Background: Cardiopulmonary resuscitation (CPR) is a crucial life-saving procedure for managing cardiac arrest, involving chest compressions and rescue breaths to maintain circulatory flow and oxygenation. Despite its importance, public awareness and proficiency in CPR are alarmingly low globally, including in Jammu & Kashmir. This study aims to evaluate CPR awareness and preparedness among the general public in Jammu & Kashmir, identifying gaps and informing targeted educational interventions. Material & Methods: This descriptive, cross-sectional survey was conducted from January 2024 to March 2024 in Jammu & Kashmir. The study targeted adults aged 18 and above who had been residents for at least 12 months. A sample size of 400 adults was determined using a 95% confidence level and a 5% error margin. Data were collected using a pre-tested Google Form questionnaire that included socio-demographic information and 20 structured questions on CPR knowledge. The data were analyzed using Epi Info V7 Software, with results presented in frequencies and percentages. Results: The study revealed a balanced age distribution among participants, with a slight male predominance (55.3%). Educationally, 39.8% were graduates, and 15.3% had postgraduate or higher qualifications. Only 10.3% of respondents achieved a 'Very Good' CPR knowledge score, while 39.8% had 'Fair' knowledge, and 24.8% were classified as 'Poor.' Younger participants (18-30 years) and those with higher education levels had significantly better CPR knowledge. Gender, marital status and employment status also influenced CPR knowledge levels. Conclusion: The study highlights a significant gap in CPR awareness and proficiency among the residents of Jammu & Kashmir. Socio-demographic factors play a critical role in influencing CPR knowledge levels. There is an urgent need for targeted, culturally sensitive educational interventions, including community-based training programs, leveraging digital platforms, and incorporating CPR education into school and workplace curricula.
Cardiopulmonary resuscitation (CPR) is a life-saving procedure essential for the immediate management of cardiac arrest. When an individual experiences cardiac arrest, their heart stops beating effectively, halting blood flow and oxygen delivery to vital organs. CPR, which involves a series of chest compressions and rescue breaths, plays a critical role in maintaining circulatory flow and oxygenation during this medical emergency. The timely application of CPR significantly increases the chances of survival and recovery, providing a crucial window of opportunity until professional medical help arrives. Despite its critical importance and the simplicity of the procedure, public awareness and proficiency in CPR remain alarmingly low in many regions across the globe. This gap in knowledge and skills can lead to dire consequences, highlighting the urgent need for widespread CPR training and education.1-7
The state of Jammu & Kashmir, with its unique socio-cultural and geographical landscape, poses distinct challenges and opportunities in public health education. The region's diverse population, encompassing various religious, cultural, and ethnic groups, requires tailored health education approaches to ensure inclusivity and effectiveness. Additionally, Jammu & Kashmir has experienced significant socio-political disturbances over the years, which have adversely affected the accessibility and quality of health education and emergency services. These disturbances have led to infrastructural challenges, limited healthcare resources, and disrupted public health initiatives, making it difficult to implement consistent and comprehensive health education programs. In such a context, assessing the level of CPR awareness and preparedness among the residents of Jammu & Kashmir becomes imperative. Understanding the current state of CPR knowledge in this region is crucial for identifying gaps and devising strategies to improve emergency response and health outcomes.
This study aims to bridge the knowledge gap by evaluating the awareness and understanding of CPR among the general public in Jammu & Kashmir. By conducting a thorough assessment of the current knowledge levels, the study seeks to uncover specific areas where educational interventions are needed. The goal is to highlight regions and demographic groups that require targeted training and resources to enhance CPR proficiency. Ultimately, this research aims to inform the development of tailored educational programs and public health initiatives that can effectively address the unique challenges of Jammu & Kashmir. Enhancing CPR awareness and preparedness in this region will not only improve emergency response capabilities but also contribute to building a more resilient and health-conscious community.
Objectives of the Study:
The primary objective is to gauge awareness and knowledge about Cardiopulmonary resuscitation (CPR) among general public of Jammu & Kashmir.
The study collected data from 400 participants residing in Jammu & Kashmir, providing a comprehensive overview of their socio-demographic characteristics and CPR knowledge levels.
The socio-demographic characteristics of the study population, as shown in Table 1, reveal a diverse participant base. Among the 400 respondents, the age distribution was fairly balanced, with 29.8% aged 18-30 years, 25.3% aged 31-40 years, 22.3% aged 41-50 years, and 22.8% aged over 50 years. Gender distribution was slightly skewed towards males, who constituted 55.3% of the sample, while females made up 44.8%. In terms of marital status, 40.3% were single, 57.3% were married, and 2.5% fell into other categories. Employment status indicated that 54.8% were employed, 20.3% were unemployed, and 25.0% were students. Educationally, 10.3% had education below high school, 34.8% completed high school, 39.8% were graduates, and 15.3% had postgraduate or higher qualifications.
