<ici-import>
 <journal 	issn="2008-3084"/>
 <issue number="1" volume="11" year="2018" publicationDate="2018-07-01" numberOfArticles="7">
			<article externalId="A-10-1-1">
			<type>OTHERS_CITABLE</type>
			
					<languageVersion language="en">
						<title>The Relationship of Discomforting Factors with Coping Strategies
Among Patients in Cardiac Surgery Intensive Care Units</title>
						<abstract>Background: Patients in cardiac surgery intensive care units are affected by different discomforting factors and use different strategies for their management.
Objective: The aim of this study was to examine the relationship of discomforting factors with coping strategies among patients
hospitalized in cardiac surgery intensive care units.
Methods: This descriptive - correlational study was done in 2016. A convenience sample of 110 patients was drawn from the cardiac
surgery intensive care unit of Amir - al - momenin heart surgery center, Kordkuy, Iran. Data were collected using a demographic
questionnaire, the Discomforting Factors in Cardiac Surgery Intensive Care Unit Questionnaire, and Jalowiec Coping Scale. Pearson
correlation analysis, the one - way analysis of variance, the paired - sample t - test and the Tukey&#8217;s post hoc test were used to analyze
the data. Data analysis was performed via the SPSS software (v. 16.0) and at a significance level of less than 0.05.
Results: The mean score of discomforting factors was greater than the moderate level (74.08 &#177; 16.93). Participants used emotion -
focused coping strategies more than problem-focused ones. Discomforting factors were inversely correlated with problem - focused
strategies (r = - 0.266; P = 0.005) and directly correlated with emotion-focused strategies (r = 0.247; P = 0.009).
Conclusions: Patients in cardiac surgery intensive care units suffer from the negative effects of different discomforting factors and
use emotion - focused coping strategies more than problem - focused strategies for the management of the factors.
Keywords: Discomforting Factors, Coping Strategies, Cardiac Surgery Intensive Care Unit</abstract>
						<pdfFileUrl>http://jccnursing.com/article-1-408-en.pdf</pdfFileUrl>
						<publicationDate>2019-06-23</publicationDate>
						<pageFrom>1</pageFrom>
						<pageTo>8</pageTo>
				<keywords>
</keywords>
				</languageVersion>
				


	<authors>
	<author>
	<name>Masoumeh</name>
	<surname>Rahimi</surname>
	     <order>1</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Shohreh</name>
	<surname>Kolagari</surname>
	     <order>2</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Khadijeh</name>
	<surname>Yazdi</surname>
	     <order>3</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Mohammad</name>
	<surname>Aryaie</surname>
	     <order>4</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	</authors>


	</article>



			<article externalId="A-10-1-2">
			<type>OTHERS_CITABLE</type>
			
					<languageVersion language="en">
						<title>Barriers to Nursing Performance from the Perspective of Nurses Working in Intensive Care Units</title>
						<abstract>Background: Therearemanyperformanceobstaclesinintensivecareunits(ICU)thatcanwasteanurse&#8217;stimeandenergy. Detectionandeliminationof theseobstaclescanimproveeﬃcacyinICUs. Objectives: ThisstudywascarriedouttoidentifytheperformanceobstaclesexperiencedbynursesinICUsof selectedhospitalsin Kashan,Iran,2015. Methods: In this descriptive analytical cross-sectional study, all 80 nurses working in ICUs reported their performance obstacles in 240 working shifts. The research instrument had 2 parts: 1- information of nurses and their working shift; 2- nursing performance obstacles questionnaire of Gurses. The questionnaire evaluates performance obstacles in 4 dimensions of environment, task,technology,andorganization. ThedataanalyzedwiththedescriptiveandanalyticalstatisticsincludingMann-WhitneyUand Krukall-Wallistests,andmultipleregressionanalysisusingSPSS16. Results: The most common obstacles were: receiving too many phone calls from family members (75%), delay in getting medicationsfrompharmacy(54.6%),insuﬃcientspacetositdownanddopaperwork(52.9%),anddisorganizedunit(51.6%). Intheﬁeldof technology, havingtouseequipmentinpoorcondition(35%)wasthemostfrequentobstacle. Delayinseeingnewmedicalorders (48.3%)andinadequateinformationfromphysicians(30.4%)wereothercommonobstacles. Thenurseswithlessthan3yearsof experienceworkinginICUs,thoseworkingmorningshifts,andnurseswhohadadmittedmorepatientsreportedsigniﬁcantlymore obstacles. Conclusions: Nursing performance obstacles were diﬀerent. Many obstacles such as receiving too many phone calls and having touseequipmentinpoorconditioncanbemanagedbysimpleinterventionssuchasusingtechnologytogiveinformationtothe familymembers.Managementpoliciesandenhancingteamworksareneededtoreduceobstaclessuchasinadequateinformation from physicians and disorganized unit. We need further studies, to evaluate how the elimination of these obstacles can improve thenursingcareinICUs.
Keywords: CriticalCareNursing,IntensiveCareUnits,WorkPerformance,BarrierandPerception</abstract>
						<pdfFileUrl>http://jccnursing.com/article-1-409-en.pdf</pdfFileUrl>
						<publicationDate>2019-06-23</publicationDate>
						<pageFrom>1</pageFrom>
						<pageTo>6</pageTo>
				<keywords>
</keywords>
				</languageVersion>
				


