Effective maternity care services are globally produced according to varying organisational models, which are based on several evidence-based interventions and the national guidelines [1, 2, 3, 4, 5]. However, society-sensitive research is still needed to obtain evidence for implementing a standard organisational model for consistent and high-quality maternity care in each country . Commonly used indicators for evaluating the maternity care produced in varying organisational settings are the health outcomes of the mother and baby and the utilisation of the services .
Primary maternity care in Finland is provided by the municipal maternity and child health clinic system that was mandated by law in 1944 to guarantee free health-care services for every pregnant woman and all children under the school age (age of seven). Today, maternity health clinics are part of communal health centres, responding to the need for health promotion and support for child-bearing families, and providing a way to monitor the pregnancy and early postpartum periods. Free screenings for foetal chromosome and growth defects during pregnancy are also offered to families. In the maternity health clinics there is also a particular emphasis on supporting parenthood and the welfare of the whole family [8, 9, 10]. Over 99.5% of child-bearing families are estimated to be users of these clinics .
The midwife-led models are effective and safe ways to produce maternity care services . The Finnish maternity health clinics are led by public health nurses in close cooperation with general practitioners. Midwives are also able to work in maternity health clinics; however, they usually also have a public health nurse degree . Tertiary level antenatal care and consultation for the maternity health clinics’ personnel are provided by hospital-based outpatient maternity clinics.
Finland has, in common with the other Nordic countries, high levels of maternal and perinatal health. For example, the perinatal and maternal mortality rates are among of the lowest in the world [11, 14, 15]. In a European comparison, Finnish rates for low birth weight and preterm births are relatively low and the caesarean section rate is among the lowest . The main risk factors for perinatal health in Finland are smoking during pregnancy and mothers being overweight before and during pregnancy .
Although the provision of the Finnish maternity health clinic services is dictated by law, the organisational model of these clinics is not. Thus, great structural diversity exists [13, 16]. According to a recent survey, municipalities have organised maternity health clinic services mainly in three ways: clinics focusing solely on maternity care (16%); those combined with family planning services (33%); or those integrated with the child health clinics in which the same public health nurse cares for a family from the pregnancy until the child reaches school age (20%). Furthermore, various mixed models for maternity health clinics were implemented in 31% of the municipalities .
Critical discussion regarding the best model for maternity health clinics has been going on in Finland for long. Proposals for organisational development have concentrated on two main lines: promoting maternity health clinics that focus solely on reproductive health care or preferring maternity health clinics integrated into children’ health services. The reproductive-centred maternity health clinic model has been advocated e.g., by the fact that in these specialised clinics, nurses and physicians can focus particularly on women’s health issues and have adequate annual experience with pregnant clients. By providing all sexual and reproductive health services at the same clinic, women’s health could be comprehensively promoted. [17, 18] On the other hand, the long-term continuity of care which is enabled by the integration of maternity and child health clinic services creates a propitious basis for the trustful relationship between professionals and the whole family, especially when psycho-social or other multidimensional problems arise. The integrated maternity and child health clinic has also been seen as a more father acknowledging and family-centred way to produce maternity care services than the separate maternity health clinic [19, 20].
However, because of lack of evidence on how different organisational models for maternity health clinics influence the utilisation of the maternity care services as well as maternal and perinatal health outcomes, robust grounds for or against one single model for maternity health clinics could not have been presented. This study was carried out with the aim that it would for its part fill this knowledge gap.
