Journal of Public Health International

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    Knowledge, Attitudes and Practices towards Infection Prevention Control among Healthcare Workers in Selected Hospitals Located in Karongi district, Rwanda

    Jean Claude Haguminshuti 1,   Ernest Safari 1,   Monica Mochama 1,   Erigene Rutayisire 1  

    1Public Health Department, Mount Kenya University Rwanda

    Abstract

    Most hospitals have infection prevention and control committees but some of them are struggling to maintain and to apply infection prevention and control protocols due to lack of enough resources. Healthcare workers’ (HCWs) knowledge, attitude and practices (KAP) of infection prevention and control procedures are crucial for effective infection prevention and control (IPC). The study aimed to assess HCW’s KAP towards IPC in Rwanda. A cross-sectional hospital based study was directed in three hospitals in Karongi district from February to March 2022. Data were collected from 215 healthcare workers using a pre-tested self-administered questionnaire using a stratified sampling technique. Data were collected, checked, coded, and entered into the Kobo Collect Toolbox before being transferred to SPSS version 21 for analysis. Bivariate and multiple logistic regression analyses were performed. The KAP Score was also calculated. P-values of less than 0.05 were considered statistically significant. We found that 50.7% of HCWs were males, 63.3% were between the ages of 18 and 58.2% had a secondary education. The overall 78.6% of HCWs demonstrated high level of knowledge, 79.5% with a positive attitude, and 63.3% with good IPC practice. The results revealed that being over 45 years old(AOR=3.1;95%,CI=(2.16-5.25; p=0.024) having university level(AOR=3.3); 95%CI=(1.56-7.56;p=0.035), working experience between 5-10years(AOR=1.7; 95%CI=(1.37-5.45); (p=0.003), having high level of knowledge (AOR=2.7;95%CI: (1.68–7.95; p=0.045)and positive attitude(AOR=2.3; 95%CI:(1.36-7.72); p=0.017) towards IPC were associated with IPC good practice. Improving institutional supplies such as hand hygiene supplies, PPE, water supply and other facilities can improve safe infection prevention and control.

    Author Contributions
    Received 12 Oct 2022; Accepted 18 Oct 2022; Published 26 Oct 2022;

    Academic Editor: Qiang Cheng, Biomedical Informatics Institute, Computer Science Department, University of Kentucky Lexington

    Checked for plagiarism: Yes

    Review by: Single-blind

    Copyright ©  2022 Jean Claude Haguminshuti

    License
    Creative Commons License     This is an open-access article distributed under the terms of the Creative Commons Attribution License, which permits unrestricted use, distribution, and reproduction in any medium, provided the original author and source are credited.

    Competing interests

    The authors have declared that no competing interests exist.

    Citation:

    Jean Claude Haguminshuti, Ernest Safari, Monica Mochama, Erigene Rutayisire (2022) Knowledge, Attitudes and Practices towards Infection Prevention Control among Healthcare Workers in Selected Hospitals Located in Karongi district, Rwanda. Journal of Public Health International - 6(1):11-23. https://doi.org/10.14302/issn.2641-4538.jphi-22-4343

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    DOI 10.14302/issn.2641-4538.jphi-22-4343

    Introduction

    The nosocomial infections and the related ones are known as infections emerging successively in the practice of care in a healthcare facility that was not existing/incubating at the time the client was admitted, complained after discharge or developed to facility personnels 1. Studies revealed that, ten percent of patients hospitalized mostly in countries of all economical status either developed or none developed suffer from those infections and consequently emanate in adverse negative impacts/outcomes such as length of stay, mortality, poverty and morbidity. In addition, in developing countries, the significant number/majority (90%) of these infections occurred 2, 3, 4.The findings from various researchers shown that the burden of health care acquired infections were associated with poor risk reflection to infection prevention programs, which was not considered by authorities, unhygienic practices 5, 6. The moderate and efficient intervention for infection prevention are available and feasible but still the prevalence of such infections is still high in mostly under developed countries 7, 8, 9 and 15% in Ethiopia 6.On world context, risks on contamination mount to 3% for HIV prevalence and hepatitis on 40% 10.

