Utilization of Utilization of Kangaroo Mother Care (KMC) and Influencing Factors Among Mothers and Care Takers of Preterm/Low Birth Weight Babies in Yirgalem Town, Southern, Ethiopia

Ebrahim Yusuf1, Firehiwot Fiseha1, Dubale Dulla2 and Getinet kassahun2

1Alert referral hospital, Addis Ababa, Ethiopia

2Hawassa University, College of Medicine and Health Science, School of Nursing and Midwifery, Ethiopia

*Corresponding Author:
Dubale Dulla
Hawassa University, College of medicine and health science
School of Nursing and Midwifery, Hawassa, Ethiopia
Tel: +251462200341
E-mail: [email protected]

Submitted date: March 03, 2018; Accepted date: April 02, 2018; Published date: April 09, 2018

 
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Abstract

Background: Kangaroo mother care (KMC) is a universally available method of care particularly, for premature babies for maintaining their body temperature. However, its prevalence is very low in Ethiopia. Thus, this study was intended to assess utilization of kangaroo mother care (KMC) and factors influencing among mothers and care takers of preterm /low birth weight babies in Yirgalem town, southern, Ethiopia Materials and Method: A community based cross sectional study was conducted from of February to March, 2017 among 215 mothers of preterm/low birth weight (LBW) infants in Yirgalem town. Mothers of preterm/LBW infant of age less than 36 months were included in study. Data was collected by using interviewer administered questionnaire that is adapted from relevant literatures and standardized accordingly. Data analyses ere accomplished using SPSS version 20. Logistic regression analyses were used to identify the association of different variables. Results: A total of 215 mothers with their preterm infants ranged 1-36 months of age voluntarily participated, with response rate of 100%. A hundred ninety (88.4%) of the mothers had normal vaginal delivery, and 11.6% had cesarean section. Among all study subjects 90(41.9%) practice KMC. Of these, 31(14.4%) started KMC immediately after birth as the infant had been stabilized, and 59(27.4%) practice it after 24 hours. However, only sixty of the infants showed improvement after they used continuous KMC at home compared to those infants that did not use KMC. It was found that some variables were statistically associated with the utilization of KMC. Respondents who gave birth spontaneously were 4.3 times more likely to practice KMC than those had caesarean section delivery [(AOR 4.341) 95%CI(1.435, 13.130)] and mothers who delivered at governmental hospital were 20.4 times more likely to practice KMC than those who gave birth at home [(AOR (20.458) 95%CI(2.644, 158.299))]. Conclusion: In this study only very low mothers initiated KMC immediately after birth and were practiced continuously KMC at home. Thus, it is recommended to promote KMC at home and develop studies on acceptability and applicability of the KMC and affecting factors that prevent the use of KMC at home method in Ethiopian context.

Keywords

Kangaroo mother care; Preterm baby; Low birth weight; Yirgalem

Abbreviations

EDHS: Ethiopian Demographic and Health Survey, KMC: Kangaroo mother care, LBW: Low birth weight, SNNPR: South Nation and Nationality People of Region, SPSS: Statistical Package of Social Sciences, SSC: Skin-to skin contact, STS: Skin-to-skin, WHO: World Health Organization

Introduction

Preterm birth (birth before 37 weeks of gestation), is the direct leading cause for three million neonatal deaths each year globally and the second leading cause of all deaths in children under the age of five, because, they stop feeding and are more susceptible to infection [1,2]. Ninety nine percent preterm deaths occur in lowincome countries [3]. This is primarily due to a majority of women do not give birth in health facilities in developing countries and LBW death commonly occurs in places where there is little access to specialized neonatal medical care [4].

Ethiopia is one of the ten countries with the highest number of neonatal deaths, in which 320,000 babies are born preterm each year and 24,400 children under five die due to direct preterm [5,6]. While, close to 90% of deliveries in Ethiopia take place at home [7].

KMC is one of the interventions proven to be a safe alternative to conventional neonatal care in resource-limited settings [8]. Because, it can substantially contribute to decrease the risk of death in neonates weighing less than 2000gm by improvement of body temperature [9,10]. Particularly, community-based KMC could prove to be the best means of stabilizing neonates and reducing neonatal mortality. KMC can be started after birth as soon as the baby is clinically stable, and can be continued at home until the baby gets stronger and begins to wriggle out if they had been full term [11].