The aim of this study was to compare maternity health clinics and the integrated maternity and child health clinics, in relation to selected outcomes obtained from the Finnish Medical Birth Register (Table 1). The research questions were:
Is there a relationship between the organisational model of the maternity health clinic and:
|Utilisation of maternity care services|
|First maternity care visit (gestational weeks)||Mean, SD|
|Visits in hospital maternity clinic||Mean, SD|
|Visits in maternity health clinic||Mean, SD|
|All maternity care visits during pregnancy||Proportion (n, %)|
|Late first maternity care visit (>15 gestational weeks)||Proportion(n,%)|
|Underutilisation of maternity care (1–5 visits)||Proportion (n, %)|
|Overutilisation of maternity care (>17 visits)||Proportion (n, %)|
|Serum screening for foetal abnormalities||Proportion (n, %)|
|Ultrasound screening for foetal abnormalities||Proportion (n, %)|
|Glucose tolerance test done||Proportion (n, %)|
|Hospital care during pregnancy||Proportion (n, %)|
|Gestational age at the time of delivery (gestational weeks)||Mean, SD|
|Pre-eclampsia1||Proportion (n, %)|
|Diabetes2||Proportion (n, %)|
|Duration of delivery (minutes)||Mean, SD|
|Method of delivery|
|Vaginal||Proportion (n, %)|
|Breech birth||Proportion (n, %)|
|Vacuum or forceps||Proportion (n, %)|
|Section (includes elective and non-elective sections)||Proportion (n, %)|
|Induction||Proportion (n, %)|
|Pain relief in delivery|
|Epidural||Proportion (n, %)|
|No medical pain relief (delivery with no medical pain relief method)||Proportion (n, %)|
|Physiological birth (vaginal birth with no medical pain relief and with no medical procedures3)||Proportion (n, %)|
|Episiotomy||Proportion (n, %)|
|Length of stay in hospital for mother (days)||Mean, SD|
|Baby’s birth weight (g)||Mean, SD|
|Baby’s birth height (cm)||Mean, SD|
|Low Apgar score (5 min.)||Proportion (n, %)|
|Premature birth (birth before full 32 and full 37 weeks of gestation)||Proportion (n, %)|
|Small for gestational age (SGA, according to Finnish sex-specific standards)||Proportion (n, %)|
|Asphyxia||Proportion (n, %)|
|Intensive care or monitoring||Proportion (n, %)|
This study is part of a broader study focused on developing the maternity and child health care services in Southwest Finland. The results of a previous phase of the research exploring the parents’ experiences and wishes regarding maternity and child health clinic services produced by different models have been reported elsewhere. [21, 22].
A comparative, register-based cross-sectional design was used. The study was part of the multidisciplinary STEPS study that is being carried out in the catchment area of the Turku University Hospital by the Institute for Child and Youth Research at the University of Turku. This prospective STEPS study is based on a cohort of all Finnish or Swedish speaking women who had live deliveries in the Hospital District of Southwest Finland from January 2008 to April 2010 (N = 9811) and their children (N = 9936). Women who were unable to communicate in Finnish or Swedish were excluded (N = 661). The STEPS study protocol was approved by the Ethical Committee of the Turku University Hospital in June 2007 and by the Ministry of Social Affairs and Health in April 2008. The STEPS study protocol has been previously reported in greater detail by Lagström et al. .
The present data were collected as part of the STEPS study from the Medical Birth Register which is administered by the National Institute for Health and Welfare. The Medical Birth Register contains high-quality, complete information on the live births and stillbirths of more than 22 weeks of gestation or the baby weighing at least 500 grams in Finland since 1987. . The data included Finnish or Swedish speaking women who gave birth in the area of Turku University Hospital between 1 January 2009 and 31 December 2009 (N = 4480). Additionally, it was required that the organisational model of the maternity health clinic that the women used was known. Due to the lack of this information the data of 1739 women had to be excluded. Finally the study group included a total of 2741 women (Figure 1). The background characteristics of the mothers in the study group were compared with the data of the excluded mothers to ensure representativeness of the study group.
The information regarding the organisational models of the maternity health clinic services was gathered through a survey sent to the administrators of the health-care centres in the Turku University Hospital area in the spring of 2010. The administrators were asked whether the maternity health clinics were carried out separately or integrated with the child health clinics during the years 2008 and 2009. The necessary information was received from all the health centres covering the maternity health clinic units of 28 municipalities. Data from three small municipalities had to be excluded because of the municipalities’ structural changes (unification of municipalities and/or establishing of new health care consortiums) during the data collection which led to lack of exactly interpretable information regarding the organising of maternity health clinics. The municipalities with several maternity health clinic units organised under various models were excluded (N = 6), except one large municipality, which could be included because of more detailed information being available on each of the maternity health clinics and their clients, based on personal identification numbers. In addition, due to the later changes of women’s place of domicile, the information of 21 women is missing from comparative clinic’s model based analysis.
