Анатомы - лечащие врачи папства (обзор литературы)

Стаття присвячена анатомам, які були особистими лікарями Пап Римських у різний час: М. Р. Коломбо (1515-1559), Г. Б. Канано (1515-1579), Г. C. Аранзі (1530-1589), К. Варолій (1543- 1575), А. Чезальпіно (1525-1603), М. Мальпігі (1628-1694), Дж. M. Ланцізі (1654-1720) та Дж. Флайяні (1739-1808). Подається інформація про їх внесок у розвиток медицини та короткі біографічні данні. При цитуванні документа, використовуйте посилання http://essuir.sumdu.edu.ua/handle/123456789/31507Статья посвящена анатомам, которые были лечащими врачами Пап Римских в разные годы: М. Р. Коломбо (1515-1559), Г. Б. Канано (1515-1579), Г. C. Аранзи (1530-1589), К. Варолий (1543- 1575), А. Чезальпино (1525-1603), М. Мальпиги (1628-1694), Дж. M. Ланцизи (1654-1720) и Дж. Флайяни (1739-1808). Рассказывается об их вкладе в развитие медицины и короткие биографические данные. При цитировании документа, используйте ссылку http://essuir.sumdu.edu.ua/handle/123456789/31507Article is about anatomists, who were papal physicians: M.R. Colombo (c.1515-1559), G.B. Canano (1515-1579), G.C. Aranzi (1530-1589), C. Varolio (1543-1575), A. Cesalpino (1525- 1603), M. Malpighi (1628-1694), G.M. Lancisi (1654-1720) and G. Flaiani (1739-1808). Their contribution into anatomy and brief biographical information are given. When you are citing the document, use the following link http://essuir.sumdu.edu.ua/handle/123456789/3150

Structural organisation of femoral bones of white laboratory rats associated with aminophosphonates and aminobisphosphonates

Background. In recent years, the total amount of atypical forms of inflammatory processes of the jaw in a group of patients exposed to psychotropic substances significantly increased. Objective. To evaluate the degree of peculiarities of morphological changes in proximal epiphysis of femoral bone of white laboratory rats under influence of non-opioid branded equivalent of “tweak” and aminophosphonate drug “Pamired” (pamidronic acid). Methods. 30 white laboratory rats were used in the research and 3 groups of animals were formed with 10 animals in each group. Control group of animals received 1.0 ml of distilled water intragastrically and 1.0 ml of normal saline intraperitoneally once a day during 3 months. Experimental rats received aminobiphosphonate drug “Pamired” and 63 mg/kg of non-opioid branded equivalent of “tweak” (aminophosphonate substance) during three month. External and internal surface of proximal epiphysis of femoral bone were studied with scanning electron microscopy and light microscopy. Results. Animals that received aminobiphosphonate drug “Pamired” had high mineralization of collagen matrix. As a result growth plate became more narrow (dystrophy), size of foramina nutricia and branches of Volkmann canals became smaller during intense bone growth. Animals that received non-opioid branded equivalent of “tweak” had the highest degree of mineralization and visual breaking of growth plate. Size of foramina nutricia decreased and number of branches of Volkmann canals also decreased; it leads to degenerative processes in the bone. Conclusion. Administration of non-opioid branded equivalent of “tweak” in dose 63 mg/kg and aminobiphosphonate drug “Pamired” during 3 month cause bone hypermineralization and lead to structural disorders of femoral proximal epiphyses in white laboratory rats. Structural disorders due to administration of non-opioid branded equivalent of “tweak” are more intensive. Citation: Mostovoy SO, Ostapenko OV, Kutya SA, Demchuk NI. [Structural organisation of femoral bones of white la-boratory rats associated with aminophosphonates and aminobisphosphonates]. Morphologia. 2014;8(3):50-6. Russian

Anniversaries in history of morphology in 2014

Anniversaries in history of morphology in 201

Age morphofunctional features of organs and systems of organism under different gravitational overload influence and different methods of their correction

Age features of a structure and function of separate organs and systems of an organism were investigated under effect of gravitational overloads, and also efficiency of protection methods of various nature. Age features of a morphgenesis of bone system, lungs, stomach, myocardium, thymus gland, spleen, suprarenal glands, cellular and biochemical composition of blood are established under effect of gravitational overloads in experiment. Morphological proofs of effectiveness of methods of stability augmentation to gravitational overloads, namely physical, pharmacological (application of domestic medicines Glutarginum and Lipoflavon) and their combinations are received