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journal(35)

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brochard, laurent(36)

lemaire, fran?ois(6)

harf, alain(5)

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Now showing items 1 - 16 of 36

THORAX SIMULATOR

The present invention relates to a thorax simulation device (4) comprising a base (16), an air containing system (6) containing a volume of air, an air transfer system (7) and tactile feedback actuation system (8) comprising a movable actuating member (36) and a reciprocating arrangement (14). The actuating member is operationally coupled to the air containing system by a chamber actuating mechanism (42) configured to change the air volume within the air containing system as a function of the displacement of the actuating member. The reciprocating arrangement comprises a traction mechanism (52) configured to apply a traction force on the actuating member, and a compression mechanism (54) configured to apply a compression force on the actuating member, the compression force and traction force acting in opposite directions.

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Bedside Detection of Overassistance During Pressure Support Ventilation*

Brochard, Laurent Telias, Irene

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ECMO for ARDS: from salvage to standard of care?

Abrams, Darryl Ferguson, Niall D Brochard, Laurent Fan, Eddy Mercat, Alain Combes, Alain Pellegrino, Vin Schmidt, Matthieu Slutsky, Arthur S Brodie, Daniel

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Scaling of brittle failure: strength versus toughness

Brochard, Laurent Souguir, Sabri Sab, Karam

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Guiding ventilation with transpulmonary pressure

Yoshida, Takeshi Grieco, Domenico Luca Brochard, Laurent

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Response to Patel et al. and Al-Qadi and Erb

Brochard, Laurent Slutsky, Arthur Pesenti, Antonio

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Does my patient really have ARDS?

Brochard, Laurent Pham, Tai Rubenfeld, Gordon

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High-flow nasal cannula in postextubation management

Chen, Lu Li, Hong-Liang Brochard, Laurent

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Ten physiologic advances that improved treatment for ARDS

Brochard, Laurent Hedenstierna, G?ran

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From yield to fracture, failure initiation captured by molecular simulation

Brochard, Laurent Tejada, Ignacio G. Sab, Karam

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Optimum positive end-expiratory pressure 40 years later

Brochard, Laurent Chen, Lu Goligher, Ewan

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Noninvasive Ventilation for Patients with Hypoxemic Acute Respiratory Failure

Brochard, Laurent Lefebvre, Jean-Claude Cordioli, Ricardo Akoumianaki, Evangelia Richard, Jean-Christophe

Noninvasive ventilation (NIV) has an established efficacy to improve gas exchange and reduce the work of breathing in patients with hypoxemic acute respiratory failure. The clinical efficacy in terms of meaningful outcome is less clear and depends very much on patient selection and assessment of the risks of the technique. The potential risks include an insufficient reduction of the oxygen consumption of the respiratory muscles in case of shock, an excessive increase in tidal volume in case of lung injury, and a risk of delayed or emergent intubation. With a careful selection of patients and a rapid decision regarding the need for intubation in case of failure, great benefits can be offered to patients. Emerging indications include its use in patients with treatment limitations, in the postoperative period, and in patients with immunosuppression. This last indication will necessitate reappraisal because the prognosis of the conditions associated with immunosuppression has improved over the years. In all cases, there is both a time window and a severity window for NIV to work, after which delaying endotracheal, intubation may worsen outcome. The preventive use of NIV seems promising in this setting but needs more research. An emerging interesting new option is the use of high flow humidified oxygen, which seems to be intermediate between oxygen alone and NIV.

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Changing Mortality in Acute Respiratory Distress Syndrome? Yes, We Can!

Brochard, Laurent Rouby, Jean-Jacques

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Mechanical Ventilation to Minimize Progression of Lung Injury in Acute Respiratory Failure

Brochard, Laurent Slutsky, Arthur Pesenti, Antonio

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What is the proper approach to liberating the weak from mechanical ventilation?

Brochard, Laurent Thille, Arnaud W.

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From the Authors:

Brochard, Laurent Maggiore, Salvatore

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THORAX SIMULATOR

Bedside Detection of Overassistance During Pressure Support Ventilation*

ECMO for ARDS: from salvage to standard of care?

Scaling of brittle failure: strength versus toughness

Guiding ventilation with transpulmonary pressure

Response to Patel et al. and Al-Qadi and Erb

Does my patient really have ARDS?

High-flow nasal cannula in postextubation management

Ten physiologic advances that improved treatment for ARDS

From yield to fracture, failure initiation captured by molecular simulation

Optimum positive end-expiratory pressure 40 years later

Noninvasive Ventilation for Patients with Hypoxemic Acute Respiratory Failure

Changing Mortality in Acute Respiratory Distress Syndrome? Yes, We Can!

Mechanical Ventilation to Minimize Progression of Lung Injury in Acute Respiratory Failure

What is the proper approach to liberating the weak from mechanical ventilation?

From the Authors:

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