Despite the apparent feasibility of KMC, mothers who practice KMC exhibit less maternal stress and fewer symptoms of depression, and have a better sense of the parenting role and more confidence in meeting their babies’ needs than those who do not [12]. Because, KMC is an adjunct to standard care for stable LBW and premature infants. The core feature is early positioning of the infant, clad only in a nappy, prone and upright on the mother or father’s chest to maximize skin-to-skin proximity [13].

On other sides, KMC is a solution to improve the survival and health of vulnerable preterm and LBW babies (World Health Organization 2014). It was proposed as an alternative conventional neonatal care for LBW infants. It is an anniversary available and biologically sound method of care for all premature babies and is cost effective, and has abundant advantages for mother, and infant [5,14]. But currently, only a few preterm babies in low-income countries have access to this intervention. The effectiveness and safety of KMC in the community and home setting, and its effects on growth, is still incomplete [12].

Therefore, it is important to have well-functioning facilitybased services available before introducing KMC in the community, as community KMC must link with facility-based services for successful implementation [15]. However, a few studies have examined the reasons for the poor uptake of KMC. Our objective in this study is to assess utilization of KMC and factors influencing among mothers of preterm/LBW babies in Yirgalem town, southern, Ethiopia.

Materials and Method

Study period and area

Community based cross sectional study was conducted in Yirgalem town, southern, Ethiopia from February to March, 2017. Yirgalem town is the capital city of Dalle woreda which is found 47kms from Hawassa, (the capital city of the SNNPR and Sidama zone) and 329 km from Addis Ababa, capital of Ethiopia. According to regional population projection in 2007 E.C(2014/2015) the town has total population of 44,570 of whom 23,322 are men and 21,248 are women and the average population density is 3,803 people per Square km. Currently the town population is expected to be 45,600 and the population growth is 2.9% per year [16].

Populations

All reproductive aged women who gave birth for at least one child were considered as source population and all mothers and caretakers of preterm or LBW babies in Yirgalem during study period were taken to be study population.

Sample size determination

The actual sample size for the study was determined using the formula for single population proportion by using the formula n=(Zα/2)2 P(1-P)/d2 and assuming 5% marginal error and 95% confidence interval (∂=0.05) and p-value: 0.333, We used a correction formula nf=ni/(1+ni/N) for finite population (N<10,000) and added 5% of non-respondent rate and obtained a total of 215 study subjects [17].

Sampling technique

We obtained information from health extension workers about sample frame of each Kebele and used sampling with probability proportional to size. The study subjects was selected using Systematic random sampling technique with "k"=3 was used to identify 215 study subjects among study population within six Kebeles after sampling fraction have been allocated based on probability proportional to the number of individuals in each Kebele, and random number is drawn between one and "3" to identify the first individual, who is used as a starting point in the process of data collection.

Data collection and analysis

After the questionnaire was developed in English by reviewing different literature and has been translated in to Amharic and back to English to make sure the validity of questionnaire. An interviewer administration Amharic version questionnaire was used to collect data. As the data was collected, the questionnaire was checked for completeness, and analyzed by Statistical Package for Social Science (SPSS) version 20 statistical software. Descriptive analysis was conducted and presented using Tables 1-4 and Figure 1. Bivariable and multivariable logistic regression analyses were applied to identify significance of association between dependent and independent variables. The variables with p<0.05 in multiple logistic regression model was considered as significance of association between dependent and independent variables presentation of findings.

diversityhealthcare-Place-delivery

Figure 1 : Place of delivery of respondant represented by bar chart.

Data quality

The consistency of questionnaire was assured by translation into Amharic and pre-tested on 5% of the sample size before the actual data collection period to make sure clarity of the questionnaire as well as considering of the data collectors. Based on the result of the pre-test, some amendments were made accordingly. The collected data completeness and consistency of each of the questionnaires were checked and corrected on a daily basis

Ethical consideration

Before data collection, the tool was approved by the institutional review board of Hawassa university collage of medical and Health sciences and a formal letter was written from community based education office and submitted to Yirgalem health department. Permission letter was obtained from the Yirgalem town health department for kebeles and informed consent was obtained from the study participants after the purpose of the study was clearly explained to all study participants. All accessed data was kept confidential. To assure complete confidentiality other identify in information including name was not recorded on questionnaires.

