Design and implementation of advanced ventilation treatment methods and diagnostics of viral pneumonia, including Covid-19, with the possibility of rapid adoption (Q3107258): Difference between revisions
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| Property / beneficiary name (string) | |||||||||||||||
| Property / beneficiary name (string): Univerzita Pavla Jozefa Šafárika v Košiciach / rank | |||||||||||||||
| Property / summary | |||||||||||||||
| Property / summary: Komplikácie v oblasti dýchania patria v rámci pandémie ochorenia COVID 19 k najzávažnejším v prípade ťažkého priebehu ochorenia. Cieľom projektu je dosiahnuť zlepšenie liečebných postupov v oblasti respirológie s priaznivým dopadom na zlepšenie zdravotného stavu obyvateľstva počas pandémie ochorenia COVID 19 a skrátiť dobu nevyhnutnej hospitalizácie, ako aj uľahčiť liečbu pacientov, o ktorých je priebeh ochorenia závažný a zmierniť tieto závažné príznaky. Výsledky nezávislého výskumu a vývoja, ktoré budú priebežne publikované, budú mať potenciál umožniť podnikateľským subjektom zaviesť do výroby inovatívne produkty, schopné konkurencie na svetových trhoch a tým vytvoriť na Slovensku nové pracovné príležitosti. Z pohľadu nosných výsledkov projektu v prípade jeho realizácie vzniknú:prototyp pľúcneho ventilátora s ešte lepšími vlastnosťami ako napríklad zlepšeným prestupom kyslíka do krvi, zlepšením plnenia a vyprázdňovania aj tých pľúcnych mechúrikov, ktoré predchádzajúce ventilačné algoritmy ešte nedokázali otvoriťprototyp komplexného systému, ktorý by umožnil mladým lekárom v čo najkratšom čase zvládnuť bez ohrozenia pacienta potrebné praktické zručnosti pre umelú ventiláciu pľúc pomocou pokročilých metód – a v tejto oblasti podaná patentová prihláška,návrh prototypu adaptéra s vyriešeným bezpečným dávkovaním rôznych typov plynov do pľúcnych ventilátorov a ventilačných okruhov umožní ich bezpečnú aplikáciu pacientom.prototyp elektrického stimulačného prístroja určeného na udržanie spontánnej ventilácie pacienta neinvazívnym spôsobomadaptovať vysokorýchlostnú PCR NexGen s cieľom skrátiť proces testovania pacientov s Covid-19 oproti súčasným metódam (výsledok analýzy by bolo možné získať do 20 minút od odobratia vzorky),v rámci projektu vznikne 17 publikácií. (Slovak) / rank | |||||||||||||||
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| Property / summary: Respiratory complications are among the most serious in the context of the COVID 19 pandemic. The aim of the project is to improve treatments in the field of respirology with a positive impact on improving the health of the population during the COVID 19 pandemic and to reduce the necessary period of hospitalisation, as well as to facilitate the treatment of patients whose course of the disease is severe and reduce these serious symptoms. The results of independent research and development, which will be published on an ongoing basis, will have the potential to enable businesses to introduce innovative products in production, capable of competing on the world markets and thus creating new employment opportunities in Slovakia. From the perspective of the project’s main results in case of its implementation: a ventilator with even better properties such as improved oxygen transfer into the blood, improvement of filling and emptying of even those vesicles that previous ventilation algorithms have not yet been able to open a prototype of a complex system that would allow young doctors to handle in the shortest possible time without compromising the patient the necessary practical skills for artificial lung ventilation using advanced methods – and in this area a patent application filed in this field, the design of a prototype adapter with a solved safe dispensing of different types of gases in the lung fans and ventilation circuits would allow their safe application to patients. The protocol of the electrical stimulus designed to maintain the patient’s non-continuous minutes would be possible to shorten the test procedure of the patient’s high speed test. (English) / rank | |||||||||||||||
| Property / summary: Respiratory complications are among the most serious in the context of the COVID 19 pandemic. The aim of the project is to improve treatments in the field of respirology with a positive impact on improving the health of the population during the COVID 19 pandemic and to reduce the necessary period of hospitalisation, as well as to facilitate the treatment of patients whose course of the disease is severe and reduce these serious symptoms. The results of independent research and development, which will be published on an ongoing basis, will have the potential to enable businesses to introduce innovative products in production, capable of competing on the world markets and thus creating new employment opportunities in Slovakia. From the perspective of the project’s main results in case of its implementation: a ventilator with even better properties such as improved oxygen transfer into the blood, improvement of filling and emptying of even those vesicles that previous ventilation algorithms have not yet been able to open a prototype of a complex system that would allow young doctors to handle in the shortest possible time without compromising the patient the necessary practical skills for artificial lung ventilation using advanced methods – and in this area a patent application filed in this field, the design of a prototype adapter with a solved safe dispensing of different types of gases in the lung fans and ventilation circuits would allow their safe application to patients. The protocol of the electrical stimulus designed to maintain the patient’s non-continuous minutes would be possible to shorten the test procedure of the patient’s high speed test. (English) / qualifier | |||||||||||||||
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Revision as of 14:19, 27 September 2021
Project Q3107258 in Slovakia
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | Design and implementation of advanced ventilation treatment methods and diagnostics of viral pneumonia, including Covid-19, with the possibility of rapid adoption |
Project Q3107258 in Slovakia |
Statements
3,842,279.22 Euro
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4,520,328.49 Euro
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85.0 percent
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2 January 2020
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6 January 2023
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48°43'20.53"N, 21°15'25.20"E
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Identifiers
313011ASX1
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