    Annually due to occupational exposure, infection cases emerge continuous on the following scale to medical providers. More importantly, the fore mentioned infections can be prevented and controlled through effective IPC measures and significantly minimize the risks among health professionals 11.

    The report from health international bodies present that nearly 100,000 of two million patients die every year suffer from hospital-acquired infections. IPC non compliance the staff who mal-practice infection prevention measures had Hepatitis B,C and HIV infections. Thus, healthcare professionals are major front liners for protecting clients and themselves from infection 12.

    Annually worldwide more than three million exposures are reported by World Health Organization, in Africa data indicate that needle stick injuries occur on average of range of two and four annually in South Africa Nigeria and Tanzania, while on medical staff the average injuries are 2.1 13. Reports indicate that precautions, including aseptic techniques, Overseeing injuring materials eg syringes and the likes, linen, spills, and maintaining of autonomous space, are tangible effective in preventing occupational exposures and mostly associated infections 14.

    High-income countries follow IPC Standard Precautions to protect healthcare Workers from occupational exposure to blood and the risk of infection with blood borne pathogens. In low-income countries, where standard accommodation is sometimes used, the situation is different 15.

    Epidemiologically, the burden of health the nosocomial infection is also significant high among low income earner’s countries 16.Despite of the fact that the feasible interventions with minimum costs, the meekness/acceptance with guidelines and policies for control practices remains no positive outcome 17.

    Concession/compliance by medical personnel who make attention in service been proved as core role players to prevent and set mitigations in fighting nosocomial infections. The mentioned remedial outputs guarantee the safety of health facility workers and clients, the most among precautions highlighted are proper hand hygiene hand hygiene and use of PPES 18.

    Even if the previous practices and interventions to curb down these infections at health facilities, still high prevalence remain persisting in our health facilities to our clients even the health personnel 19. Furthermore, limited resources, a multi-sectorial approach plays a major concern based on improved healthcare infrastructures and facility structures, effective guidelines, behavioral changes, increased KAP adjustments, including efficient use of existing resources 20.

    The health system of Rwanda achieved tangible efforts with positive progress in the area of disease burden reduction, country wide. That makes the strong need for personnel trainings on the subject matter at all health facilities levels 21. Nevertheless various researches engrossed on knowledge of and pertaining with IPC precautions and preventive guidelines and SOPs. The research findings/insights have been generated on HCWs in hospitals about the subject matter was proved to be finite 22. As far as there has been no similar study focusing on IPC in Kibuye, Kirinda and Mugonero hospitals, this study will aim to assess the healthcare workers’ KAPin Rwanda. Another reason of this study is that; the IPC standards inaccreditation assessment has marked Karongi district at a low score with 42%. The overall objective of this study will be assessment for knowledge, attitude and practice (KAP) towards (IPC) among healthcare workers (HCWs) in Rwanda.

    Methods

    Research Design

    This study was a descriptive cross-sectional study design. This research was a quantitative study in nature. This study aims to assess the HCWs’KAP towards IPC among in Rwanda. The sample size for this study equals to 215 healthcare workers. A stratified sampling or cluster sampling was considered to identify the sample unit. Strata were constituted of hospitals targeted by this study. A self-completed questionnaire was used for data collection. Data entry and statistical analysis were performed using SPSS version 21. This study was conducted at Kibuye, Mugonero and KirindaHospitals located in Karongi district, Rwanda.

    Karongi is a district in Western Province of Rwanda and it is divided into 13 sectors: Bwishyura,Gishyita, Gashari, Gitesi,Mubuga, Murambi, Murundi, Mutuntu,Rubengera, Rugabano, Ruganda, Rwankuba and Twumba. The 4th Rwanda Population and Housing Census (PHC4) counted 331,808 people in Karongi District, accounting for 13.4 percent of the Western Province's total population 23.

