PVP1-The People's Ventilator Project: A fully open, low-cost, pressure-controlled ventilator research platform compatible with adult and pediatric uses.
PVP1-The People's Ventilator Project: A fully open, low-cost, pressure-controlled ventilator research platform compatible with adult and pediatric uses.
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DOI：
10.1371/journal.pone.0266810
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发表时间：
2022
期刊：
影响因子：
3.7
通讯作者：
Cohen, Daniel J.
中科院分区：
文献类型：
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作者：
LaChance, Julienne;Schottdorf, Manuel;Zajdel, Tom J.;Saunders, Jonny L.;Dvali, Sophie;Marshall, Chase;Seirup, Lorenzo;Sammour, Ibrahim;Chatburn, Robert L.;Notterman, Daniel A.;Cohen, Daniel J.
机械呼吸机是帮助患者呼吸的安全关键设备，常见于医院重症监护室（ICU）-然而，商业呼吸机的高成本和专有性质限制了其作为教育和研究平台的使用。我们提出了一个完全开放的呼吸机设备-人民的呼吸机：PVP 1-与完整的硬件和软件文档，包括详细的建设说明和DIY的成本为1,700美元。我们根据美国食品药品监督管理局的呼吸机紧急使用授权中规定的关键性能标准以及儿科环境中最先进的商业呼吸机对PVP 1进行了验证。值得注意的是，PVP 1在广泛的测试条件下表现良好，并且使用成人机械测试肺在三天内至少进行了75，000次呼吸循环，证明了性能稳定性。作为一个开放项目，PVP 1可以促进呼吸机领域未来的教育、学术和临床发展。
Mechanical ventilators are safety-critical devices that help patients breathe, commonly found in hospital intensive care units (ICUs)—yet, the high costs and proprietary nature of commercial ventilators inhibit their use as an educational and research platform. We present a fully open ventilator device—The People’s Ventilator: PVP1—with complete hardware and software documentation including detailed build instructions and a DIY cost of $1,700 USD. We validate PVP1 against both key performance criteria specified in the U.S. Food and Drug Administration’s Emergency Use Authorization for Ventilators, and in a pediatric context against a state-of-the-art commercial ventilator. Notably, PVP1 performs well over a wide range of test conditions and performance stability is demonstrated for a minimum of 75,000 breath cycles over three days with an adult mechanical test lung. As an open project, PVP1 can enable future educational, academic, and clinical developments in the ventilator space.
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影响因子：
10.7
作者：
MANLEY, RW
通讯作者：
MANLEY, RW
新型的机械呼吸机米拉诺（Covid-19）大流行。
DOI：
10.1063/5.0044445
发表时间：
2021-03
期刊：
Physics of fluids (Woodbury, N.Y. : 1994)
影响因子：
--
作者：
Abba A;Accorsi C;Agnes P;Alessi E;Amaudruz P;Annovi A;Desages FA;Back S;Badia C;Bagger J;Basile V;Batignani G;Bayo A;Bell B;Beschi M;Biagini D;Bianchi G;Bicelli S;Bishop D;Boccali T;Bombarda A;Bonfanti S;Bonivento WM;Bouchard M;Breviario M;Brice S;Brown R;Calvo-Mozota JM;Camozzi L;Camozzi M;Capra A;Caravati M;Carlini M;Ceccanti A;Celano B;Cela Ruiz JM;Charette C;Cogliati G;Constable M;Crippa C;Croci G;Cudmore S;Dahl CE;Dal Molin A;Daley M;Di Guardo C;D'Avenio