Advanced Resuscitation Training Program for Cardiac Arrest Patients
The ART training program has been shown to increase the confidence of the trainees’ in implementation, decrease non-ICU arrests without being at the expense of an increase in ICU arrests, increase survival and discharge rate as well as good neurologic outcomes.
This program has been extensively implemented and tested in the in-patient population, and can potentially be applied to outpatient population as well.
The new Advanced Resuscitation Training Program (ART) developed by UCSD researchers maintains the same critical objective as that of the standard AHA/ILCOR guideline, such as minimal interruptions in the chest compressions, controlled ventilations, use of pressor agents to augment perfusion during chest compressions, direct counter-shock of VG/PVT following periods of compression, use of anti-arrhythmic agents to increase defibrillation success and prevent defibrillation, and appropriate application of advanced procedures such as defibrillation, endotracheal intubation, vascular access and rhythm analysis. Various parameters of the standard AHAH/ILCOR guidelines have been altered in ART, such as the initial assessment, deeper compressions, the ratio of continuous compressions to synchronous ventilations, pressor therapy, defibrillation, pre- and post-shock pauses, filtered ECG, end-tidal CO2, and waveform pulse oximetry, and emphasis on early detection.
Patent Number: US6704344B1
Application Number: US1999383662A
Inventor: Hu, Aiqun | Ng, Tung Sang | Guo, Donghai
Priority Date: 1 Sep 1998
Priority Number: US6704344B1
Application Date: 26 Aug 1999
Publication Date: 9 Mar 2004
IPC Current: H04L0027227 | H04B0001707 | H04L002700
US Class: 375130 | 329309 | 375344
Assignee Applicant: The University of Hong Kong
Title: Broad-brand MPSK spread spectrum communications receiver with carrier recovery and tracking using correlation techniques
Usefulness: Broad-brand MPSK spread spectrum communications receiver with carrier recovery and tracking using correlation techniques
Summary: Broadband spread spectrum communication system for mobile communication system.
Novelty: Broadband spread spectrum communication system correlates I and Q phase signals output from down converter with PN sequence to adjust frequency generated by voltage controlled oscillator loop
ICT/Telecom
Software/Application
20150242498
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