Literature DB >> 33163033

Missed antenatal care follow-up and associated factors in Eastern Zone of Tigray, Northern Ethiopia.

Amlaku Mulat1, Simachew Kassa1, Getahun Belay1, Solomon Emishaw2, Abere Yekoye3, Hinsermu Bayu4, Seifu Kebede5.   

Abstract

INTRODUCTION: Focused antenatal care improves the survival and health of the mother as well as the babies. However, there are real challenges in keeping the subsequent antenatal care follow up in Ethiopia. Hence, the aim of this study was to assess missed antenatal care follow up and associated factors in the Eastern zone of Tigray.
METHODS: Hospital based cross-sectional study was conducted among systematically selected 548 women who came for delivery services from March to April 2016. The data were collected using pre-tested and structured questionnaire through face to face exit interview. Data entry and analysis were made using EPI info version 7 software and SPSS version 20 respectively. Both binary and multiple logistic regression was performed.
RESULTS: This study revealed that 33.4% of participants were missing their Antenatal care follow-up. Having no formal education [AOR=1.778 (1.102, 2.869)], attending primary education [AOR= 1.756 (1.040, 2.964)], self-employee [AOR=1.589 (1.030, 2.452)], government employee [AOR=0.503 (0.503, 0.953)], being unmarried [AOR=2.36 (1.11, 5.04)], didn't informed about institutional delivery [AOR=3.34 (1.44, 7.78)], and travel distance more than two hours to hospital [AOR=1.93 (1.08, 3.44)] were factors significantly associated with missed Antenatal care follow-up.
CONCLUSION: The proportion of missed antenatal care follow-up was lessened as compared to local and national evidences. Nevertheless, still a coordinated effort on tracking of pregnant women who missed their antenatal care appointment is required by health policy implementers so as to increase the uptake of four complete visits.
© 2020 Mulat A et al.

Entities:  

Keywords:  Antenatal care follow-up; Ethiopia; Tigray region; missed antenatal care

Mesh:

Year:  2020        PMID: 33163033      PMCID: PMC7609111          DOI: 10.4314/ahs.v20i2.20

Source DB:  PubMed          Journal:  Afr Health Sci        ISSN: 1680-6905            Impact factor:   0.927


Introduction

Globally, despite remarkable achievements towards the millennium Development Goals for maternal and child survival, each day 800 women, 7,300 stillbirths, and 7,700 newborn still dying from complications occurring during pregnancy, childbirth and postpartum periods. Surprisingly 99% of maternal and newborn morbidities and mortalities are taking place in low and middle income countries[1,2]. In developing countries, the proportion of pregnant women who attended at least one antenatal care visit has increased from 64% in 1990 to about 81% in 2009. However, only 39% of pregnant women attended four times or more antenatal care during 2000–2010. It has been estimated that an additional 160,000 newborn life could be saved through the achievement of 90% coverage of antenatal care[3]. Among sub Saharan African countries, 69% of pregnant women have at least only one antenatal care (ANC) visit. However, to achieve the full life saving potential that ANC promises for women and babies, four visits providing essential evidence based interventions often called focused antenatal care is required[4]. Focused ANC is more concerned with prevention, early diagnosis and treatment of general medical andregnancy associated disorders. Moreover, it gives provider the opportunity to introduce women to the health system, promote healthy behaviors during pregnancy and the postpartum period, identify and treat health problems and raise awareness of danger signs that may happen throughout pregnancy[4,5]. In Ethiopia reducing maternal mortality toward millennium development goal by the end of 2015 is by far behind the target (Off Track). However, a transition from the MDGs to the Sustainable Development Goals (SDGs), attention to the reduction of maternal mortality and morbidity is now considered seriously through improvements of continuum of care for women and children as an unfinished business[6]. Even though the world health organization has launched a new antenatal care model since 2016 with the aim of positive pregnancy experiences of mothers by increasing the numbers of visits from four to eight contacts, many countries including Ethiopia are not officially implementing this new ANC model so far. However, Ethiopia will implement the new WHO ANC model soon or later, after the evaluation of the current focused antenatal care model[7]. High quality care during pregnancy is an essential component of the reproductive, maternal, newborn and child health continuum of care. Most health problems in pregnant women can be prevented, detected and treated by trained health professionals during antenatal care visits. However, women in Ethiopia are continuously missing their antenatal care follow-up due to so many socioeconomic problems[8]. According to Ethiopian Demographic Health survey report, the country has witnessed an encouraging improvement in the ANC coverage (at least one visit) in the last decade from 28% in 2005 to 62% in 2016. However, there are real challenges regarding early initiation of ANC and missing of subsequent antenatal care follow up. Only 32% (three out of ten women) made the recommended number of four visits according to the EDHS 20169. Therefore, the aim of this study was to assess the proportion of missed ANC follow-up and its associated factors. The finding of this study is very important to set intervention strategies to reduce missed ANC follow-up both at a national and local level so as to improve maternal and perinatal outcomes.

