Pharmacological Activity and Effectiveness of Electrohomoeopathy Medicine on Uterine Fibroids Individuals

Electropathy/Electrohomoeopathy is a comparatively modern medical technique that falls under the genre of complementary and alternative medicine. This medical technique was discovered in Italy in 1865 by Count Ceaser Mattei. Its drugs are composed entirely of herbal/medicinal plants and are manufactured with purified water and a sophisticated process of extracting spagiric essence from medicinal plants at room temperature. Uterine fibroids are noncancerous uterine growths that commonly arise during childbearing year. Uterine fibroids, also known as leiomyomas (lie-o-my-O-muhs) or myomas, aren't linked to an increased risk of uterine cancer and almost never turn cancerous. Fibroids range in size from microscopic seedlings that are undetectable to large masses that deform and expand the uterus. A single fibroid or a group of them can be present. Multiple fibroids can cause the uterus to enlarge to the point where it reaches the rib cage, causing weight gain. Uterine fibroids affect many women at some point in their life. However, because uterine fibroids rarely cause symptoms, people may be unaware that they have them. During a pelvic exam or a pregnancy ultrasound, fibroids may be encounter by chance. By the time they reach at the age 50, 20% to 80% of women experience fibroids. Women in their age forties and early fifties are the most susceptible to develop get fibroids. In this article we are going to discussed effectiveness of Electrohomoeopathy medicine on Uterine fibroids. How a new medical science which is totally plants-based source cost effective and accelerating its mechanism of action due to specialization of its unique fundamental principal and philosophy and satisfaction of patient due to the extraordinary result of Electrohomoeopathy medicine.

Pharmacological thrombolysis: what’s new?

Фармакологический тромболизис широко применяется для ликвидации жизнеугрожающих тромбозов. Эта медицинская технология постоянно усовершенствуется. Разрабатываются гибридные фармако-хирургические технологии. Наиболее широко применяется системный тромболизис на основе активаторов плазминогена. Также внедряются новые технологии систем- ного тромболизиса на основе новых препаратов — не активаторов плазминогена. Разработана концепция неплазминового фибринолиза. На её основе предложен метод фармакологического тромболизиса на основе ферментов субтилизинов. Pharmacological thrombolysis is widely used to eliminate life-threatening thrombosis. This medical technique is constantly improved. Hybrid pharmaco-surgical technologies are developed. The most widely used thrombolysis is the systemic thrombolysis based on plasminogen activators. New technologies of systemic thrombolysis based on new drugs being non-plasminogen activators are also introduced. The concept of non-plasmin fibrinolysis has been developed. On the basis of this concept a method of pharmacological thrombolysis based on subtilisins enzymes is proposed.

Machines de vie, machines de mort : la famille à l’épreuve des soins machinisés

Des machines médicales tiennent en vie des sujets en soins intensifs, en hémodialyse. Le soin somatique est à la fois médical, technique, machinique/machinisé et robotique/robotisé. Ces machines de vie et de mort sont vécues comme des corps étranges et étrangers, par le sujet lui-même, par son entourage, notamment familial. Avec le cas d’une femme hémodialysée qui a perdu un fils en soins intensifs, nous illustrerons comment une famille tout entière peut se trouver dans l’engrenage de soins machinisés, machiniques, et le rester in(dé)finiment.

Visualization of Acquisition Experience in Sternal Compression Maneuver Using Kinect Sensoring: For Co-Creation of Medical Technique Experiential Values

In this study, we compare and verify data that have been rendered visual by Kinect sensoring with data obtained by conventional devices. This is in order to promote the co-creation of experiential values in the acquisition of a sternal compression technique in basic life support in the context of the improvement of the clinical skills of physicians and healthcare professionals. We find that Kinect sensoring is sufficiently accurate to evaluate measurements of the rate and depth of sternal compression; it is comparable to accelerometers and sternal compression-dedicated sensoring devices. This provides a platform for the co-creation of experiential values for the improvement of clinical skills based on the acquisition of medical techniques using the Kinect sensor, which is low in cost and easy to use. It also provides a platform for the exchange of sensor-captured information between the instructor and trainee. It is hoped that this will lead to the co-creation of values useful for the development of educational services in life-saving medical techniques.

Epilogue

The Epilogue traces a shift in attitude towards anatomical modelling. In the mid-eighteenth century anatomical models had been praised for their capacity to defy time in the sense that they both resisted the body’s physical decay and promised to provide lasting and timeless sources of corporeal knowledge. However, by the end of the century changing attitudes towards notions of authenticity and techniques of production caused some to doubt earlier anatomical models’ capacity to produce and mediate knowledge about the body. Anatomical modelling continued to be regarded as a useful and promising medical technique. Yet, by the end of the eighteenth century the very models that only a few decades earlier had fuelled much interest among both practitioners and lay audiences, had already started to slip into obsolescence.