Result

Socio-demographic characteristics

A total of 215 mothers with their preterm infants ranged 1-36 months of age voluntarily responded, making the response rate 100%. The mean age (SD) of the mothers was 26 year (+5.47). Of all respondents 62(28.8%) were between the ages 25-29, 202(94%) of the women were married, 19(8.8%) had college level education and above. In addition, 103(47.9%) were a house wife. The household monthly income of the study participants ranges between 0- 5,000 birr. Of this 67(31.2%) of the respondents had average monthly income more than 1000 birr that is at medium level. Regarding ethnicity, 118(54.9%) respondents were Sidama by ethnicity, in religion aspects, 100(46.2%) of the mothers were protestant (Table 1).

Variables Numbers Percent (%)
Marital status Married 202 94
Single 3 1.4
Divorced 3 1.4
Widowed 7 3.3
Maternal occupation Student 22 10.3
Government employer 35 16.3
Merchant 40 18.6
House wife 103 47.9
Other 15 7.0
Monthly income Less than 500birr 72 33.5
500birr-1000birr 76 35.3
1000-3000birr 35 16.3
>3000birr 32 14.9
Religion Orthodox 78 36.3
Protestant 100 46.5
Catholic 5 2.4
Muslim 32 14.9
Ethnicity Sidama 118 54.9
Wolayita 22 10.2
Gurage 24 11.2
Amhara 18 8.4
Oromo 16 7.4
other 17 7.9
Educational level Can’t read and write 84 39.1
Read and write 60 27.9
Grade( 1-6) 28 13.0
Grade (7-12) 24 11.2
Collage and Complete 19 8.8
Maternal age 15-19year 54 24.2
20-24 year 55 25.6
25-29 year 62 28.8
30-34 year 27 12.6
>35 year 19 8.8
live with Husband 189 87.9
with mother and father 14 6.5
with mother in low 7 3.3
with my children 5 2.3

Table 1: Socio-demographic characteristics of mothers and caretakers of preterm babies /low birth weight who practiced KMC (n=215), Yirgalem town, SNNPR, Ethiopia, 2017.

Utilization of obstetric related services

Hundred ninety (88.4%) of the mothers had normal vaginal delivery, and 25(11.6%) were cesarean section. The length of labor ranged from 6-12 hrs. For 127(59.1%) of the participants. Most of the women 130(60.5%) delivered in a government hospital and 60(27.9%) at a health center. Of all 26(12.1%) were primi-gravida and 92(42.8%) were pregnant for the second time. The number of deliveries conducted 1-2 times was 119(55.3%) and 44(20.5%) had previous infant death. More than half of the infants 117(54.4%) were female (Table 2).

Variables Number Percent %
Number of pregnancy once only 26 12.1
twice 92 42.8
three times 47 21.9
more than three 50 23.3
Number of delivery 1-2 119 55.3
3-4delivery 68 31.6
>4 delivery 28 13.0
Number of live birth 1-2 159 74.0
3-4 51 23.7
>5 5 2.3
infant death Yes 44 20.5
No 171 79.5
Number of infant death 1-2 29 13.5
3-4 13 6.0
>4 2 0.9
Duration of labour 2-6 hours 71 33.0
6-12hours 127 59.1
>12 hours 17 7.9
Mode of delivery Vaginal 190 88.4
Operation 25 11.6
Place of delivery governmental hospital 130 60.5
health center 60 27.9
private hospital 7 3.3
at home 18 8.4
Sex Male 98 45.6
Female 117 54.4
Gestational age during delivery 9 month 50 23.3
8 month 126 58.6
7 month 39 18.1
Age of the newborn 1-6month 81 37.7
7-12month 95 44.2
12-36 month 39 18.1
Weight of the newborn at birth <1000g 1 0.5
1000-1499g 54 25.1
1500-1999g
2000g-2500g
79
81
36.7
37.7

Table 2: Obstetric related services characteristics, Yirgalem town, SNNPR, Ethiopia, 2017.

