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Uninterrupted chest compressions plays a key role in the survival of the cardiac arrest patient during cardiopulmonary resuscitation. For this purpose, a parallel manipulator operated by the pneumatic air pressure is designed, and the experiments were conducted on the Ambu feedback manikin by varying chest stiffness in the manikin for every bar of...
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Context 1
... pause is given for rescue breathing for a period of 2 seconds and once again the compression cycle begins. Leaning is occurred because of imp roper recoiling of the chest. Most of the c oppressions are over-depth due to excessive force applied by the rescuer. The chest compressions are not uniform, and the blood flow to brain will not be uniform. Fig. 6. Shows the chest compressions performed by the proposed manipulator where each compression is falls between 50 to 60 mm depth as per the AHA recommendation for external chest compressions during CPR. Here, with the mechanical device the chest compression is observed to be in uniform and this helps in continuous flow of blood to the ...
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The thought of using a parallel manipulator for uninterrupted and continuous external chest compressions during the procedure of cardiopulmonary resuscitation is proposed in this paper. As the quality of cardiopulmonary resuscitation plays a central part in reducing patient impermanence rates. As per the requirement of action of cardiopulmonary res...
Citations
... CPR improves blood circulation to the brain, heart, and other organs. Even with the most successful manual CPR, heart output is just 20-30% normal [9]. In 2022, research was conducted on CPR knowledge among healthcare providers in Saudi Arabia and the result showed Archives of Pharmacy Practice ¦ Volume 14 ¦ Supplementary ¦ 2023 that 60% of HCPs in the KSA had an average awareness level score of 60%-80% about CPR management methods, which may be explained by a lack of literature review by HCPs or because the evidence behind CPR is enormous and not formally taught in basic life support courses or healthcare schools. ...
The survival rate is higher among the patients who receive bystander-initiated cardiopulmonary resuscitation just after an out-of-hospital
cardiac arrest than those who do not. Advanced cardiac life support and BLS must be known to everyone in the community, but especially to
medical personnel. Our study aimed to assess the knowledge and awareness level of health care providers and all health specialties students
regarding using AI/Robotics during CPR in Saudi Arabia Hospital. We conducted this cross-sectional study. All health workers from various
regions of Saudi Arabia who worked in the healthcare sector and have eligibility to perform CPR were targeted. The minimum responses to
a questionnaire regarding to topic was 1000 participants. The results were analyzed with SPSS 21.0. The study included 1409 participants,
61.3% were females and 38.7% were males. The majority of respondents are between the ages of 20-30. The majority of individuals have a
low to moderate level of knowledge, with 36.80% falling into the low knowledge category and 38.60% falling into the moderate knowledge
category. On the other hand, those with good knowledge account for 24.60% of the population. The majority of individuals have low to
moderate levels of knowledge. Knowledge score was significantly associated with participants’ age, educational level, job title, and years of
experience. The integration of AI and robotics in the field of CPR holds immense promise for enhancing the effectiveness and efficiency of
this life-saving procedure.
Background: The life-saving procedure is required rapid and effective methods to keep patients survive. Some literature reviews demonstrate those robotic medical systems like the applications as chest compression manipulators, which applied to enhance the quality during cardiopulmonary resuscitation in hospitals and because the number of studies that talked about the importance of using robotics was few This paper will be discussed Using of robotics and artificial intelligence (AI) during cardiopulmonary resuscitation in hospitals focusing on the level of efficiency of the outcome based on systematic reviews studies. Methods: This is a systematic review is based on collecting all previous articles which were done on the using Cardiopulmonary resuscitation CPR quality outcome of Patients with cardiac arrest by using Robotics/ Artificial Intelligence in hospitals. Results: The review process involved determining the suitability of 46 publications. There were 22 papers that made it through the full text screening and into the final review. The purpose of this research was to assess and improve outcomes for patients with cardiac arrest using robotics/artificial intelligence during CPR in hospitals. Conclusion: Robots and artificial intelligence have created a device that can reduce the risk of saving patients. It is safe, affordable, and accessible in real time, and more precise instrumentation and controls can adapt the massage to the rigidity of the patient's rib cage or clinical presentation.
