольга МиколаївнаItem Changes in morphometric parameters of the pyelocalyceal complex of human of mature age by sex(Одеський національний медичний університет: Бондаренко М.О.., 2019-10) Yevtushenko, Iryna; Padalitsa, MarharytaItem Characteristics of the renal calyces morphometric parameters of children of the first childhood age(Одеський національний медичний університет, 2019-10) Padalitsa, Marharyta; Yevtushenko, IrynaItem Clinical anatomy and operational surgery teaching features in students of 2 courses of medical faculty of Kharkiv National Medical University(Тернопільський державний медичний університет ім. І. Я. Горбачевського, 2018-05) Dudenko, Volodymyr; Vdovichenko, ViacheslavItem Clinical aspects of the studythe topography of human renal pyramids(2017-10-20) Dudenko, Volodymyr; Vdovichenko, V.; Korobka, InnaComputer three-dimensional visualization using in relation to the kidney and its structure, obtaining of three-dimensional computer kidney models and renal pyramids and using of topographic coordinates system will be the basis for individual anatomical study of diagnosis of kidney disease, will contribute to the choice of optimal medical treatment, development and individual planning surgical accesses and planning of operations, expanding the scope of minimally invasive operations with conservation as far as possible more than a healthy part of the body, and a decrease in operative time and recovery, as well as the development of new methods for prevention and diagnosis of human renal diseases. 150 human kidneys of mature and elderly age of both sexes who died after accident or died after diseases without any pathology of the urinary system were used to study the spatial arrangement of the renal pyramids.In human kidney in our material was found from 8 to 20 renal pyramids. The study used working classification of renal pyramids, based on the location of renal pyramids in parenchyma and according to opening to renal calices of the kidney. The proposed classification of renal pyramids can be used for study the spatial location and morphometric parameters of the renal pyramids, as well as to develop the most efficient surgical treatment when planning organ-saving operations on the kidney.Item Clinical aspects of the topometry of human renal pyramids(2018-09-28) Dudenko, Volodymyr; Vdovichenko, Viacheslav; Voroshchuk, RuslanItem Clinical morphometry of male’s diaphgragm in the sagittal plane(2018) Dudenko, Volodymyr; Vdovichenko, Viacheslav; Korobka, InnaItem Clinical morphometry of male’s diaphragm in the sagittal plane(2018-10) Dudenko, Volodymyr; Vdovichenko, Viacheslav; Korobka, InnaItem Comparative anthropometric analysis of body dimensions in girls with autonomic dysfunction(2014) Sazonova, Olga; Сазонова, Ольга Николаевна; Сазонова, Ольга Миколаївна; Shklyar, Anton; Шкляр, Антон Сергеевич; Шкляр, Антон СергійовичItem Comparison of anatomical and ultrasound sections of the human liver(ВДНЗ України "Буковинський державний медичний університет", м. Чернівці, Україна, 2016) Goryainova, Galyna; Kondrusyk, Nataliia; Vdovichenko, ViacheslavThis work is devoted to the comparative analysis of anatomic and ultrasound sections of human liver, produced in the sagittal plane, in order to enhance the visual capabilities of ultrasound scanning of the liver.Item Computer graphic reconstruction of the human liver(Белорусский государственный медицинский университет, Минск, 2017) Goryainova, Galyna; Kondrusyk, Nataliia; Vdovichenko, V.The aim of the study was to map the liver with subsequent computer graphic restoration of its surface. Used coordinate system was proposed by prof.M.P.Burykh. In the course of the study, the standardization of test sections for the distribution of the hepatic volume gradient was carried out, where the volume of the largest gradient was recorded in the second and third sections of the liver; the stereometric extrapolation of the third secant plane onto the vertebral column, which corresponds to the intervertebral space of Th10-Th11. Thus, intersecting planes form a multidimensional system of topographic coordinates of the human liver, based on the resulting distribution of the gradient volume. The proposed system describes the topographic coordinates, and the coordinates reflect each segment of the liver, analyzed in a Cartesian coordinate system, gives an idea of the position of the body in space.