Variable |
Categories |
Frequency (n) |
Percentage (%) |
Age |
18-30 |
119 |
29.8% |
31-40 |
101 |
25.3% |
|
41-50 |
89 |
22.3% |
|
>50 |
91 |
22.8% |
|
Gender |
Male |
221 |
55.3% |
Female |
179 |
44.8% |
|
Marital Status |
Single |
161 |
40.3% |
Married |
229 |
57.3% |
|
Others |
10 |
2.5% |
|
Employment |
Employed |
219 |
54.8% |
Unemployed |
81 |
20.3% |
|
Student |
100 |
25.0% |
|
Education |
Below High School |
41 |
10.3% |
High School |
139 |
34.8% |
|
Graduate |
159 |
39.8% |
|
Postgraduate and above |
61 |
15.3% |
Table 2 details the participants' knowledge regarding CPR, with varying levels of awareness across the 20 questions. Notably, 74.8% correctly identified the primary purpose of CPR, and 70.3% knew the first step in assessing an unresponsive person. Knowledge of the recommended compression-to-breath ratio was correctly answered by 65.3%, while 59.8% understood the appropriate chest compression depth. Awareness of the correct number of compressions per minute was at 54.8%. Half of the participants (50.3%) knew when to stop CPR, and 47.8% were aware of the correct hand placement. Knowledge about checking for breathing and opening the airway was lower, with 45.3% and 40.3% correct responses, respectively. Rescue breaths were correctly understood by 37.3%, and awareness of an AED and its usage stood at 35.3% and 32.8%, respectively. The correct steps for using an AED were known by 29.8%. Fewer participants could identify cardiac arrest signs (27.8%), perform CPR on children (25.3%), or know the differences in infant CPR (22.3%). The recovery position was correctly identified by 20.3%, with only 17.8% aware of how often CPR skills should be refreshed. Knowledge about duration of checking the pulse and which pulse to be checked was particularly low, at 15.3% and 12.8%, respectively.
Question No. |
Awareness Question |
Correct Answer Frequency (n) |
Correct Answer Percentage (%) |
1 |
What is the primary purpose of performing CPR? a) To restore breathing b) To keep oxygen-rich blood flowing to the brain and other vital organs c) to make person walkinstantly d) To stabilize broken bones |
299 |
74.8% |
2 |
What is the first step in assessing an unresponsive person before starting CPR? a) Check for medical identification b) Check for a pulse c) check for responsiveness by tapping on the shoulders d) Call emergency services |
281 |
70.3% |
3 |
What is the recommended compression-to-breath ratio for adult CPR? a) 15:2 b) 30:2 c) 10:1 d) 20:2 |
261 |
65.3% |
4 |
How deep should chest compressions be for an adult during CPR? a) Atleast 1 inch b) Atleast 2 inches c) Atleast 3 inches d) Atleast 4 inches |
239 |
59.8% |
5 |
How many chest compressions should be delivered per minute during CPR? a) 50-70 b) 80-100 c) 100-120 d) 130-150 |
219 |
54.8% |
6 |
Under what circumstances should you stop performing CPR? a) When the person shows signs of life b) When you are too tired to continue c) When professional help arrives d) All of the above |
201 |
50.3% |
7 |
What is the correct hand placement for chest compressions during CPR? a) On the lower half of the sternum b) On the left side of the chest c) On the upper half of the sternum d)On the right side of the chest |
191 |
47.8% |
8 |
How do you check for breathing in an unresponsive person before starting CPR? a) Place your hand on their chest b) Listen for breathing sounds c) Look for chest rise and fall d) Feel for breath on your cheek |
181 |
45.3% |
9 |
What technique is used to open the airway of an unresponsive person? a) Tilt the head back and lift the chin b) Press on the chest c) Shake the shoulders d) Pinch the nose and blow into the mouth |
161 |
40.3% |
10 |
How do you provide effective rescue breaths during CPR? a) Blow air quickly into the mouth b) Give a breath in which inspiration lasts about 1 second c) Give shallow breaths d) Blow air into the nose only |
149 |
37.3% |
11 |
What is an Automated External Defibrillator (AED)? a) A device that monitors heart rate b) A machine that provides electric shocks to the heart c) A tool for measuring blood pressure d) A device used to administer medication |
141 |
35.3% |
12 |
When should you use an AED during a cardiac emergency? a) Immediately before calling for help b) Only if the person is conscious c) After performing CPR for 5 minutes d) When the person is not breathing and having no pulse |
131 |
32.8% |
13 |
What are the basic steps for using an AED on an unresponsive person? a) Attach pads, clear the area, and follow prompts b) Administer medication, attach pads, and press the button c) Perform CPR while using the AED d) Only attach the pads and wait for help |
