Medsi opened a multifunctional medical center with a Philips hybrid operating room

2022: Opening of a multifunctional clinical and diagnostic center on Michurinsky Prospekt

On February 17, 2022, the company Philips announced that a multifunctional clinical and diagnostic center was opened. MEDSI The complex is located in the west on Moscow Michurinsky Prospekt. The eight-story medical center is equipped with medical equipment and provides a wide range of services in various areas.

Medsi opened a multifunctional medical center with a Philips hybrid operating room

According to the company, standards for the provision of medical care, including in X-ray surgery, will be implemented in the KDC on Michurinsky Prospekt. For example, the medical facility has a hybrid operating room equipped with Philips technology solutions.

We are building long-term strategic relations with our partners. And this is not only the supply of equipment: service, IT component, exchange of ideas are important to us. Over the past two years, we have implemented a number of projects in radiation diagnostics with Philips, which made it possible to optimize the speed of making the correct diagnosis and, as a result, prescribing further treatment. This is not only clinically effective, but also important from the point of view of the economy and operational activities of the company. noted Elena Brusilova, President of MEDSI Group of Companies

MEDSI makes efforts to provide timely medical care to its patients. The management of the network introduces technologies in the field of health care, employees regularly improve their skills and use all modern solutions in their work. told Maxim Kuznetsov, head of Philips in the region of Central and Eastern Europe, Russia, CIS

As of February 2022, modern technologies are available to specialists that allow for minimally invasive operations on. With the heart help of a small puncture of the artery, surgeons perform operations to replace the aortic valve, eliminate defects in the septum hearts and treat complex lesions of the coronary arteries. Such operations are less traumatic and allow correction in patients at high surgical risk, for example, with a large number of comorbidities.

Philips Hybrid Operating System

Minimally invasive operations are made possible by Philips integrated solutions for hybrid operating systems equipped with artificial intelligence elements and telemedicine capabilities that combine to optimize the quality of care. The equipment, operating table and interface of the angiographic system are integrated with each other and allow interventions to be performed more predictably, confidently and safely for the patient. The innovation of technologies allows not only to perform complex operations on the heart through a miniature puncture in the artery, but also before the patient enters the clinic, to pre-perform virtual surgery to replace the valve, taking into account all the anatomical features of the patient, without his direct participation at this stage. This approach allows you to assess all risks in advance, order and prepare all the necessary consumables, predict the result of a real operation, and, if necessary, make adjustments to treatment tactics. The techniques make it possible to reduce the patient's stay in the hospital, speed up the patient's recovery, avoid repeated operations and carry out interventions with proper accuracy from the first time. The Philips Azurion Angiography is a next-generation comprehensive system that provides quality images of the entire coronary tree with minimal table movement, as well as optimizing the resulting images for routine interventions on the heart and small vessels. Functions and programs are available in the system, for example, HeartNavigator, to facilitate navigation and visualization of the surgeon's tools that help you see landmarks on the monitor right during surgery. The software combines angiograph data with CT data for accurate planning and online navigation in transcatheter aortic valve implantation (TAVI), including valve selection from a pre-established base.

In addition, the angiograph is equipped with programs that significantly reduce the use of contrast agent, which allows for X-ray surgical treatment even in patients with kidney diseases.

In addition to the angiographic system, MEDSI has installed Philips X-ray diagnostic equipment that meets the clinical needs of each X-ray cabinet, ensuring proper throughput. The Philips MobileDiagnost wDR and Philips CombiDiagnost R90 digital mobile and microscopic systems, as well as the Philips DigitalDiagnost C50 X-ray system with a ceiling suspension, allow you to achieve the proper quality of images for accurate diagnostics. Wireless digital detectors of the SkyPlate family are combined with intelligent software SkyFlow and together allow you to obtain contrast images without using a raster, which in turn reduces the time of research. Some systems are equipped with automatic crosslinking technology, which is the optimal solution for orthopedics and traumatology. Philips software, including the optimized UNIQUE postprocessing algorithm, optimizes the visualization of barely visible details, providing diagnostic validity and reducing time to prepare for research through an intuitive interface and preset settings. Philips Ingenia 1.5T magnetic resonance imaging is a universal system capable of solving the vast majority of clinical problems facing LPU. The solution allows you to obtain digital images of proper quality. The solution can be additionally equipped with an expanded cardiopack, which provides opportunities for assessing the state of the heart and vessels. Philips Brilliance iCT 256-slice computer tomograph allows you to perform complex research through the introduction of technologies in all parts of the process. The wide NanoPanel Elite detector allows scanning with wide anatomical coverage and low noise, with the Philips platform iPatient it is possible to conduct research more consistently and quickly, the speed of rotation of the tube to perform cardiac research. The Philips IMR technology, which simultaneously reduces the radiation load by 60-80%, optimizes the low contrast resolution by 43-80% and reduces noise by 70-83%, will help reduce the radiation load on patients and doctors without compromising the image quality in the MEDSI CDC.