	<authors>
	<author>
	<name>Zahra</name>
	<surname>Rajaeian</surname>
	     <order>1</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Negin</name>
	<surname>MasoudiAlavi</surname>
	     <order>2</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	</authors>


	</article>



			<article externalId="A-10-1-3">
			<type>OTHERS_CITABLE</type>
			
					<languageVersion language="en">
						<title>Investigating the Success Rate of Cardiopulmonary Resuscitation, Survival Rate in Patients,and their Related Factor</title>
						<abstract>Background: Cardiopulmonaryresuscitation(CPR)procedureconsistsof measurestakentorestoretheactsof theheartandthe braininapersonwhohaslosttheirownconsciousness. Thus,thepurposeof thepresentstudywastoinvestigatethesuccessrate of CardiopulmonaryResuscitation,survivalrateinpatients,andtheirrelatedfactorsinordertoassistinimprovingeﬀectiveconditionsandmeasureswithinhospitalstoincreasethesuccessrateof CPR. Methods: This cross-sectional analytic study was conducted in 2016. To this end, a total number of 199 patients aﬀected with cardiopulmonaryarrestandundergoingtheCPRprocedureintheemergencywardsandotherhospitalsunitsinIranwererecruited using a convenience sampling method. Then, patient information was collected through a researcher-designed checklist as well as a review of clinical records. The data were also analyzed via the SPSS.16 software. Data analysis was similarly performed using descriptivestatisticsandChi-squareandt-test. Results: The mean age of patients was 44 years. The result of 36.7% of CPR procedures conducted was reported successful, however,only4% of patientsﬁnallysurvived. Ingeneral,theﬁndingsrevealedthatfactorssuchasage,gender,hospital,historyof prior diseases, checked initial rhythm, work shift, time of work shift change, pre-resuscitation intubation status, and underlying cause of cardiopulmonary arrest had no eﬀects on the success rate of CPR procedure. However, location of the occurrence of cardiopulmonaryarrest(P=0.03)andspecialtyof physiciansinchargeof resuscitationteams(P=0.01)wereamongthefactorsaﬀectingthe successrateof CPRprocedure. Furthermore, checkedinitialcardiacrhythm(P&#60; 0.0001)andahistoryof priorheartdiseases(P= 0.05)inpatientshadimpactsontheirsurvivalrate. Conclusions: Given the simplicity and teachability of the principles of basic life support (BLS), health status, and survival rate in patients can be easily and signiﬁcantly promoted through the public education of the initial resuscitation measures. Moreover, according to the investigations made in this respect, post-resuscitation measures can dramatically aﬀect the survival rate of individuals.Therefore,itissuggestedtoinvestigatepost-resuscitationmeasuresinotherstudiesofprospectivetypeinordertopropose strategiestoimprovethesurvivalrateof patients.
Keywords: CardiopulmonaryResuscitation,HeartArrest,SuccessRate,SurvivalRate</abstract>
						<pdfFileUrl>http://jccnursing.com/article-1-410-en.pdf</pdfFileUrl>
						<publicationDate>2019-06-23</publicationDate>
						<pageFrom>1</pageFrom>
						<pageTo>5</pageTo>
				<keywords>
</keywords>
				</languageVersion>
				