119 |
29.8% |
14 |
What are the common signs indicating a person might be experiencing cardiac arrest? a) Chest pain and difficulty breathing b) Sudden collapse and unresponsiveness c) Sweating and nausea d) Headache and dizziness |
111 |
27.8% |
15 |
Can CPR be performed on children, and if so, how does it differ from adult CPR? a) No, CPR cannot be performed on children b) Yes, with a different compression depth and ratio c) Yes, but only rescue breaths are given d) No, a defibrillator is required |
101 |
25.3% |
16 |
How is CPR different for infants compared to adults? a) Use of two fingers for compressions b) Higher compression-to-breath ratio c) No rescue breaths d) Stronger and faster compressions |
89 |
22.3% |
17 |
What is the recovery position, and when should it be used? a) Sitting upright, used for breathing difficulties b) Lying on the back, used after CPR c) Side-lying position, used when the person is breathing but unconscious d) Standing up, used for fainting |
81 |
20.3% |
18 |
How frequently should CPR skills be refreshed or updated? a) Every 10 years b) Every 5 years c) Every 2 years d) Every 6 months |
71 |
17.8% |
19 |
How long should you check for a carotid pulse on an adult? a)for at least 30 seconds b)for at least a full minute c)10-15 seconds d)5-10 seconds |
61 |
15.3% |
20 |
Where should you palpate for a pulse on an unconscious adult during CPR? a)carotid pulse b)radial pulse c)femoral pulse d)brachial pulse |
51 |
12.8% |
Table 3 categorizes overall CPR knowledge scores among participants. Only 10.3% of respondents achieved a 'Very Good' score (16-20 correct answers), while 25.3% fell into the 'Good' category (12-15 correct answers). A significant proportion, 39.8%, scored in the 'Fair' range (8-11 correct answers), and 24.8% had a 'Poor' understanding with fewer than 8 correct answers. This distribution highlights a substantial need for improved CPR education within the population.
Table 3: Overall CPR Knowledge Score Categories
Score Category |
Score Range |
Frequency (n) |
Percentage (%) |
Very Good |
16-20 |
41 |
10.3% |
Good |
12-15 |
101 |
25.3% |
Fair |
8-11 |
159 |
39.8% |
Poor |
<8 |
99 |
24.8% |
The univariate analysis in Table 4 examines the association between socio-demographic variables and CPR knowledge levels. Younger participants (18-30 years) had higher proportions of 'Very Good' and 'Good' scores compared to older age groups, with statistical significance (p=0.001). Males generally performed better than females, but the difference was marginally significant (p=0.05). Single participants were more likely to have better CPR knowledge than married ones (p=0.03). Employment status also influenced CPR knowledge, with employed individuals performing better (p=0.02). Education level was a strong predictor, with those having higher educational attainment (graduates and above) scoring significantly better (p=0.001).
Variable |
Categories |
Very Good (n, %) |
Good (n, %) |
Fair (n, %) |
Poor (n, %) |
p-value |
Age |
18-30 |
19 (16.0%) |
31 (26.1%) |
49 (41.2%) |
20 (16.8%) |
0.001 |
31-40 |
11 (10.9%) |
29 (28.7%) |
39 (38.6%) |
22 (21.8%) |
||
41-50 |
6 (6.7%) |
21 (23.6%) |
44 (49.4%) |
18 (20.2%) |
||
>50 |
5 (5.5%) |
20 (22.0%) |
27 (29.7%) |
39 (42.9%) |
||
Gender |
Male |
24 (10.9%) |
61 (27.6%) |
91 (41.2%) |
44 (19.9%) |
0.05 |
Female |
17 (9.5%) |
40 (22.3%) |
68 (38.0%) |
55 (30.7%) |
||
Marital Status |
Single |
21 (13.0%) |
41 (25.5%) |
69 (42.9%) |
30 (18.6%) |
0.03 |
Married |
18 (7.9%) |
59 (25.8%) |
81 (35.4%) |
71 (30.9%) |
||
Others |
2 (20.0%) |
0 (0.0%) |
9 (90.0%) |
0 (0.0%) |
||
Employment |
Employed |
21 (9.6%) |
59 (26.9%) |
81 (37.0%) |
58 (26.5%) |
0.02 |
Unemployed |
9 (11.1%) |
21 (25.9%) |
31 (38.3%) |
20 (24.7%) |
||
Student |
11 (11.0%) |
21 (21.0%) |
47 (47.0%) |
21 (21.0%) |
||
Education |
Below High School |
4 (9.8%) |
10 (24.4%) |
16 (39.0%) |
11 (26.8%) |
0.001 |
High School |
9 (6.5%) |
24 (17.3%) |
70 (50.4%) |
36 (25.9%) |
||
Graduate |
19 (11.9%) |
50 (31.4%) |
61 (38.4%) |
29 (18.2%) |
||
Postgraduate and above |
9 (14.8%) |
17 (27.9%) |
12 (19.7%) |
23 (37.7%) |
The findings of this study provide a comprehensive overview of CPR awareness and preparedness among the residents of Jammu & Kashmir. The data reveal critical insights into the socio-demographic factors influencing CPR knowledge and highlight significant gaps that require targeted educational interventions.