    Target population

    According to hospital administration, Kibuye Hospital accounts for 187HCWs, Kirinda Hospital has 132HCWs and Mugonero Hospital accounts for 147HCWs. This study was targeting a population of 466 healthcare workers working in those three hospitals (Karongi Integrated Personnel and Payroll System, 2021).

    Sampling Design and Sampling Procedures

    Yamane's formula was used to estimate the sample size. When the researcher has a finite population and the population size is known, this formula is used 24.

    the following formula was used: n = N/(1+N(e)]2

    Where:

    n =corrected sample size,

    N =population size, and,

    e =margin oferror equals to 5% or 0.05 at 95% confidence interval.

    Hereafter, n = 466/[1+466(0.05)2] = 215.2 ∼ 215

    With a 95 percent confidence interval of 5 percent marginal error, the sample size for this research is 215 HCWs to be examined. The 215 HCWs were distributed proportionally within Kibuye, Kirinda and Mugonero Hospitals.

    Inclusion and Exclusion Criteria

    Every healthcare worker who was working in the selected department (Doctors, Health officers, Midwives, Nurses, X-ray Technician, and Pharmacy laboratory staff) and who have worked at least 3 months in these hospitals was involved. Healthcare workers absent during data collection for annual leave or other reasons were excluded.

    Data Collection Procedure

    For data collection, a self-administered questionnaire (SAQ) was distributed at the HCWs work unit. The tool was created using a modified CDC Infection Prevention and Control tool for acute care hospitals 15 and related kinds of literatures 26, 27 and 28 and modified according to Rwanda context.

    Data Processing and Analysis

    SPSS v.21 was used for data entry and statistical analysis. Socio-demographic characteristics were calculated using descriptive statistics such as frequencies and percentages and continuous variables expressed as means and standard deviations. The cut-off values ​​were scores less than 60%, which were seen as low knowledge, negative attitudes, or bad practices, while those higher than 60% were seen as high knowledge, positive attitudes, and good practices. The KAP score was calculated by adding the total scores for each respondent. To assess the relationship between dependent and independent variables, bivariate and multivariate logistic regressions were used. Variables with a p-value less than0.05 (p<0.05) in the bivariate analysis were then entered into a multivariable logistic regression to control for the effect of confounders. The statistical significance was confirmed at the p < 0.05 with 95% of Confidence interval (CI).

    Ethical Considerations

    The researcher considered ethical issues concerning research ethics. Mount Kenya University's Institute of Postgraduate Studies and Research has provided ethical clearance and an introduction letter. These documents were presented to the Karongi district administration in order to obtain permission to conduct the research. Prior to completing the pre-tested self-administered questionnaire, the sampled respondents signed an informed consent form. By coding questionnaires, storing data in a password-protected database, and only using data for academic purposes, confidentiality was always maintained.

    Results

    Socio-Demographic Characteristics of The Respondents

    According to Table 1, 40.0 percent of respondents were from Kibuye Hospital, 50.7 percent were males, 63.3 percent were between the ages of 18 and 35 (mean age: 34.7 years, SD: 8.5, minimum age: 20 and maximum age: 58), married (66.0 percent), 58.2 percent had a secondary education level, more than half (50.2 percent) were nurses, and 52.6 percent had less than 5 years of experience.

    Table 1. Sociodemographic characteristics of the respondents
    Variables   Frequency (n) Percent (%)
    Hospital Kibuye Hospital 86 40.0
      Kirinda Hospital 61 28.4
      Mugonero Hospital 68 31.6
    Gender Male 109 50.7
      Female 106 49.3
    Age category 18-35 years 136 63.3
      36-45 years 44 20.5
      More than 45 years 35 16.2
    Marital status Single 73 34.0
      Married 142 66.0
    Level of education Primarylevel 8 3.7
      Secondary level 125 58.2
      University 82 38.1
    Occupational status Physicians 18 8.4
      Nurses 108 50.2
      Midwifes 27 12.6
      Lab technicians 23 10.7
      Administrative officers 11 5.1
      Cleaners 28 13.0
    Work experience <5 years 113 52.6
      5-10 years 58 27.0
      >10 years 44 20.4

