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Biomedical subjects

K Wyrwoll

Publications and source records attributed to K Wyrwoll.

4 recordsLinked to original sources

[Aspects of primary PEEP ventilation for immediate treatment of emergency patients (author's transl)].

PEEP ventilation is frequently used in intensive care patients: its particular effects in the immediate treatment of emergency patients are discussed. In animal experiments different studies were performed using manually operated resuscitators combined with a newly designed PEEP valve. The most important results in neonatal pigs show that the post partum compliances and the neonatal PO2 values were much better after primary PEEP ventilation than after IPPB or 2-phases unfolding inflation. The worst method of respiratory resuscitation is the use of PNPB. In 2 other groups of animals immediate PEEP ventilation was compared to IPPB, after 25 ml of fresh water/kg BW had been instilled into the animals lungs. The PaO2 and AaDO2 values of those animals, treated immediately with PEEP were much better than the corresponding values of the ZEEP group animals. But, the PEEP-treated animals showed a significant reduction of the cardiac output. The article deals further with the results of different authors, as far as PEEP and lung edema, PEEP and CPR, PEEP and shock are concerned. In our opinion, the present clinical and experimental results lead to the following conclusions: The immediate PEEP ventilation at the scene is indicated 1. in neonatal resuscitation - 2. in near drowning - 3. in lung edema - 4. in cardiopulmonary resuscitation. PEEP ventilation should however not exceed 10 cm H2O.

Animals↗

[A new suction pump to be used in the field of emergency medicine (author's transl)].

In the field of emergency medicine there has been a need for an efficient suction pump that can be used under all types of conditions and included both in doctors' emergency kits as well as in the standard equipment of mobile units such as ambulance cars, helicopters etc. The devices available in the past had decided disadvantages in their construction and performance. A newly designed suction pump -- the AMBU Uni-Suction -- has been subjected to laboratory and practical tests concerning function, material and practical use, based on a specification of requirements for such a device. The results show that this universally applicable suction pump meets every requirement under the different test conditions. The effectiveness is good, irrespective of the mode of operation applied, i.e. by hand, by foot or by compressed gases. Maintenance and service are negligible and no susceptibility to malfunction was observed. In addition, the design, function and performance of an accessory unit, the Suction Booster, are presented. This device can be used effectively in combination with the new suction pump, or with any other type of suction unit to prevent dangerous aspiration in emergencies.

Clinical Trials as Topic↗

[A new method to avoid aspirations (author's transl)].

When treating accident victims and other high-risk patients there is always the danger of aspiration until intubation has been completed. An ancillary unit is described that can be connected to any type of tracheal aspirator, working on the principle of increasing the suction. Thus liquids and solid particles can always be sucked out quickly and effectively. In this way the danger of aspiration is considerably reduced or avoided altogether.

Humans↗