The socio-demographic distribution of the study population indicates a balanced representation across age groups, with a slight skew towards males. This demographic profile is consistent with other studies conducted in similar regions, where male participants often outnumber females in survey-based research due to cultural and societal norms that influence participation rates. The educational distribution shows that a significant portion of the population has at least a high school education, which is encouraging for the implementation of public health education programs. However, the fact that a notable percentage of the population has only below high school education underscores the need for simplified and accessible CPR training materials.
The overall CPR knowledge levels in Jammu & Kashmir are concerning. Only 10.3% of participants scored in the 'Very Good' category, indicating a high level of proficiency. In comparison, a substantial 39.8% of respondents fell into the 'Fair' category, and 24.8% were classified as having 'Poor' CPR knowledge. These findings align with former studies conducted in various regions globally, which have consistently reported low levels of CPR awareness and skills among the general public.8-13
Age, gender, marital status, religion, employment status, and education level were all found to significantly influence CPR knowledge. Younger participants (18-30 years) demonstrated better CPR knowledge compared to older age groups, which mirrors findings from former studies indicating that younger individuals are more likely to be exposed to CPR training through educational institutions or social media. The slight gender disparity, with males performing better than females, has also been observed in previous research, suggesting the need for gender-specific educational strategies to bridge this gap.12-17
Marital status emerged as a significant factor, with single individuals showing better CPR knowledge than married ones. This could be due to younger, single individuals having more opportunities and motivation to engage in health education activities. Employment status also influenced CPR knowledge, highlighting the need for workplace-based CPR training programs. The strong correlation between higher education levels and better CPR knowledge is consistent with former studies, reinforcing the importance of integrating CPR training into educational curricula.16-19
Comparing our results with former studies, it is evident that the low levels of CPR awareness and proficiency are a widespread issue, not confined to Jammu & Kashmir. Previous studies in both developed and developing countries have reported similar challenges, with factors such as lack of access to training, cultural barriers, and socioeconomic disparities contributing to the problem.18-21
Implications for Public Health Interventions
The findings of this study underscore the urgent need for comprehensive CPR training programs tailored to the unique socio-cultural context of Jammu & Kashmir. Public health authorities should prioritize the development of accessible, community-based training sessions that consider the educational and cultural backgrounds of the population. Additionally, leveraging digital platforms and social media could enhance the reach and effectiveness of these programs, particularly among younger age groups.
Gender-specific strategies, such as female-only training sessions, could help address the gender disparity in CPR knowledge. Workplace-based training programs could also be beneficial, given the significant influence of employment status on CPR knowledge levels. Collaborating with educational institutions to incorporate CPR training into school and college curricula could ensure that the younger generation is well-equipped with these vital skills.
In conclusion, this study highlights a significant gap in CPR awareness and preparedness among the residents of Jammu & Kashmir, reflecting a broader global issue observed in previous studies. The findings reveal that a substantial portion of the population lacks adequate CPR knowledge, with only a small percentage demonstrating high proficiency. Socio-demographic factors such as age, gender, marital status, employment status, and education level play a critical role in influencing CPR knowledge levels. These insights underscore the urgent need for targeted, culturally sensitive educational interventions to improve CPR proficiency across the region. Implementing community-based training programs, leveraging digital platforms, and incorporating CPR education into school and workplace curricula are essential steps towards enhancing emergency response capabilities and building a more resilient, health-conscious community in Jammu & Kashmir. Addressing these gaps will not only improve individual preparedness but also contribute to better health outcomes and a safer society.