Information regarding the organisational model of a maternity health clinic was linked to the Medical Birth Register data based on the women’s place of domicile. For the comparative analysis, the data were classified into two groups according to the model of the women’s maternity health clinics: maternity health clinic or integrated maternity and child health clinic. The determinant was the maternity health clinic’s connection to a child health clinic’s services. The maternity health clinics that were linked to other primary health care services, such as family-planning clinics or school health care, were classified as maternity health clinics.
The outcome measures of the study were based on the Medical Birth Register data. The information regarding the women’s personal data, obstetric history, present pregnancy and delivery and its monitoring, as well as the baby’s health after delivery, were used. The outcome measures of the study are presented in Table 1.
The data was analysed statistically using SPSS 20 and SAS Release 9.2. for Windows. The limit for statistical significance was set at p < 0.05. For continuous outcomes the comparative analysis between maternity health clinic models was conducted using a t-test (unadjusted) and ANOVA with a covariate (adjusted). For categorical outcomes the comparisons were conducted using Pearson’s chi-square / Fisher’s exact test (unadjusted) and logistic regression analysis with a covariate (adjusted). A statistical power analysis was performed for selected significant outcomes (= nulliparity).The effect of the organisational model of the maternity health clinic on outcome variables was adjusted by taking the significant background variables simultaneously as covariates to the analysis of variance model.
The essential sociodemographic and obstetric background variables of the study group and the non-study group (a cohort of parturients in Southwest Finland) are presented in Table 2. Comparisons showed that the study group was representative of the non-study group in relation to most of the examined background variables. However, there were more nulliparae in the study group than in the non-study group (p = 0.003). Moreover, women in the study group were more often intoxicant abusers (N = 54, 2.0% vs. N = 20, 1.2%, p = 0.036) and have given birth more often in a university hospital than women in the non-study group (N = 2529, 92.3% vs. N = 1202, 69.1%, p = <0.001).
|Study group3 N = 2741||Non- study group4 N = 1739||p*||Maternity health clinic N = 2178||Integrated maternity and child health clinic N = 542||p*|
|Age||n (%)||n (%)||n (%)||n (%)|
|mean, years (SD)||30.4 (4.988)||30.2 (5.182)||0.279||30.1 (5.196)||30.7 (5.073)||0.010|
|< 18||12 (0.4)||6 (0.35)||0.732||12 (100)||0 (0)||0.077|
|> 35||462 (16.9)||306 (17.6)||356 (77.4)||104 (22.6)|
|Married||1502 (54.8)||971 (55.8)||1192 (54.7)||304 (56.1)|
|Unmarried||1208 (44.1)||755 (43.4)||961 (44.1)||233 (43.0)|
|Other||31 (1.1)||13 (0.8)||25 (1.2)||5 (0.9)|
|(= no previous births)||1278 (46.6)||732 (42.1)||1053 (48.3)||212 (39.1)|
|>30||339 (12.5)||234 (13.6)||0.270||267 (12.3)||72 (13.4)||0.220|
|<19||156 (5.8)||83 (4.8)||133 (6.1)||23 (4.3)|
|Previous abortion||394 (14.4)||258 (14.9)||0.665||306 (14.1)||86 (15.9)||0.285|
|Intoxicant abuse||53 (2.0)||20 (1.2)||0.036||44 (2.0)||9 (1.7)||0.588|
|Smoking during pregnancy||484 (17.8)||291 (16.7)||0.173||386 (17.8)||98 (18.1)||0.852|
|Fertilisation treatment1||53 (2.0)||34 (2.0)||0.838||33 (1.5)||20 (3.7)||0.001|
|Delivery in university hospital2||2529 (92.3)||1202 (69.1)||<0.001||2015 (92.6)||494 (91.1)||0.285|
|Method of delivery||0.951||0.842|
|Vaginal||2104 (76.8)||1345 (77.4)||1675 (76.9)||418 (77.1)|
|Breech birth||23 (0.8)||16 (0.9)||17 (0.8)||6 (1.1)|
|Vacuum or forceps extraction||245 (8.9)||152 (8.7)||197 (9.0)||45 (8.3)|
|Section||369 (13.5)||226 (13.0)||289 (13.3)||73 (13.5)|
|Twins/triplets||42 (1.5)||34 (2.0)||0.332||29 (1.3)||13 (2.4)||0.059|
Furthermore, the women’s background characteristics in relation to the model of the maternity health clinic were explored. There were no significant differences between the clinic models regarding most of the background characteristics, except the number of nulliparous women, which was greater in the maternity health clinics than the integrated maternity and child health clinics (N = 1053, 48.3% vs. N = 212, 39.1%, p = <0.001). In addition, in integrated clinics the mean age of women was higher (30.7 years vs. 30.1 years, p = 0.010) and they had undergone more fertilisation treatments than the women in the separate maternity health clinics (N = 20, 3.7% vs. N = 33, 1.5%, p = 0.001).