    Source: Primary data (2022)

    Knowledge Towards IPC in Three Hospitals of Karongi District

    According to Table 2, the majority (95.8 percent) of respondents knew that disinfection prevents HCAIs, 90.7 percent believed that antiseptic prevents HCAIs, 56.7 percent believe that chemical sterilization is used for all equipment, 63.7 percent believe that physical sterilization (heat/radiation method) is used for all equipment, and 61.4 percent believe that autoclaviation destroys all microorganisms including spores.

    Table 2. Responses-related to the respondent’s knowledge towards IPC
    Variables Frequency (n) Percent (%)
    Disinfection prevents health care acquired infections.
    Corrects answers 206 95.8
    Incorrect answers 9 4.2
    Antiseptic prevents health care acquired infections.
    Corrects answers 195 90.7
    Incorrect answers 20 9.3
    All equipment is sterilized using a chemical process.
    Corrects answers 93 43.3
    Incorrect answers 122 56.7
    For all equipment, physical sterilization (heat/radiation technique) is used.
    Corrects answers 78 36.3
    Incorrect answers 137 63.7
    Autoclaving destroys all microorganisms, including spores.
    Corrects answers 132 61.4
    Incorrect answers 83 38.6
    Each equipment needs decontamination beforesterilization.
    Corrects answers 175 81.4
    Incorrect answers 40 18.6
    Personal protective equipment minimizes health care acquired infection.
    Corrects answers 199 92.6
    Incorrect answers 16 7.4
    Wearinggloves replace the need for handwashing.
    Corrects answers 62 28.8
    Incorrect answers 153 71.2
    There is PPE for HIV after exposure.
    Corrects answers 209 97.2
    Incorrect answers 9 2.8

    Source: Primary data (2022)

    Overall Knowledge Score

    The SPSS score assessment was used to assess nine (9) questions related to IPC knowledge, and the score was two (2) marks for a right answer and zero (0) for a false answer. By adding the scores for each respondent across all nine (9) questions, an overall knowledge score was calculated. According to Table 3, 78.6 percent of respondents had a high level of knowledge about IPC, while 21.4 percent had a low level of knowledge about IPC. The mean knowledge score for all respondents was 11.7 out of a possible 18 (standard deviation = 1.4). The minimum and maximum scores were 10 and 16, respectively.

    Table 3. Distribution of respondents’ knowledge, Attitude and Practices towards IPC
      Frequency (n) Percent (%)
    Level of knowledge about IPC
    Low (Score <60%) 46 21.4
    High (Score ≥ 60%) 169 78.6
    Minimum score: 10.0 Mean score:11.7 ; Stand. Dev.:1.4
    Maximum score: 16.0    
    Attitudes towards IPC
    Negative (Score < 60%) 44 20.5
    Positive (Score ≥ 60%) 171 79.5
    Minimum score: 6.0 Mean score:22.2; Stand. Dev.:6.3
    Maximum score: 30.0    
    Practice towards IPC
    Poor (Score < 60%) 79 36.7
    Good (Score ≥ 60%) 136 63.3
    Minimum score: 10.0 Mean score:11.8; Stand. Dev.:2.1
    Maximum score: 20.0    

    Source: Primary data (2022)

    Participants’ Attitudes Towards IPC in Three Hospitals of Karongi District

    According to the findings in Table 4, 45.1 percent of participants agreed that when caring for a patient, they must be concerned about exposing their family and friends to the risk of infection HCAIs. 58.1 percent of HCWs in their institution are concerned about acquiring HCAIs while caring for patients; 44.2 percent agreed that washing hands before and after contact with patients reduces the risk of acquiring HCAIs; 70.2 percent agreed that PPE protects HCWs from infections. In the absence of standard safeguards, 42.3 percent agreed that Infection and nosocomial diseases can occur in health care facilities, while 34.0 percent disagreed that the threat of occupational infections between health workers in their workplaces is high.

