Registration Number
0219U000104,
0114U002120
, R & D reports
Title
Improvement of minimally invasive methods of surgical treatment of certain diseases of blood vessels, joints, and internal reproductive organs of the abdominal wall, nasopharynx, thyroid and parathyroid glands, particularly through nanobiosensor technology
popup.stage_title
Head
Boiko Igor Vasylyovych,
Registration Date
15-01-2019
Organization
State Institution of Science "Research and Practical Center of Preventive and Clinical Medicine" State Administrative Department
popup.description2
In the course of the work, a selection of minimally invasive techniques for the treatment of patients in the surgical profile was conducted, in particular, using the definition of compatibility of implants with the recipient's organism on the basis of nanobiosensory technologies, and the introduction of these techniques into clinical practice, a set of clinical material and a preliminary clinical analysis of the results of surgical treatment for methods of minimally invasive surgery and anesthesia in diseases of the vessels, joints, reproductive organs, abdominal wall, intestines, thyroid and prick pituitary glands, kidneys and urinary tract, hearing. Object of research: surgical diseases and anesthetic support. 2894 patients with surgical diseases and anesthesiology (main group) were investigated. The control group consisted of patients that was treated with traditional methods. Also, at different times, 3675 patients who had been treated before, were examined and 2496 patient medical records were retrospectively analyzed. The purpose of the study is to increase the efficiency of treatment of patients with certain diseases of the vessels, joints, abdominal cavity, abdominal wall, thyroid and parotid glands, reproductive organs, nasopharynx by reducing the degree of traumaticity by improving the methods of endoscopic and morphological diagnostics, development and implementation of innovative technologies of low-invasive endovideo-surgical interventions and their anesthetic support, as well as the determination of the compatibility of implants with the body reci iyenta nanobiosensornyh based technologies. Methods of research: clinical examination, laboratory tests, electroencephalography, ultrasound diagnostics, magnetic resonance imaging, computed tomography, X-ray and X-ray diffractional studies, video endoscopy (VEGGS, VICS, VBS, laparoscopy), histological and immunohistochemical studies, questionnaires, medical- statistical analysis. Results: It was found that treatment of patients with the main group using non-invasive surgical techniques and modern anesthetic provision is characterized by short terms of inpatient treatment and rehabilitation, less pain syndrome, and low complications. The use of the definition of compatibility of implants with the recipient organism on the basis of nanobiosensory technologies is an effective method for predicting possible complications and the course of the postoperative period. Such forms of treatment are the optimal methods of surgical intervention in the hospital of short-term stay, causing minimal injury to the tissues, retaining the function of the organ. The results of GDR can be used in practice in surgical departments: general and laparoscopic surgery, pediatric surgery, endocrine surgery; traumatology and orthopedics, vascular surgery, cardiosurgery, neurosurgery, gynecology, urology, otolaryngology, endoscopic diagnosis, chronic hemodialysis, in the clinical practice of nephrologists, gastroenterologists, urologists, cardiologists, gynecologists, reproduction specialists, neuropathologists, etc. Foreseeable assumptions about the development of the research object are the further development of minimally invasive techniques, in particular with the use of nanobiosensory technologies, in different directions of surgery in a multidisciplinary hospital with short-term stay of patients.
Product Description
popup.authors
Бойко М. І.
Бублик Л.О.
Грищук Я.І.
Губар О.С.
Гупало Ю. М.
Денисенко А.І.
Дячук М.Д.
Журавчак А. З.
Квасніцький М. В.
Курик О. Г.
Лазаренко О.М.
Лисенко Б. М.
Литвак О. О.
Литвак С.О.
Мельник Н.Ю.
Мельничук М. П.
Ткаченко Р. П.
Тополов П.О.
Шапринський В.В.
Шкорботун В.О.
popup.nrat_date
2020-04-02