The majority of the studied women had used the services of the maternity health clinics (N = 2178, 80.1%), with a fifth (N = 542, 19.9%) having used the integrated maternity and child health clinics. The relationship between the model of the maternity health clinic and the utilisation of maternity care services is described in Table 3. The comparison of the models indicated that women who had used the services of a maternity health clinic had their first maternity care visit earlier than women who had used the services of an integrated maternity and child health clinic. They also more frequently visited a hospital maternity outpatient clinic than the women who had used an integrated maternity and child health clinic. Furthermore, the glucose tolerance test was conducted more often on women who had used a separate maternity health clinic. Accordingly, hospital care during pregnancy was more common with women who had used the services of a separate maternity health clinic. The differences in the hospitalisation between the groups occurred generally and with one specified reason for the hospital care.
|Outcome||Maternity health clinic N = 2178||Integrated maternity and child health clinic N = 542||Unadjusted||Adjusted*|
|Mean (SD)||Mean (SD)||p||p|
|First maternity care visit (gestational weeks)||8.8 (2.649)||9.5 (2.737)||<0.001||0.003|
|Visits in hospital maternity clinic||2.87 (2.508)||2.61 (2.170)||0.027||0.769|
|Visits in maternity health clinic||11.57 (3.575)||11.72 (3.062)||0.423|
|All maternity care visits during pregnancy||14.42 (4.205)||14.35 (3.504)||0.681|
|n (%)||n (%)||p||p|
|Late first maternity care visit (>15 gestational weeks)||41 (1.9)||14 (2.6)||0.301|
|Underutilisation of maternity care (1–5 visits)||25 (1.1)||5 (0.9)||0.656|
|Overutilisation of maternity care (>17 visits)||549 (25.2)||130 (24.0)||0.571|
|Serum screening for foetal abnormalities||100 (4.6)||16 (3.0)||0.091|
|Ultrasound screening for foetal abnormalities||2149 (98.7)||531 (98.0)||0.227|
|Glucose tolerance test done||1352 (62.1)||304 (56.1)||0.011||0.386|
|Hospital care during pregnancy||145 (6.7)||21 (3.9)||0.015||0.124|
|Bleeding||13 (0.6)||1 (0.2)||0.327|
|High blood pressure||11 (0.5)||4 (0.7)||0.517|
|Prematurity||16 (0.7)||2 (0.4)||0.553|
|Other reason||115 (5.3)||15 (2.8)||0.014||0.067|
There were no statistically significant differences between the maternity health clinic and integrated maternity and child health clinic models regarding the majority of the explored delivery and infant related outcomes (Table 4). However, the lengths of both the first stage of delivery (802.2 min vs. 727.9 min, p = 0.011) and the second stage (35.3 min vs. 31.3 min, p = 0.054) were longer for the women who had used a maternity health clinic than the women in the integrated maternity and child health clinic group. Women who had used a maternity health clinic were more likely to have epidural analgesia as pain relief during delivery (57.6% vs. 48.9%, p = < 0.001) and they had more episiotomies (11.2% vs. 8.1%, p = 0.037) than the women who had used an integrated maternity and child health clinic. Delivery without any pain relief was more common with women in the integrated clinic group (20.9% vs. 17.2%, p = 0.049). Furthermore, the baby’s birth weight was greater in those born to mothers in the integrated clinic group than the maternity clinic group (3507.5 g vs. 3497.4 g, p = 0.038).