Methods

Study design, period and area

Hospital based cross sectional study was conducted from March to April 2016 in the Eastern Zone of Tigray Public Hospitals. Based on the 2007 Census conducted by the Central Statistical Agency of Ethiopia (CSA), this Zone has a total population of 755,34 of whom 359,638 are men and 395,705 women; 146,064 or 19.34% are urban inhabitants. There are 2 general hospitals, 4 Primary hospitals and 36 health centers resides in the Eastern zone of Tigray region. The study was conducted in six hospitals namely Adigrat, Wukiro, Atsibi, Dawan, Fatsi and Hawzen. Those hospitals are providing antenatal care and delivery service without service charge.

Source and study population

All women who came for delivery services in governmental hospitals of the eastern zone of Tigray were the source population, whereas systematically selected women who had at least one ANC follow up during their last pregnancy and came for delivery services during data collection period were considered as a study population. In this study missed antenatal care visit is operationalized as mothers who had enrolled but failed to keep subsequent antenatal care follow up until four visits during their last pregnancy. Again, both unable to read and write, and able to read and write were operationalized as ‘no formal education’.

Sample size determination and sampling technique

The sample size was determined using single population proportion formula by assuming 68% of women missed their ANC follow up[10], level of significance (α =0.05) and margin of error 4%. Final sample size was adjusted by adding 5% non-response rate which was 548. Systematic sampling technique was used to select the study participants. The total sample size was distributed to each governmental hospitals to proportional to size after reviewing prior records. Data were collected by six diploma midwives through face to face exit interview. Structured and pre-tested questionnaire was used which is prepared in English and translated to Tigrigna by two native Tigrigna speakers. Both the data collectors and supervisors have been given one day training prior to data collection. Regarding the training, Emphasis was given on purposes of study, the significance and appropriate meanings of each question as well as on the art of interviewing the participants.

Data processing and analysis

Data entry was done using EPI Info 7 and data analysis was made using SPSS version 20. Variables with P-values of 0.2 and below in bivariate analysis were included in multiple logistic regression analysis and p-values of less than 0.05 were taken as a predictor variable. The degree of association between the independent and dependent variable was analyzed using odds ratio with 95% Confidence interval.

Ethical consideration

Ethical clearance was obtained from the Institutional Review Board (IRB) of Mekelle University, College of health sciences ‘#ERC 06164/2016’. Formal letter of cooperation was obtained from the Tigray Regional Health bureau and submitted to each hospital of eastern zone of Tigray. Data were collected after written consent was obtained from study participants. Confidentiality of the information was secured by removing identifiers whereas the privacy of the participants during the interview were maintained by avoiding interruptions in a secured room.

Results

Socio-demographic characteristics

All of the study participants were completed the interview. One fourth of the study participants 142 (25.9%) were in the age range of 20–24 years. The mean age of study participants was 28 years with SD± 6.8. The majority of the participants were urban dwellers 339 (61.9%), and 478 (87.2%) were Orthodox Christian. Most of the participants' ethnicity was from Tigray 530 (96.75%), Amara 10 (1.8%) and Afar 8 (1.5%). Five hundred fourteen participants (93.8%) were married. One fourth of participants' monthly income were below ≤23.1USD (Table 1).
Table 1

Socio-demographic characteristics of participants in Easter zone of Tigray governmental Hospitals, 2016 (n=548)

Variables FrequencyPercentage
Maternal Age=19529.5
20-2414225.9
25-2911420.8
30-3410919.9
=3513123.9
ReligionOrthodox47887.2
Muslim336.0
Protestant40.7
Catholic336.0
Educational statusNo formal education19335.2
Primary education11621.2
Secondary and above23943.6
OccupationHousewife27850.7
Self-employed15628.5
Government employees11420.8
Husband's occupation (n=514)Not employed7513.7
Government employee17732.3
Private employee18133.0
Other*8114.8
Husband's educational status (n=514)No formal education13725.0
Primary education12322.4
Secondary/higher25446.4
Monthly income (USD)≤$23.113524.6
$23.2-$46.38916.2
$46.4-$69.4498.9
$69.5-$92.5478.6
=$92.622841.6

Daily laborers

Socio-demographic characteristics of participants in Easter zone of Tigray governmental Hospitals, 2016 (n=548) Daily laborers

Reproductive characteristics

The mean age of participants at first pregnancy was 20.5 years with SD±3. 2 and more than half 282 (51.1%) were in the age range between 20 and 24 years. Regarding pregnancy intention, 511 (93.2%) were planned (Table 2).
Table 2