Use of kangaroo mother care

Among all study subjects 90(41.9%) practice KMC. Of these, 31(14.4%) started KMC immediately after birth as the infant had been stabilized, and 59(65.6%) practice it after 24 hr. Among those who practiced KMC 71(78.9%) continued at home but others did not practiced it. However, only 28(31.1%) used KMC continuously and the rest used it intermittently. Thirty eight (53.5%) used KMC for 1-7 days but 3(4.2%) continued KMC at home for more than 15 days (Table 3).

Variables Number Percent (%)
Start KMC    
Yes 90 41.9
No 125 58.1
Start time KMC (90)    
Immediately 31 34.4
After 24 hours 59 65.6
KMC practiced at home (90)    
Yes 71 78.9
No 19 21.1
Pattern of KMC (90)    
Continuously 28 31.1
Intermittently 62 68.9
Duration of KMC practiced at home (71)    
1-7 days 38 53.5
8-15 days 30 42.2
16-20 days 3 4.2

Table 3: Distribution KMC practices among preterm infants in Yirgalem town, SNNPR, Ethiopia, 2017.

Variable KMC X2 df OR(CI) P-value
Yes
Number
No
Number
Marital status married 85 117 2.925 1 1.032(0.225, 4.733) 0.967
Single 2 1 4.010 1 0.375(0.022, 6.348) 0.497
Maternal age 15-19 21 31 6.108 1 0.394(0.115, 1.312) 0.139
20-24 23 32 6.374 1 0.371(.109, 1.264) 0.113
25-29 32 30 6.054 1 0.250 (0.75, 0.839) ⃰ ⃰ 0.025
30-34 17 27   1 0.453(0.117, 1.75) 0.251
Maternal occupation Student 8 14 1.784 1 0.857(0.222, 3.305) 0.823
Governmental employ 12 23 1.800 1 0.783(0.225, 2.723) 0.700
Merchant 19 21 1.785 1 1.357(0.407, 4.529) 0.619
House wife 45 58   1 1.164(0.386, 3.520) 0.788
Educational Status Can’t read and write 40 44 4.426 1 0.393(0.130, 1.189) 0.98
Read and write 27 33 4.544 1 0.437(0.139, 1.366) 0.154
Grade 1-6 10 18 4.301 1 0.643(0.179, 2.314) 0.499
Grade 6-12 8 16   1 0.714(0.189, 2.695) 0.619
College and complete 5 14   1 2.800 0.048
Ethnicity Sidama 51 67 8.665 1 0.533(0.190, 1.496) 0.232
Wolayita 5 17 8.980 1 0.206(0.51,0.825) ⃰ ⃰  0.026
Guragea 10 14 8.573 1 0.500(0.142, 1.765) 0.282
Amhara 10 8   1 0.875(0.229, 3.344) 0.845
Oromo 4 12   1 0.233(0.053, 1.033) 0.055
Other 10 7   1 1.429 0.469
Number of pregnancy   Once 9 17 3.074 1 1.028(0.379, 2.787) 0.957
Twice 41 51 3.100 1 1.561(0.763, 3.190) 0.223
Three time 23 24 3.035 1 1.860(0.821, 4.216) 0.137
Greater than three 17 33   1 0.515 ⃰ ⃰ 0.026
Number of delivery 1-2 50 69 0.026 1 0.966(.420, 2.221) 0.935
3-4 28 40 0.026 1 0.933(.383,2.275) 0.879
>4 12 16 0.056 1 0.750 0.451
Duration of labour 2-6hrs 30 41 0.328 1 1.341(0.446, 4.032) 0.601
7-12hrs 54 73 0.334 1 1.356(.472, 3.895) 0.571
>12hrs 6 11 0.319 1 0.545 2.32
Mode of delivery vaginal 86 104 7.774 1 4.341(1.435, 13.130) ⃰ ⃰ 0.009
operation 4 21   1 0.190 ⃰ ⃰  0.002

Place  of delivery
Governmental hospital 71 59 25.136 1 20.458(2.644, 158.299) ⃰ ⃰ 0.004
Health center 17 43 28.227 1 6.721(0.828, 54.528) ⃰  0.074
Private hospital 1 6 26.184 1 2.833(0.152, 52.738) 0.485
At home 1 17   1 0.059 ⃰  0.006

Gestational age during delivery
9 month 24 26 1.059 1 1.477(0.631, 3.458) 0.369
8 month 51 75 1.052 1 1.088(0.521, 2.273) 0.822
7 month 15 24 1.065 1 0.ref 0.153
  Weight of the newborn <1000g 0 1 21.849 1 0.00  1.000
1000-1499g 37 17 22.216 1 4.875(2.319,10.249) ⃰ ⃰  0.000
1500-1999g 28 51 21.501 1 1.230(0.636, 2.378) 0.539
2000-2500g 25 56   1 0.446 ⃰ ⃰ 0.000

Table 4: Association of the selected variables on utilization of KMC among preterm and low birth weight infant at Yirgalem town, Sidama zone, SNNPR, Ethiopia, 2017.