	<authors>
	<author>
	<name>Athare</name>
	<surname>Nazri Panjaki</surname>
	     <order>1</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Narges</name>
	<surname>Salari</surname>
	     <order>2</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Masoum</name>
	<surname>Khoshfetrat</surname>
	     <order>3</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	</authors>


	</article>



			<article externalId="A-10-1-4">
			<type>OTHERS_CITABLE</type>
			
					<languageVersion language="en">
						<title>Patient Compliance to Non-Invasive Ventilation in Sub-IntensiveCare Unit: An Observational Study</title>
						<abstract>Background:Thesuccessof noninvasiveventilationdependsonmanyfactorsandeﬀectivedeliveryrequiresteamwork.Informationonthetherapeuticprogrammustbesustainedbyhealthcarestaﬀandfamily. Objectives: Investigatetheclinicalandcarefactorsthataﬀectthelevelof patientcompliancetononinvasiveventilation. Methods: A prospective, observational and multicentre study was conducted between November 1, 2015 and February 15, 2016 in three sub-intensive wards. A data collection tool was created with the working deﬁnition of &#8220;Patient intolerant to non invasive ventilation&#8221; and a structured interview was conducted to investigate patient experience of NIV. Statistical analysis was conducted withtheSTATAMP13software. Results: Coordination of patient-ventilator interaction prevents intolerance (OR = 0.68, 95% IC 0.46 - 0.98; P = 0.04). Overweight andobesepatientsshowedahigherprobabilityof intolerancetononinvasiveventilationwithrespecttounderweightandnormal weight patients (OR = 0.53, 95% IC 0.34 - 0.82; P = 0.005). Patients with a higher probability of intolerance experienced a NRS level of 4/5(OR=1.76, 95% IC1.30-2.41; P&#8804;0.001)whilereceivingcontinuoustreatment(OR=1.26, 95% IC1.04-1.53; P=0.019). Patients in open-space settings experienced less intolerance (4.7 SD&#177;1.2) with respect to patients in single rooms (2.5 SD&#177;0.9). Anxious patientsdevelopedmoreintolerancethancalmandinformedpatients(OR=7.39,95% IC3.19-17.13;P&#8804;0.001) Conclusions: Compliance to non invasive ventilation depends on multiple factors, including relational aspects that aﬀect treatment success. Attention to patient comfort, pain control, and collaboration with the caregiver appear to have the most inﬂuence onpatientcompliance.
Keywords: Nurses,Patients,NoninvasiveVentilation,IntensiveCareUnits,Compliance,Masks</abstract>
						<pdfFileUrl>http://jccnursing.com/article-1-411-en.pdf</pdfFileUrl>
						<publicationDate>2019-06-23</publicationDate>
						<pageFrom>1</pageFrom>
						<pageTo>4</pageTo>
				<keywords>
</keywords>
				</languageVersion>
				


	<authors>
	<author>
	<name>Alessia</name>
	<surname>D’Orazio</surname>
	     <order>1</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Antonella</name>
	<surname>Dragonetti</surname>
	     <order>2</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Giorgio</name>
	<surname>Campagnola</surname>
	     <order>3</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Cristina</name>
	<surname>Garza</surname>
	     <order>4</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Fabrizio</name>
	<surname>Bert</surname>
	     <order>5</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Simona</name>
	<surname>Frigerio</surname>
	     <order>6</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	</authors>