    Table 4. Responses-related to the respondent’s attitudes towards IPC
    Variables n (%)
    Strongly disagree Disagree Neutral Agree Strongly agree
    When caring for a patient, you must be concerned about exposing your family and friends to HCAIs. 21(9.8) 23(10.7) 17(7.9) 97(45.1) 57(26.5)
    HCWs at my facility are concerned about contracting HCAIs while caring for patients. 15(7.0) 20(9.3) 12(5.6) 125(58.1) 43(20.0)
    Washing hands before and after contact with patients reduces the risks of getting HCAIs. 19(8.8) 15(7.0) 4(1.9) 95(44.2) 82(38.1)
    I believe PPE protect HCWs from infection. 2(0.9) 22(10.2) 13(6.0) 151(70.2) 27(12.6)
    In the absence of standard precaution, Infection and nosocomial diseases can occur in health care facilities. 14(6.5) 10(4.7) 21(9.8) 91(42.3) 79(36.7)
    In your workplace, there is a high risk of occupational infection among health workers. 19(8.8) 73(34.0) 33(15.3) 71(33.0) 19(8.8)

    Source: Primary data (2022)

    Overall Attitude Score

    Each respondent's overall score for the setting was calculated by combining the scores of the six (6th) attitude-related questions. The answers were graded on a scale of 0 to 5. The responses were graded on a Likert scale. According to the results in Table 3, 79.5 percent of respondents have a positive attitude toward IPC, while 20.5 percent have a negative attitude toward IPC. The average attitude rating for all respondents was 22.2 (standard deviation = 6.3, minimum score = 6 points, maximum score = 30 points).

    Practices Towards IPC in Three Hospitals of Karongi District

    The findings in Table 6 revealed that the majority of respondents (97.2 percent) wash their hands before caring for patients, 94.9 percent wash their hands using soap after patient care/contact with fluid, 65.6 percent did not wash their hands without using soap before and after patient care, 88.4 percent were using PPEs from where the majority of respondents (98.1 percent) protect themselves against HCAIs by using gloves, 91.2 percent are wearing face masks, 70.2 percent are wearing face masks, Almost all participants (96.3%) confirmed the presence of written infection control policies and procedures in their workplace, and 55.8 percent recapped needles before disposal. More than half (67.0 percent) had a history of blood, fluid, or stick injury contact. Following that, 39.0 percent of respondents used post-exposure prophylaxis (PEP) after being exposed to blood or sticky injury, 29.2 percent used alcohol to clean themselves, and 51.3 percent washed them with water. In terms of prevention, 91.6 percent of hospitals provided HCAI health education to patients, 95.8 percent confirmed that their hospitals had a competency-based hand hygiene training program, and 97.2 percent acknowledged that supplies needed for hand hygiene adherence are readily available in their patient care areas. (Table 5)

    Table 5. Responses-related to the respondent’s practices towards IPC
    Variables   Frequency (n) Percent (%)
    Wash hands using soap before patient care Yes 209 97.2
    No 6 2.8
    Wash hands using soap after patient care/contact with fluid Yes 204 94.9
    No 11 5.1
    Wash hands without using soap before and after patient care Yes 74 34.4
    No 141 65.6
    Are using personal protective equipment (PPE) when taking care of patients? Yes 190 88.4
    No 25 11.6
    What kind of PPE are you using in patient care? (n=190) Gloves 186 98.1
    Goggles 112 59.1
    Face masks 173 91.2
    Gown 133 70.2
    Other PPE 25 13.0
    There are written infection control policies and procedures available. Yes 207 96.3
    No 8 3.7
    Recapping needles before disposing Yes 120 55.8
    No 95 44.2
    Ever had contact with blood, liquids or puncture wounds Yes 144 67.0
    No 71 33.0
    What are the IPC measures adopted after being exposed to blood/stick injury?(n=144) Taking PEP 56 39.0
    Cleaning by alcohol 42 29.2
    Washing with water 74 51.3
    Giving health education to the patients about HCAIs Yes 197 91.6
    No 18 8.4
    The hospital has a competency-based hand hygiene training program. Yes 206 95.8
    No 9 4.2
    Supplies necessary for adherence to hand hygiene are readily accessible in patient care areas. Yes 209 97.2
    No 6 2.8