G;Davignon O;Del Tutto M;De Ruiter J;Devoto A;Diaz Gomez Maqueo P;Di Francesco F;Dossi M;Druszkiewicz E;Duma C;Elliott E;Farina D;Fernandes C;Ferroni F;Finocchiaro G;Fiorillo G;Ford R;Foti G;Fournier RD;Franco D;Fricbergs C;Gabriele F;Galbiati C;Garcia Abia P;Gargantini A;Giacomelli L;Giacomini F;Giacomini F;Giarratana LS;Gillespie S;Giorgi D;Girma T;Gobui R;Goeldi D;Golf F;Gorel P;Gorini G;Gramellini E;Grosso G;Guescini F;Guetre E;Hackman G;Hadden T;Hawkins W;Hayashi K;Heavey A;Hersak G;Hessey N;Hockin G;Hudson K;Ianni A;Ienzi C;Ippolito V;James CC;Jillings C;Kendziora C;Khan S;Kim E;King M;King S;Kittmer A;Kochanek I;Kowalkowski J;Krücken R;Kushoro M;Kuula S;Laclaustra M;Leblond G;Lee L;Lennarz A;Leyton M;Li X;Liimatainen P;Lim C;Lindner T;Lomonaco T;Lu P;Lubna R;Lukhanin GA;Luzón G;MacDonald M;Magni G;Maharaj R;Manni S;Mapelli C;Margetak P;Martin L;Martin S;Martínez M;Massacret N;McClurg P;McDonald AB;Meazzi E;Migalla R;Mohayai T;Tosatti LM;Monzani G;Moretti C;Morrison B;Mountaniol M;Muraro A;Napoli P;Nati F;Natzke CR;Noble AJ;Norrick A;Olchanski K;Ortiz de Solorzano A;Padula F;Pallavicini M;Palumbo I;Panontin E;Papini N;Parmeggiano L;Parmeggiano S;Patel K;Patel A;Paterno M;Pellegrino C;Pelliccione P;Pesudo V;Pocar A;Pope A;Pordes S;Prelz F;Putignano O;Raaf JL;Ratti C;Razeti M;Razeto A;Reed D;Refsgaard J;Reilly T;Renshaw A;Retriere F;Riccobene E;Rigamonti D;Rizzi A;Rode J;Romualdez J;Russel L;Sablone D;Sala S;Salomoni D;Salvo P;Sandoval A;Sansoucy E;Santorelli R;Savarese C;Scapparone E;Schaubel T;Scorza S;Settimo M;Shaw B;Shawyer S;Sher A;Shi A;Skensved P;Slutsky A;Smith B;Smith NJT;Stenzler A;Straubel C;Stringari P;Suchenek M;Sur B;Tacchino S;Takeuchi L;Tardocchi M;Tartaglia R;Thomas E;Trask D;Tseng J;Tseng L;VanPagee L;Vedia V;Velghe B;Viel S;Visioli A;Viviani L;Vonica D;Wada M;Walter D;Wang H;Wang MHLS;Westerdale S;Wood D;Yates D;Yue S;Zambrano V
通讯作者：
Zambrano V
影响因子：
3.7
作者：
King WP;Amos J;Azer M;Baker D;Bashir R;Best C;Bethke E;Boppart SA;Bralts E;Corey RM;Dietkus R;Durack G;Elbel S;Elliott G;Fava J;Goldenfeld N;Goldstein MH;Hayes C;Herndon N;Jamison S;Johnson B;Johnson H;Johnson M;Kolaczynski J;Lee T;Maslov S;McGregor DJ;Milner D;Moller R;Mosley J;Musser A;Newberger M;Null D;O'Bryan L;Oelze M;O'Leary J;Pagano A;Philpott M;Pianfetti B;Pille A;Pizzuto L;Ricconi B;Rubessa M;Rylowicz S;Shipley C;Singer AC;Stewart B;Switzky R;Tawfick S;Wheeler M;White K;Widloski EM;Wood E;Wood C;Wooldridge AR
通讯作者：
Wooldridge AR
紧急呼吸机传感器和警报的低复杂系统和算法。
DOI：
10.1109/tbcas.2020.3020702
发表时间：
2020-10
影响因子：
5.1
作者：
Corey RM;Widloski EM;Null D;Ricconi B;Johnson MA;White KC;Amos JR;Pagano A;Oelze ML;Switzky RD;Wheeler MB;Bethke EB;Shipley CF;Singer AC
通讯作者：
Singer AC
影响因子：
--
作者：
Pearce, Joshua M
通讯作者：
Pearce, Joshua M