Reproductive characteristics of participants in Easter zone of Tigray governmental Hospitals, 2016 (n=548)

Variables FrequencyPercent
Age at first pregnancy≤1920136.7
20-2428251.5
25-29458.2
=30203.6
Parity1-231657.7
3-413424.5
=59817.9
Number of alive children091.6
1-232459.1
3-413424.5
=58114.8
Number of still births048488.3
1-26411.7
History of abortionNo45983.8
Yes8916.2
Type of abortion (n=89)Induced2224.7
Spontaneous6775.3
Were the pregnancy planned?No376.8
Yes51193.2
Reasons for unplanned Pregnancy (n=37)Husband enforcement30.5
Accidental conception346.2
Reproductive characteristics of participants in Easter zone of Tigray governmental Hospitals, 2016 (n=548)

Proportion of Missed Antenatal care follow-up

Among the total participants 183 (33.4%) (95% CI: (29.6-37.6%) were missing their subsequent antenatal care follow-up. Only 365 (66.6%) of them had four and above Antenatal care follow up during their last pregnancy (Figure 1).
Figure 1

Proportion of participants across each antenatal care visit in Easter zone of Tigray governmental Hospitals, 2016

Proportion of participants across each antenatal care visit in Easter zone of Tigray governmental Hospitals, 2016 Four hundred nine (74.6%) initiate their ANC follow up between 14 to 26 weeks of gestation; 93 (17%) before 13 weeks, and the rest 46 (8.4%) between 22 to 40 weeks of pregnancy. Reasons for missing ANC visit were feeling being healthy 183 (80.3%), busy 143 (62.7%), far from health institution 122 (53.5%), long waiting time 6 (2.6%), and 18 (18.9%) for other reasons such as poor quality of care and negative experiences.

Associated factors of Missed ANC Follow up

Using binary logistic regression; Educational status, occupation, marital status, planning of their pregnancy, advised about institutional delivery, history of stillbirth travel distance to institutions, and means of transportation were found to have a statically significant association with missing antenatal care appointment. Those variables were entered once into backward stepwise multiple logistic regression model. After adjustment, no formal education [AOR=1.778 (1.102, 2.869)], attending primary education [AOR= 1.756 (1.040, 2.964)], self-employee [AOR=1.589 (1.030, 2.452)], government employee [AOR=0.503 (0.503, 0.953)], unmarried [AOR=2.36 (1.11, 5.04)], didn’t informed about institutional delivery [AOR=3.34 (1.44, 7.78)], and travel distance more than two hours to hospital [AOR=1.93 (1.08, 3.44)] were found to be independent predictors of missed antenatal care (Table 3).
Table 3

Binary and multiple logistic regression results regarding associated factors of missed Antenatal care follow up in the eastern zone of Tigray, 2016

VariablesNo of visits
COR with 95% CIAOR with 95% CIP-value
<4≥4
Educational statusNo formal education861072.890(1.902, 4.392)1.778(1.102, 2.869).018
Primary education45712.279(1.405, 3.697)1.756(1.040, 2.964).035
Secondary/higher5218711 

OccupationHousewife9917911 
Self-employed68881.397(.936, 2.085)1.589(1.030, 2.452).036
Government employees16980.295(0.165, 0.529)0.503(0.503, 0.953).035

Marital statusUnmarried21133.510(1.715, 7.184)2.365(1.110, 5.040.026
Married16235211 

No of still birth015333111 
1–230341.909(1.127, 3.233)1,153(0.627,2.120).647

We the PX planned?No201711 
Yes1633480.398(0.203,0.780)1.054(0.437,2.541).908

Informed about benefit of IDNo1994.583(2.030, 10.347)3.341(1.435. 7.776).005
Yes16435611 

How long time took≤120min14533211 
≥121min38332.637(1.590, 4.371)1.929(1.083, 3.437).026

Mean of transportationOn foot1322970.593(0.391, 0.899)0.785(0.492, 1.253).310
By vehicle566811 

ID=institutional delivery, PX-pregnancy

Binary and multiple logistic regression results regarding associated factors of missed Antenatal care follow up in the eastern zone of Tigray, 2016 ID=institutional delivery, PX-pregnancy