    Source: Primary data (2022)

    Overall Practice Score

    The 'practice' section included ten (10) IPC-related questions that were graded individually for each respondent. If a respondent gave the correct answer, they received two points. If he/she gave a false response, he/she received a zero. Each respondent received an overall practices score by adding the scores from the ten practice-related questions. According to the research findings presented in Table 3, 63.3 percent of respondents had "good practice" towards IPC, while 36.7 percent had "poor practice." The overall mean practice score was 11.8 (SD = 2.1). The minimum score was 10 and the maximum score was 20.

    Factors Associated with IPC in Three Hospitals of Karongi District

    Age, educational level, work experience, level of knowledge, and attitude toward IPC practices were factors that were significantly associated with IPC practice in the bivariate analysis. However, in the multivariate analysis, all variables were found to be meaningfully associated with IPC practice (Table 6). HCWs over the age of 45 were about 3.1 times more likely to engage in infection prevention activities than those between the ages of 18 and 35 (AOR = 3.1; 95 percent CI = (2.16-5.25); p=0.024). In terms of educational level, HCWs with a university level were 3.3 times (AOR = 3.3;95 percent CI = (1.56-7.56); p=0.035) more likely to practice Infection prevention activities as medical staff with diplomas(Table 4.9). Furthermore, HCWs with 5 to 10 years of experience had a higher likelihood of achieving infection prevention practices/activities than those with less than five years of experience (AOR = 1.7; 95 percent CI = (1.37-5.45); p=0.003) (Table 6).

    According to multiple regression analysis, the odds of having good practice towards IPC were 2.7 times higher (AOR=2.7; 95 percent CI: (1.68-7.95); p=0.045) among HCWs with a high level of knowledge towards IPC compared to those with a low level of knowledge, and the odds of having good practice towards IPC were 2.3 times higher (AOR=2.3; 95 percent CI: (1.36-7.72); p=0.017) among those with.

    Table 6. Multivariate analysis on factors associated with IPC practices
    Variables Items Crude OR (95%CI) P-value Adjusted OR (95%CI) P-value
    Age category 18-35 years Ref.   Ref.  
      36-45 years 2.1(1.78-5. 93) 0.412 0.14(0.03-3.22) 0.342
      > 45 years 2.7(1.9-5.07) 0.017 3.1(2.16-5.25) 0.024
    Level of education Primary Ref.   Ref.  
      Secondary 2.9(1.46-7.98) 0.079 2.5(1.25-7.89) 0.061
      University 2.4(1.19-6.89) <0.001 3.3(1.56-7.56) 0.035
    Work experience <5 years Ref.   Ref.  
      5-10 years 3.1(1.92-4.89) <0.001 2.9(1.37-5.45) 0.003
      >10 years 2.1 (1.37-3.27) 0.001 1.2 (0.69-1.97) 0.561
    Level of knowledge Low Ref.   Ref.  
    High 2.6(1.48-6.98) 0.031 2.7(1.68–7.95) 0.045
    Attitude Negative Ref.   Ref.  
      Positive 2.5(1.70-7.44) 0.014 2.3(1.36-7.72) 0.017

    Source: Primary data (2022)

    Discussion

    According to this study, 78.6 percent of healthcare workers are knowledgeable about infection prevention and control. This result indicates that a high proportion of medical staff in the three hospitals studied have infection prevention and control skills, consistent with similar and related studies in Zambia (74.4 percent) 29. The study finding was better than studies done in Nigeria(65%) 30,Nepal (22%) 31, Palestine (53.9%) 32 and Iran hospital (57%) 33. Due to a difference in knowledge scores; despite being lower than studies done in Bahirdar city, 84.5 percent 27 and in Ethiopia (84.7%) 34, Addis-Abeba 26 and Dessie Referral Hospital (95.7%) 28. This difference could be attributed to a lack of in-service training, a small sample size, or socio-demographic differences.