Association of socio-demographic factors and other variables on utilization of KMC

In bivariate and multivariate logistics analyses, some of variables were found to statistically associated with utilization of KMC. As observed that the respondents who vaginally delivered were 7.774 times more likely to practice KMC than those who had caesarean section [(AOR 4.341) 95%CI(1.435, 13.130)]. Regarding to the place of delivery the mother who delivered at a government hospital was 25.136 times more likely to practice KMC than those who gave birth at home [(AOR(20.458) 95%CI(2.644, 158.299))].

Discussion

The purpose of this study was to assess utilization of KMC and influencing factors among mothers of preterm /LBW babies during the time of hospital discharge as well as at home. In this study, totally 90(41.9%) of study subjects used KMC for their babies. 31(34.4%) of the mothers initiated KMC immediately after birth and 59(65.6%) started KMC after 24 hr.

A similar study done in Kumasi, Ghana reported 84.6% of the mothers initiated KMC immediately after birth and 7.9% were initiated KMC after 24 hr [17]. In relation to the study done in Kumasi, the immediate utilization of this was very low. This may be due to the women may not be comfortable immediately after birth, feel pain and not ready psychologically [17]. Regarding use of KMC at home, 13% of infants practiced KMC continuously throughout a day and 28.9% those that practiced KMC intermittently at home.

The study done in Gondar in Northern part of Ethiopia stated that 84% of infants in their study continued KMC at home than those who used intermittently and those that continued KMC were more likely to survive. In this study nearly 78% of women who practiced KMC continued the care however, the frequency varies accordingly. The difference may be due to lack of continuous information to the parents of infants at neonatal intensive care unit (NICU) and positive encouragement to continue KMC throughout the day for the sake of their infants. The other reason may be due to socio-economic factors and most of the women work their house hold activities by their own so that, KMC may not be comfortable for them [18].

There is lack of adequate research to compare the present study findings and determine KMC affects infants when it is done at home. Regarding the present study, concerning factors affected KMC to continue after discharge in their home, showed that maternal health problem (8.8%), preterm baby illness (6.5%), pressure from the mother-in -law (5.1%), need to work (16.7%), had no adequate information to continue KMC at home (21.9%).

In other studies, in Kumasi, Ashanti region, the mothers who practiced KMC continuously at home were 63.7% than those who practiced intermittent. The difference may be the women had a good information and awareness towards using KMC at home continuously rather than intermittently.

Another study reported that a lack of information about KMC, how to use it in practice and other maternal problems also presented an obstacle to KMC [19].

In another study, it was reported that Breast milk expression and other breastfeeding-related issues, discomfort related to temperature and mothers' medical issues also pose a major barrier to practice. These medical issues included pain from episiotomy repair, recovery from caesarean section, postpartum depression, and general maternal illness. These barriers suggest that practicing continuous KMC is likely very challenging for mothers, especially those who have low motivation and medical issues [20].

Conclusion and Recommendation

KMC is very necessary to reducing infant mortality rate because it is main intervention for survival of preterm and LBW after discharge to home. Even though it is very low practice in the Ethiopia. In this study only 14.4% mothers initiated KMC immediately after birth and 27.4% were practiced continuously KMC at home. Thus, it is recommended to develop studies on acceptability and applicability of the KMC and affecting factors that prevent the use of KMC at home method in Ethiopian context. The mothers should be fully informed about continuous use of KMC that helps the baby to improve hypothermia and weight of the baby.

Acknowledgement

Our profound thank to Hawassa University College of medicine and health science for giving the opportunity to conduct this study. Our regard is also conveyed to HUHSC School of nursing and midwifery, for allowing us to prepare this document.

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