neosim AG launches LuSi autonomous baby lung simulator

Contact Our Team

For more information about how Halldale can add value to your marketing and promotional campaigns or to discuss event exhibitor and sponsorship opportunities, contact our team to find out more

 

The America's -
holly.foster@halldale.com

Rest of World -
jeremy@halldale.com



neosim-AG-launches-autonomous-baby-lung-simulator-LuSi-e1561483716966

neosim AG launched its highly realistic baby lung simulator LuSi for the training of intensive care staff. The silicone body has been painted to look like a real patient and covers high-tech machinery: an artificial lung that is computerized and loaded with sensors to simulate the lung function of a premature baby. In contrast to existing simulators, LuSi reacts autonomously to treatments like oxygen or other forms of respiratory support.

LuSi's lungs fill and empty with actual air, and oxygen,volume and pressure inside the lungs are measured. The lungs can be madeatelectatic or recruited, airways can be made to be open or obstructed, andspontaneous breathing in many forms can be realised. The resulting alveolarventilation drives the physiological models built into LuSi, which in turndetermine blood gases and heart lung interaction. The results of thesecalculations are made visible to the learner through the built-in vital signsmonitor in real time.

LuSi can be treated with most respiratory support devicesincluding high-flow oxygen therapy, nasal CPAP or invasive ventilation. Adedicated vital signs monitor provides real-time curves and data includingpre-ductal and post-ductal pulse oximetry, respiratory impedance measurementwith ECG, transcutaneous PCO2, and even end-tidal CO2 measurement. The vitalsigns monitor is configurable so that it can be set to look like most deviceson the market.

Since LuSi is autonomous and guaranties a consistentoutcome, there is no need for operator interaction or an expert to tweak thevital signs A single trainer can perform the simulation training. Selecting apathology is enough to create a case – and respiratory therapy can be appliedas-if LuSi would be a real patient. LuSi will react in real-time and createvital signs, which can be used to guide therapy by the learner until she/heaccepts and declares successful treatment. Since pertinent data is stored,debriefing can be done any time after the simulation.

Such new approaches will enable staff to train on-site usingthe actual respiratory care equipment of the unit and complete the training atany time.

Featured

More events

Related articles



More Features

More features