|Outcome||Maternity health clinic N = 2178||Integrated maternity and child health clinic N = 542||Unadjusted||Adjusted*|
|Maternal||Mean (SD)||Mean (SD)||p||p|
|Gestational age at the time of delivery (weeks)||39.7 (1.976)||39.7 (1.870)||0.796|
|Duration of delivery (min)|
|First stage||802.2 (551.085)||727.9 (531.159)||0.011||0.563|
|Second stage||35.3 (40.833)||31.3 (36.675)||0.054||0.186|
|Length of stay in hospital for mother (days)||4.0 (2.082)||3.9 (2.086)||0.314|
|n (%)||n (%)||p||p|
|Pre-eclampsia 1||129 (5.9)||36 (6.6)||0.530|
|Diabetes 2||316 (14.5)||76 (14.0)||0.773|
|Method of delivery|
|Vaginal||1675 (76.9)||418 (77.1)||0.842|
|Breech birth||17 (0.8)||6 (1.1)|
|Vacuum or forceps||197 (9.0)||45 (8.3)|
|Section (elective and non-elective sections)||289 (13.3)||73 (13.5)|
|Induction||400 (18.4)||94 (17.3)||0.581|
|Pain relief in delivery|
|Epidural||1254 (57.6)||265 (48.9)||>0.001||0.148|
|No medical pain relief||373 (17.2)||113 (20.9)||0.049||0.518|
|Physiological birth3||612 (28.5)||170 (31.4)||0.191|
|Episiotomy||244 (11.2)||44 (8.1)||0.037||0.099|
|Perinatal||Mean (SD)||Mean (SD)||p||p|
|Baby’s birth weight (g)||3497.4 (571.879)||3507.5 (553.323)||0.038||0.167|
|Baby’s birth height (cm)||50.7 (2.481)||50.9 (2.321)||0.107|
|n (%)||n (%)||p|
|Low Apgar score (Apgar score 0–6)||45 (2.1)||14 (2.6)||0.461|
|birth before full 37 weeks of gestation||90 (4.2)||20 (3.8)||0.630|
|birth before full 32 weeks of gestation||17 (0.8)||3 (0.6)||0.781|
|Small for gestational age (SGA)||46 (2.1)||7 (1.3)||0.216|
|Asphyxia||171 (7.9)||34 (6.3)||0.213|
|Baby’s intensive care or monitoring||226 (10.4)||59 (10.9)||0.729|
Because the women were older and more often nulliparae and had undergone fertilisation treatment in the maternity health clinic group, the age, nulliparity and fertilisation treatment were chosen to be the confounding background variables when comparing the outcomes by the model of maternity health clinic. In this adjustment model, nulliparity [F(1, 2709) = 6.43, p = 0.011], age [F(1, 2709) = 5.22, p = 0.022] and fertilisation treatment [F(1, 2709) = 14.73, p = 0.001], explained the effect that the clinic model had on the frequency of visits to a hospital out-patient maternity clinic. In addition, nulliparity [F(1, 2711) = 60.08, p = <0.001], age [F(1, 2711) = 72.94, p = <0.001] and fertilisation treatment [F(1, 2711) = 4.65, p = 0.031] explained the effect that the clinic model had on the frequency of the glucose tolerance tests. The timing of the first antenatal visit of women who had used the services of a separate maternity health clinic, earlier in pregnancy, was explained by both the model of the clinic [F(1, 2705) = 8.84, p = 0.003], age [F(1, 2705) = 11.21, p = 0.001) and nulliparity [F(1, 2705) = 4.04, p = 0.044]. The impact of the clinic model on general hospitalisation during pregnancy was explained by fertilisation treatment [F(1, 2710) = 8.54, p = 0.004] and as well on hospitalisation because of “other reasons” [F(1, 2710) = 6.63, p = 0.010].
Moreover, the nulliparity explained the clinic model’s effect on the length of the first stage [F(1, 2284) = 264.51, p = < 0.001] and second stage [F(1, 2284) = 391.55, p = < 0.001] of delivery together with age [F(1, 2284) = 13.48, p = 0.001]. The clinic model’s effect on the baby’s birth weight was explained by nulliparity [F(1, 2712) = 42.98, p = < 0.001] and fertilisation treatment [F(1, 2712) = 8.00, p = 0.005]. Differences between the groups regarding birth without pain relief were also explained by nulliparity [F(1, 2720) = 18.07, p = < 0.001] and age [F(1, 2720) = 24.65, p = < 0.001]. Nulliparity [F(1, 2720) = 171.16, p = <0.001] and age [F(1, 2720) = 4.02, p = 0.045] also explained the clinic model’s effect on the frequency of epidural analgesia during delivery. The clinic model’s effect on the frequency of episiotomy was explained by nulliparity [F(1, 2720) = 89.76, p = < 0.001].