Discussion

This study depicted that about 33.4% of participants were missing their antenatal care follow-up. The finding of this study was much less than the report of EDHS, 2016 which was 68% of women were missing their antenatal care appointments9. This difference may be due to the governments strive to ensure the proper operations of focused antenatal care and auditing system. Besides the introduction of compassionate and respectful maternal care could have also a positive impact for mothers not miss their consecutive antenatal care appointments. Adverse pregnancy outcomes can be minimized or avoided altogether if antenatal care has received early in the pregnancy and continued through delivery. According to this study, a small proportion of women which were only 17% of them had initiated their first ANC visit during the first trimester before 13 weeks of gestation. The proportion of women who initiated their ANC visit during first trimester in this study were slightly higher than the proportion of women in Kenya 12% and Malawi 15 %11. On the other hand the finding was slightly lower as compare to the study done in china which was 19.7% and study done in Addis Ababa 22.4% of them were initiated their ANC before 13 weeks of gestation[12,13]. Having no formal education and primary education increase odds of missing antenatal care follow-up by a factor of 1.778 and 1.756, [AOR=1.778 (1.102, 2.869)] and [AOR= 1.756 (1.040, 2.964)] respectively. Other similar studies reported that the women’s level of education has a positive impact on adequate ANC service utilization14-16. This may be explained by the fact that educated women are more knowledgeable on the importance of maternal health services; they may have access to written information and may have a more modern cultural perspective. Moreover; Education is an opportunity to empower women; and empowered women have greater confidence and greater decision making power to use modern health care services for themselves and for their children. This study showed that self-employed mothers are 1.589 times more likely to miss their Antenatal care appointments as compared to house wives [AOR=1.589 (1.030, 2.452]. Similarly unmarried women were 2.365 times more likely to miss antenatal care appointments as compare to married women [AOR=2.365 (1.110, 5.040)]. Consistent to this finding, a study done in Addis Ababa on adequacy of ANC among slum residents reported that unmarried women and those cohabiting/living together were 61 and 62 % less likely to have four or more antenatal visits compared to their married counterparts[17]. This can be explained by husband role and contribution to ANC service use through financial support, accompaniment of mothers to in ANC clinic, and ensuring adherence to ANC. For women who were not informed about benefit of institutional delivery during their first antenatal care visit; the odds of missing their ANC appointments increased by a factor of 3.341 [AOR= 3.341 (1.435, 7.776)]. Proximity to a health facility is another key factor involved in improving access to maternal health care service. The results of this study confirm that women who travel greater than two hours walking to into hospital were nearly two times more likely to miss an ANC appointment as compared to those traveled less than two hours [AOR= 1.929 (1.083, 3.437)]. Similar to this finding is a study done in South Africa that reported increased distance to ANC services was 3.3 times more likely to negatively impact uptake of ANC visits[16,18]. This might be related to the fact that pregnant women get difficulties to walk long distance or use different transportation services to get into institutions and receive prenatal care on the appointment days. Moreover; living closer to health institutions may promote antenatal care use as costs incurred for transportation and absence from work might be minimized. Limitation of this study, it doesn’t address the qualitative aspects like detailed reasons why mothers missed their ANC follow-up. Therefore, it is open for researchers to conduct a qualitative study on why women missed their subsequent Antenatal care follow-up.

Conclusion

The proportion of missed Antenatal care follow-up was lessened as compared to local and national evidences. Educational level, occupation, information about the benefit of institutional delivery and travel distance to hospitals were found to have a statistically significant association with the missing antenatal care follow-up. Therefore, a coordinated effort on tracking of pregnant women who missed their antenatal care appointment is needed by health policy implementers so as to increase the uptake of four complete visits.
  9 in total

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Journal:  Glob Public Health       Date:  2017-06

Review 3.  Ending preventable maternal and newborn mortality and stillbirths.

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4.  Determinants of maternal health care utilization in Holeta town, central Ethiopia.

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6.  Factors that Influence Teenage Antenatal Care Utilization in John Taolo Gaetsewe (JTG) District of Northern Cape Province, South Africa: Underscoring the Need for Tackling Social Determinants of Health.

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7.  Factors affecting antenatal care attendance: results from qualitative studies in Ghana, Kenya and Malawi.

Authors:  Christopher Pell; Arantza Meñaca; Florence Were; Nana A Afrah; Samuel Chatio; Lucinda Manda-Taylor; Mary J Hamel; Abraham Hodgson; Harry Tagbor; Linda Kalilani; Peter Ouma; Robert Pool
Journal:  PLoS One       Date:  2013-01-15       Impact factor: 3.240

8.  The utilization of antenatal care among rural-to-urban migrant women in Shanghai: a hospital-based cross-sectional study.

Authors:  Qi Zhao; Zhihuan Jennifer Huang; Sijia Yang; Jie Pan; Brian Smith; Biao Xu
Journal:  BMC Public Health       Date:  2012-11-21       Impact factor: 3.295

9.  Determinants of maternal health service utilization in Ethiopia: analysis of the 2011 Ethiopian Demographic and Health Survey.

Authors:  Shegaw Mulu Tarekegn; Leslie Sue Lieberman; Vincentas Giedraitis
Journal:  BMC Pregnancy Childbirth       Date:  2014-05-07       Impact factor: 3.007

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