	</article>



			<article externalId="A-10-1-5">
			<type>OTHERS_CITABLE</type>
			
					<languageVersion language="en">
						<title>The Psychometric Properties of Richard Campbell Sleep Questionnaire in Patients in Intensive Care Unit</title>
						<abstract>Background:Patientshospitalizedincriticalcareunitsareatriskfordevelopingdiﬀerenthealthproblemssuchassleepdisorders. Detectionofsleepdisordersisveryimportantandneedstheappropriatetools.Thisstudywasaimedtodeterminethepsychometric propertiesof RichardCampbellsleepquestionnaire. Methods:Thismethodologicalstudywasconductedinthecardiacsurgeryintensivecareunit(CICU)ofMilitaryHospitalofTehran in 2016. A standard translation of the questionnaire was provided, and face and content validity of the questionnaire were qualitatively evaluated by the main users (patients) and experts, respectively. Reliability of the questionnaire was determined using Inter-raterreliabilityandinternalconsistency. Inthisstudy,100patientswhomettheinclusioncriteriawereselectedusingconveniencesamplingmethod. Onthe2ndand3rddayafterthehospitalization, qualityof theirpastnight&#8217;ssleepwasmeasuredusing thequestionnaire. Results: The face and content validity of the questionnaire were qualitatively at desired level. The reliability of the questionnaire throughinter-ratercorrelationcoeﬃcientandtheCronbach&#8217;salphavaluewere0.714(P&#60; 0.0001)and0.906,respectively. Conclusions: Accordingtotheresults,RichardCampbellsleepquestionnaireisasimplevalidatedinstrumentthatcanbeusedby healthcareproviderssuchasnursestomeasurethequalityof sleepinpatientsincardiacsurgeryintensivecareunit(CICU).
Keywords: Sleep,IntensiveCareUnit,Psychometrics,RichardCampbellSleepQuestionnaire</abstract>
						<pdfFileUrl>http://jccnursing.com/article-1-412-en.pdf</pdfFileUrl>
						<publicationDate>2019-06-23</publicationDate>
						<pageFrom>1</pageFrom>
						<pageTo>5</pageTo>
				<keywords>
</keywords>
				</languageVersion>
				


	<authors>
	<author>
	<name>Ahmadali</name>
	<surname>Amirifar</surname>
	     <order>1</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Abolfazl</name>
	<surname>Rahimi</surname>
	     <order>2</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Fakhrudin</name>
	<surname>Faizi</surname>
	     <order>3</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Masoud</name>
	<surname>Siratinir</surname>
	     <order>4</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	</authors>


	</article>



			<article externalId="A-10-1-6">
			<type>OTHERS_CITABLE</type>
			
					<languageVersion language="en">
						<title>The Eﬀectof Benson Relaxation on the Anxiety of Patients under Radial Angiography: A Randomized ClinicalTrial</title>
						<abstract>Background:Angiographyisthegoldstandardtestforthediagnosisofcoronaryarterydisease;however,morethan82% ofpatients have stress and anxiety before they undergo angiography, which signiﬁcantly eﬀects the diagnostic results. One of the common complicationsoftheangiographymethodthroughtheradialarteryistheoccurrenceofarterialspasmthatisseenmoreinpatients withsevereanxiety. ThecurrentresearchersbelievethatusingBensonrelaxationiseﬀectiveinreducingthepatient&#8217;sanxiety. Objectives: ThisstudywasdesignedtoevaluatetheBensonrelaxationmethodinpatientsundergoingradialangiography. Methods:Thisstudywasaclinicaltrial,whichwasperformedon60candidatepatientsundergoingcoronaryangiographybyradial methodatBaqiyatallahHospitalduringyear2017(N=60). Thesampleswererandomlyallocatedtotwogroups, interventionand control. The information gathering tools were demographic questionnaire, the Beck Anxiety Inventory (BAI), and hemodynamic variableschecklist. DataanalysiswasdonewiththeSPPSSV16softwareusingKolmogorov-Smirnovtest,Mann-Whitneytest,and paired-ttest. Results: The results showed a signiﬁcant diﬀerence between the anxiety of the patients before and after the intervention in each group(P&#60; 0.05). Thecomparisonof thetwogroupswiththepaired-ttestwasnotstatisticallysigniﬁcant. Theanxietyof patients aftertheinterventionwasdecreased,yetthisdecreasewasnotstatisticallysigniﬁcant. Conclusions: Benson&#8217;s relaxation method can be eﬀective in reducing anxiety in angiography candidate patients. Accordingly, it mayalsobeeﬀectiveinreducingtheoccurrenceof radialarteryspasm.
Keywords: Anxiety,BensonRelaxation,RadialAngiography</abstract>
						<pdfFileUrl>http://jccnursing.com/article-1-413-en.pdf</pdfFileUrl>
						<publicationDate>2019-06-23</publicationDate>
						<pageFrom>1</pageFrom>
						<pageTo>6</pageTo>
				<keywords>
</keywords>
				</languageVersion>
				