Finally, the organisational model of the maternity health clinic was not found to be related to service utilisation outcomes, with the exception of the first maternity care visit, or to any maternal or perinatal outcomes.
The findings of this study indicate that the organisational model of the maternity health clinic does not have a notable impact on the utilisation of maternity care services. Moreover, there were no differences between the maternity health clinic and integrated maternity and child health clinic models concerning the explored birth- and infant-related health outcomes. From the perspective of the health service system, this means that desirable results in terms of perinatal health could be achieved with both integrated and separate maternity health clinic models. This is in line with evidence from other European countries [6, 15] and from Australia , which indicates that effective and safe maternity care can be delivered within diverse organisational settings. Hence, a coherent understanding about the best possible structure for maternity health clinic services still remains elusive.
If equally good health outcomes can be produced through various maternity health clinic models—as our results suggest—the clients’ experiences and wishes should be emphasised when assessing the quality of different service models. Our previous findings indicate that the integrated maternity and child health clinic model that enables long-term relational continuity of care between the same public health nurse and family improve parents’ service experiences. For example, the integrated clinic model seems to provide more home visits and support for the families than the separate maternity health clinic. [21, 22]. Furthermore, there is some evidence that Finnish parents would rather use the integrated maternity and child health clinic than the separate clinics . It is assumed that this could be a consequence of trust and familiarity fostered in a long-term relationship between the nurse and the family that is made possible in the integrated maternity and child health clinics. According to the review of Sandall et al. , the continuity of midwifery care increases women’s satisfaction with maternity care. Similarly, the review of Britton , which focused on the satisfaction of care during the perinatal period, suggested that the essential determinants of families’ health service experiences seem to be the relationship between the caregiver and family, and the families’ perceptions of the support and information provided. Thus, it can be recommended that these aspects evaluated from the perspective of parents should form the basis for the organisational strategies of maternity and child health clinic services.
The renewed National Development Programme for Social Welfare and Health Care (Kaste) calls for social welfare and health-care services to be organised in a client-oriented and economically sustainable way . In the field of maternity and child health care, this means that the cost-effectiveness of different maternity and child health clinic models should be rigorously measured. Due to a lack of evidence, comparative research into the economic influences of separate maternity health clinic and integrated maternity and child health clinic, as well other models, is thus crucial. In addition to the economic evaluation, the effectiveness of health promotion provided by maternity and child health clinics should be set in the scope of future research. Although several researchers have explored health promotion within the Finnish maternity and child health clinic system such as the dietary and physical activity counselling [28, 29, 30, 31], support for breastfeeding , and support for mothers’ post-natal mental health , they have not considered the impact of different clinic models on implementing these health promotions. Thus, the long-term evaluation of the effects of health promotion provided by diverse maternity and child health clinic settings would be beneficial .
Our results provide novel views to the discussion regarding the organisation of primary maternity and child health care services. Experts in Finland have not yet reached an agreement on whether maternity health clinics should be organised as separate clinics focusing on women’s reproductive health issues  or integrated with children’s and families’ health and welfare services . It has been assumed that an increased amount of tertiary-level maternity care might be a consequence of the maternity health clinics’ fragmented organisational structure and the varying professional background of the maternity health clinics’ personnel [17, 35]. In addition, concern has been expressed by experts about the sufficient obstetric competence of public health nurses whose work pattern in a maternity health clinic includes primary health care tasks beside those relating to maternity care [17, 18, 35, 36]. This debate has also been represented in public discussions in the media. However, in contrast to these concerns, our results indicate that the model of an integrated maternity and child health clinic, which provides both maternity and child health care, was not associated with more frequent visits to a hospital maternity clinic or an increased likelihood of hospitalisation during pregnancy than the model of a separate maternity health clinic. A study exploring maternal and perinatal outcomes in relation to the professional education and competence of maternity health clinic nurses and physicians would shed further light on this discussion.
