by VentinovaMedical | Oct 12, 2018
Profs Barnes and Enk are the first to actually determine Pressure-volume (PV) loops and to show minimized energy dissipation in a patient ventilated with FCV by Evone. During FCV ventilation, both inspiratory and expiratory flows were kept nearly constant around 12...
by VentinovaMedical | Oct 8, 2018
Prof. Barnes, together with Van Asseldonk and Enk, provide clear theoretical evidence for lower energy dissipation in the lungs by FCV® as compared to VCV or PCV. They present a simple analysis and numerical calculations indicating that energy dissipation may be...
by VentinovaMedical | Jul 13, 2018
Dr Imran Ahmad is the first to describe a challenging airway case, in which Tritube and Evone were found of significant value. The patient, scheduled for panendoscopy, had an anticipated difficult airway combined with airway pathology and COPD. Dr Ahmad therefore...
by VentinovaMedical | May 9, 2018
The workgroup of Prof. Schumann was the first to execute a comparative study, evaluating a commonly applied VCV protocol with FCV® mode by Evone. This study in healthy pigs shows that FCV® improves lung aeration via elevated mean tracheal pressure and consequently...
by VentinovaMedical | Feb 13, 2018
Dr. Heerdt and colleagues showed that a prototypical small automated ventilator based upon the EVA principle could be used to generate a controlled period of negative EEP. This resulted in improved hemodynamics relative to positive pressure ventilation (PPV) during...
Recent Comments