	<authors>
	<author>
	<name>Yasser</name>
	<surname>Moazami Goudarzi</surname>
	     <order>1</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Fataneh</name>
	<surname>Ghadirian</surname>
	     <order>2</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Amir</name>
	<surname>Vahedian</surname>
	     <order>3</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Amir</name>
	<surname>Pishgoo</surname>
	     <order>4</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	</authors>


	</article>



			<article externalId="A-10-1-7">
			<type>OTHERS_CITABLE</type>
			
					<languageVersion language="en">
						<title>Clinical Manifestation of Acute Myocardial Infarction: Classiﬁed by Age and Gender</title>
						<abstract>Background: The purpose of the study was to evaluate clinical manifestations of acute myocardial infarction as classiﬁed by age andgender. Methods: This cross sectional study was conducted in a coronary care unit of a regional urban medical center in northern Iran (Amol). Atotalof 366patientsdiagnosedwithacutemyocardialinfarctionwererecruitedfromJanuarytoJune2013. Patientdemographicinformation,pastmedicalhistory,andcurrentsymptomdatawerecollected. Results:Multivariatelogisticanalyseswereperformedtoidentifyriskpredictorsofmyocardialinfarctionpatientsclassiﬁedbyage andgender.Riskpredictorsforolderpatientsweredyspnea,OR=1.76(95% CI1.01,3.06),weaknessoddsratio=2.35(95% CI1.31,4.21), nausea odds ratio = 1.83 (95% CI 1.04, 3.20), vomiting odds ratio = 2.48 (95% CI 1.34, 4.57), fatigue odds ratio=1.87 (95% CI 1.02, 3.39), belching, odds ratio = 2.13 (95% CI 1.08, 4.20), and hiccups odds ratio = 2.81 (95% CI 1.25, 6.30). Sub group analysis in older women patientsidentiﬁedweaknessoddsratio=3.13(95% CI1.11,8.85),andbelchingoddsratio=34.70(95% CI3.86,312.2)asriskpredictors. Amongoldermenpatients,thepredominantsymptomsweresweatingoddsratio=3.74(95% CI1.06,13.2)andvomitingoddsratio =2.54(95% CI1.10,5.91). Conclusions:Thisstudyconcludesthatolderacutemyocardialinfractionpatientsweremorelikelytohavenon-speciﬁcsymptoms. Initial assessment for acute myocardial infarction should consider the possibility of non-speciﬁc clinical manifestations, such as weaknessandbelchinginolderwomen,andsweatingandvomitinginoldermen.
Keywords: MyocardialInfarction,Age,Gender,SignsandSymptoms</abstract>
						<pdfFileUrl>http://jccnursing.com/article-1-414-en.pdf</pdfFileUrl>
						<publicationDate>2019-06-23</publicationDate>
						<pageFrom>1</pageFrom>
						<pageTo>9</pageTo>
				<keywords>
</keywords>
				</languageVersion>
				


	<authors>
	<author>
	<name>Behzad</name>
	<surname>Taghipour</surname>
	     <order>1</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Erika</name>
	<surname>Sivarajan Froelicher</surname>
	     <order>2</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>AmirHossein</name>
	<surname>Goudarzian</surname>
	     <order>3</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Yiong</name>
	<surname>Huak Chan</surname>
	     <order>4</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Hamid</name>
	<surname>Sharif Nia</surname>
	     <order>5</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Ameneh</name>
	<surname>Yaghoobzadeh</surname>
	     <order>6</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	<author>
	<name>Ali Akbar</name>
	<surname>Haghdoost</surname>
	     <order>7</order>
        <instituteAffiliation></instituteAffiliation>  
	    <role>AUTHOR</role>
	 </author>
	</authors>


	</article>


	</issue>
 </ici-import>
 
  
  
  
  
 