The strength of our study is that it produced the first comparative register-based report of the outcomes of separate maternity health clinic and integrated maternity and child health clinic models in Finland. The comparison was based on the existing structure of the Finnish maternity and child health clinic system which provides, because of its natural variation, a favourable field for comparative health-service research without requiring complex experimental settings to be built. In addition, the outcome measures of the study were based on the routinely collected register data of the Medical Birth Register. Consequently, the reliability and cost-effectiveness of the study can be evaluated as good. Furthermore, national registers with personal identification numbers have previously proved to be reliable and cost effective sources for comparative health-care service research .
Our study focused on the area of the Turku University Hospital. Despite the Finnish population being homogenous to a large extent, the national generalisability of our results should be considered. Because national evidence on the impact of the maternity health clinic models on maternal and perinatal outcomes is still lacking, an inclusive nation-wide register-based comparison of different maternity health clinic models is necessary to draw firm conclusions. However, the problem remains that no national registers, including the Medical Birth Register, currently include information regarding the model of maternity health clinic that the women use. Thus, implementing a national comparison is complex and would require extensive gathering of data from health centres. In the future, the collection of data regarding the model of maternity health clinic services could be contingently linked to the maintained primary health-care statistics Avohilmo that has, since 2011, collected national information on the availability, content and users of primary health-care services . This linkage would also ease the comparison of the costs of different maternity health clinic models which would provide very important information for policy makers and public health service organisers. Currently, there is no comparative evidence regarding the cost-effectiveness of separate maternity health clinics and integrated maternity and child health clinics in Finland. Moreover, the lack of detailed sociodemographic background variables of women available from the Medical Birth Register may be considered a limitation of the study.
Our regional study indicates that the model of maternity health clinic does not have a clinically significant effect on the utilisation of maternity care services. It also seems that equally good maternal and perinatal outcomes can be achieved within separate maternity health clinic and integrated maternity and child health clinic settings. Primary maternity care could thus be provided with similar outcomes either in a separate maternity health clinic or integrated to child health services. A larger, nation-wide data set is needed to confirm the findings of this study. Alongside the utilisation and health indicators, families’ wishes and experiences should be consi dered when making decisions regarding the organisation of maternity and child health clinic services.
The authors are grateful to all the families who took part in this study, the public health nurses and midwives for their help in recruiting them and the whole STEPS study team. The main funding for the STEPS study comes from the University of Turku, Åbo Akademi University, and Turku University Hospital.
Three anonymous reviewers.
The authors declare that they have no competing interests.
World Health Organization (). WHO guidelines on maternal, reproductive and women’s health (webpage on the internet). Available from: http://www.who.int/publications/guidelines/reproductive_health/en/ (cited 2015 Jan 13).
Di Mario, S, Basevi, V, Gori, G and Spettoli, D (2005). What is the effectiveness of antenatal care? Health Evidence Network report In: Copenhagen: WHO Regional Office for Europe. (Supplement) Available from: http://www.euro.who.int/__data/assets/pdf_file/0005/74660/E87997.pdf (cited 2015 Jan 13).
Carroli, G Villar, J Piaggio, G et al. (2001). WHO systematic review of randomized controlled trials of routine antenatal care. Lancet 357(9268): 1565–570, DOI: https://doi.org/10.1016/S0140-6736(00)04723-1
Bernloehr, A, Smith, P and Vydelingum, V (2005). Antenatal care in the European Union: A survey on guidelines in all 25 member states of the Community. European Journal of Obstetrics & Gynecology and Reproductive Biology 122(1): 22–2, DOI: https://doi.org/10.1016/j.ejogrb.2005.04.004
Klemetti, R and Hakulinen-Viitanen, T eds. (2013). Helsinki: National Institute for Health and Welfare. (in Finnish). Available from: http://urn.fi/URN:ISBN:978-952-245-972-5 (cited 2015 Jan 18).
