Translation of "Beatmungstherapie" in English

Because of inadequate sealing at the time of placing of the cuff, in the course of ventilation secretion manages continuously to pass the cuff barrier and on into the distal tracheobronchial system, and so is responsible for the development of the majority of all the pneumoniae (lung inflammations) associated with assisted respiration.

During the implementation of the respirator-treatment therapy, one generally carries out a capture and storage of measured data which individually refer to the patient under therapy.

Anaesthesia machine makes the entire spectrum – from sophisticated ventilation therapy to the monitoring, integration of infusion technology and automation of sub-functions – possible with a single system.

The nCPAP generator is designed to offer maximum comfort for neonates receiving nCPAP or noninvasive ventilation therapy.

Measured data are sent to the knowledge-based system from the respirator every 5 seconds (spontaneous respiration rate, tidal volume, end-tidal carbon dioxide), and the respiration therapy is automatically adjusted with these measured data every 2 to 5 minutes conform with the clinical guidelines and adequately for the patient's status.

The user can retrieve the respiration statistic, for example, via the interface 27 and use it to judge the respiration therapy.

While a ventilation therapy is performed the natural cleaning mechanism of the airways is capable of transporting secretions and foreign matter into the trachea up to the endotracheal tube, if at all.

It is an urgent aim in the respiration therapy of patients with lung failure to keep the inspiratory oxygen concentration, i.e. oxygen concentration set on the respiration apparatus (FiO2, fraction of inspired oxygen) as low as possible.

For the first time, this allows to carry out a ventilation therapy during which the pressure never drops below the predetermined CPAP or PEEP (see above), even in connection with suction manoeuvres.

A typical example of the performance capability of modern medical technology is provided by the Zeus Infinity Empowered (IE) anaesthesia machine from Dräger which makes the entire spectrum – from sophisticated ventilation therapy to the monitoring, integration of infusion technology and automation of sub-functions – possible with a single system.

Whether at the bedside, in the dayroom, or anywhere else in the facility, the HAMILTON-C1 can remain by their side providing seamless ventilation therapy.

This development was due to an increase in the number of deaths with severe brain damage as well as an increase in the percentage of patients who were treated with invasive ventilation before death.

Continuously optimized and controlled cuff pressure supports ventilation therapy and protects your patients from VAP and tracheal injuries.

The new HAMILTON-C3 offers high-end ventilation therapy with a variety of unique features, including the Ventilation Autopilot INTELLiVENT-ASV, high flow oxygen therapy, and the P/V Tool Pro.

While studies have established the key parameters of lung protection, specific findings for individually adapted realization and their adjustment over the course of ventilation therapy are still hard to come by.

With the Amato Study, the reduction of adverse effects in ventilation therapy has again thrown up many questions around the world and, to some extent, puts existing approaches to lung-protective ventilation in doubt.

Most frequently occurring risk factors of profound hearing loss are perinatal asphyxia, ototoxic drugs, ventilation though a respirator, intrauterine infections or hyperbilirubinemia.

This allows clinicians to ensure individualized, lung-protective ventilation therapy for every one of their patients.

This is why the HAMILTON-T1 enables you toprovide optimal ventilation therapy to all patient groups during transport, from the neonate to the adult.

However, a critical clinical evaluation may be advisable, to determine whether an indication for non-invasive ventilation therapy (NIV) is present (19).

Featuring an integated turbine and compact design, the device can operate independently of compressed air and accompany patients both indoors and out.Whether at the bedside, in the dayroom, or anywhere else in the facility, the HAMILTON-C1 remains by their side providing seamless ventilation therapy.

Their ventilators help us to increase our efficiency by fulfilling three criteria: They are safe, that is, they do not pose a risk to the patient; they are effective, meaning that the ventilation therapy is beneficial to the patient; and they are economical, as ventilation therapy can be terminated very quickly.