    According to the findings of this study, approximately three-quarters (79.5 percent) of the respondents had positive attitudes toward IPC. This could be because the study was conducted during a novel coronavirus pandemic (COVID-19), during which people were more sensitive to IPC measures. Though, a similar study found a higher percentage (93.4 percent) of HCWs with a positive attitude toward IPC 22. Another study found that a lower percentage (55.6 percent) of HCWs had a positive attitude toward infection prevention 27. The differences observed in these studies could be attributed to differences in the study setting and study participant composition. A positive attitude towards IPC is preferred as it is believed to lead to best practices that are protective for healthcare workers.

    According to a study directed in an Egyptian hospital, 63.3 percent of healthcare workers practice good infection prevention and control activities (67.1 percent) 35 and in Bahirdar city(64.2%) 27. However, this is much lower than studies conducted in Dessie referral hospital, Ethiopia (87.5%) 28, Nepal (73.0%) 31 and Palestine (91.1%) 32. This difference could be attributed to differences in infection prevention knowledge, methodology, sample size, socio-demographic differences, a lack of education and infection prevention services, and professional noncompliance with infection prevention.

    In this study, age is one of the significant factors in infection prevention and control practice. It showed that health workers older than 45 years were about 3.1 times more likely to practice infection prevention and control activities than those who were 1835 years old. This is comparable with other studies conducted in Northwest Ethiopia 36 and in Wolaitta SodoOtona teaching and referral hospital 22. This could be due to the fact that years of service increase with age, this, in turn, improves their performance over time.

    In terms of educational attainment, higher levels of education were positively associated with better infection prevention intervention implementation than lower levels of education. This finding contradicts a study conducted in the Amhara region 36. The difference could be due to sampling size, differences in study participants, or misreporting or self-reporting. This may also be due to the fact that higher educated healthcare workers may have acquired essential information, leading to the acquisition of infection prevention and control courses and trainings 30, 32.

    Furthermore, this study found that work experience is a important factor in the practice of infection prevention and control activities. According to a study conducted in Bahirdar, healthcare workers with 5 to 10 years of experience were 1.7 times more likely to engage in infection prevention and control activities 27. This could be because healthcare workers are continually exposed and gaining experience as the number of years of practice increases.

    In addition, up-to-date knowledge and skills in infection prevention and control can increase healthcare professionals' confidence in adhering to suggested procedures and available services. In this study, healthcare workers with a high level of knowledge about IPC were 2.7 times more likely to practice IPC than those with a low level of knowledge. This is consistent with the findings of studies conducted in Northwest Ethiopia 36 and Edo State, Nigeria 30. This could be due to the fact that those who have never received training or consulted various sources of information on IPC are less likely to receive updated information, making it difficult to keep up with infection prevention knowledge.

    Conclusion

    The specific objectives of my study were to determine and assess the knowledge, attitudes and practices of health care professionals regarding infection prevention and control in three hospitals of Karongi district and to identify factors associated with infection prevention and control practices in three hospitals of Karongi district are connected. This study revealed that most of respondentswere aware of IPC and its advantage to their health. Unfortunately, some respondents revealed low level of knowledge (21.4%), negative attitude (20.5%) and poor practice (36.7%) towards IPC activities.Among factors associated with IPC were: level of education, work experience, level of knowledge towards IPC and attitude towards IPC. The Ministry of Health and Hospitals, along with other stakeholders, have to reinforce awareness on IPC activities in hospitals facilities; to continue to support health facilities to organize regular trainings for HCWs on IPC.

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