Are the cooling processes immediately after resuscitation beneficial Research Paper

Are the cooling processes immediately after resuscitation beneficial in the pre-hospital settings - Research Paper Example Are the cooling processes immediately after resuscitation beneficial in the pre-hospital settings? As the research aims to study the success of the cooling process after resuscitation in the pre-hospital settings; thus, researchers have evaluated that hypothermia is induced in pre-hospital setting to deal with the comatose cardiac arrest patients. It has been found that many researches evidenced favorable results concerning induction of hypothermia after cardiac arrest to initiate and effectively practice the efficient method; it promotes the best neurological outcome at discharge suggested by professionals. Authors of the study have included experiences and viewpoints of the participants (population) who had comparable baseline characteristics. Also, to deeply study the experience of the population authors had intended to explore if the body temperature decreases before the arrival of cardiac patient at the hospital; how it will impact the treatment procedure. So, they have explored that a decrease in patient's body temperature is positively effectively, safe and feasible for the health practitioners and also the cardiac arrest patient feel encouraging difference in his/her health condition. Although, researchers have not intended to include adverse influence of induced hypothermia in the findings, but the meta-analysis reveals underpins that in some cases induced hypothermia can cause negative effects on heart rate, blood pressure, pulse oximetry and chest radiograph. Furthermore, from another outstanding piece of medical literature researchers have noted that decrease in core tempera ture of 0.8 degree Celsius can point out a quick infusion of greater volume, ice-cold intravenous fluid decrease temperature as soon as the patient arrived at the healthcare centre (Nichol, Thomas, Callaway, & Hedge, 2008). Also, researchers have included experiences of patients out of the hospital and effectiveness of the cooling process immediately after resuscitation. For the evidence (Kamarainen, Virkkunen, & Tenhunen, 2009) has been analyzed, which stated that hypothermia group was observed to experienced low temperature at the time, when they arrived at the hospital in comparison with the control group. With the analysis of this study, authors observed no negative influences of hemodynamic instability or pulmonary edema and this approach of the cooling process was proved to be safe and effective for better health outcomes of the cardiac patients. Review of Castren (2010) study helps authors to explore data related to pre-hospital intra-arrest transnasal evaporative cooling. Th is study evidenced the safety, feasibility, and cooling efficiency of induced hypothermia within pre-hospital settings. Additionally, positive impact of cooling on neurological experiences of the patient has also been witnessed by Castren (2010). However, Castren (2010) strongly considered that factors identified have adverse effects of the cooling procedures on blood pressures, heart rate, chest x-ray, and pulse oximetry. Other studies such as Kim, Olsufka, & Maynard (2007) also evidenced the safety and feasibility of pre-hospital cooling; however, this study strongly suggested that esophageal temperature is important to note down at randomization and upon the