Hemminki, E and Blondel, B (2001). Study Group on Barriers and Incentives to Prenatal Care in Europe. Antenatal care in Europe: varying ways of providing high-coverage services. European Journal of Obstetrics & Gynecology and Reproductive Biology 94(1): 145–48, DOI: https://doi.org/10.1016/S0301-2115(00)00304-3
Devane, D, Begley, C, Clarke, M, Horey, D and OBoyle, C (2007). Evaluating maternity care: A core set of outcome measures. Birth 34(2): 164–72, DOI: https://doi.org/10.1111/j.1523-536X.2006.00145.x
Finnish Government (). Valtioneuvoston asetus (338/2011) neuvolatoiminnasta, koulu- ja opiskeluterveydenhuollosta sekä lasten ja nuorten ehkäisevästä suun terveydenhuollosta (Government Decree (338/2011) on maternity and child health clinic services, school and student health services and preventive oral health services for children and youth). (in Finnish). Available from: http://www.finlex.fi/fi/laki/alkup/2011/20110338 (cited 2015 Jan 6).
Finnish Government (). Health Care Law 1326/2010. (in Finnish). Available from: http://www.finlex.fi/fi/laki/ajantasa/2010/20101326 (cited 2015 Jan 6).
Hakulinen-Viitanen, T, Hietanen-Peltola, M, Bloigu, A and Pelkonen, M (2014). Maternity and child health clinic services and school health care – National follow-up 2012 (Report 12/2014) In: Helsinki: National Institute for Health and Welfare. (in Finnish, abstract in English).
National Institute for Health Welfare (). Perinatal statistics: parturients, deliveries and newborns 2014 Statistical Report 19/2015 In: Helsinki: National Institute for Health and Welfare. Available from: http://urn.fi/URN:NBN:fi-fe2015093014230 (cited 2015 Dec 2).
Sandall, J, Soltani, H, Gates, S, Shennan, A and Devane, D (2015). Midwife-led continuity models versus other models of care for childbearing women. Cochrane Database of Systematic Reviews 9(CD004667)DOI: https://doi.org/10.1002/14651858.CD004667.pub4
Raussi-Lehto, E, Regushevskaya, E, Gissler, M, Klemetti, R and Hemminki, E (2012). Äitiysneuvolatoiminta Suomessa 2000-luvulla. Kyselytutkimuksen perusraportti (Maternity health clinics in Finland at 20th century. Basic report of survey) In: Helsinki: National Institute for Health and Welfare. (in Finnish).
Helsinki: Statistics Finland. Available from: http://www.stat.fi/til/ksyyt/2014/ksyyt_2014_2015-12-30_tie_001_en.html (cited 2016 Feb 25).
Zeitlin, J, Mohangoo, A and Cuttini, M eds. (). European Perinatal Health Report: The health and care of pregnant women and babies in Europe in 2010. Available from: www.europeristat.com (cited 2015 Jan 20).
Hakulinen-Viitanen, T, Pelkonen, M, Saaristo, V, Hastrup, A and Rimpelä, M (2008). Maternity and child health clinic activities 2007. Results and development of monitoring In: Helsinki: National Institute for Health and Welfare. (in Finnish, abstract in English). Available from: http://urn.fi/URN:NBN:fi-fe201204194321 (cited 2015 Feb 14).
Hemminki, E and Gissler, M (2007). Äitiysneuvolat – naistenneuvoloiksi vai hyvinvointineuvoloiksi? (Maternity health clinics – into women’s clinics or welfare clinics?) In: Heikkilä, M and Lahti, T eds. Sosiaali- ja terveydenhuollon palvelukatsaus 2007 (The review of social and health services 2007). Helsinki: National Research and Development Centre for Welfare and Health, pp. 55–67. (in Finnish).
Kangaspunta, R, Kilkku, N, Punamäki, R-L and Kaltiala-Heino, R (2004). Psykososiaalisen tuen tarve äitiys-ja lastenneuvolatyön haasteena. Kokemuksia Perheen hyvinvointineuvola -projektista (Need for the psychosocial support as the challenge of the maternity and child health clinic work). Experiences of Perheen hyvinvointineuvola project). Suomen Lääkärilehti 59(38): 3521–25. (in Finnish).
Viljamaa, M-L (2003). Child and maternity welfare clinics today and tomorrow. Supporting parenthood, family-centered services and peer groups In: Jyväskylä: University of Jyväskylä. (in Finnish, abstract in English). Available from: http://urn.fi/URN:ISBN:951-39-1427-5 (cited 2015 Feb 14).
Tuominen, M, Kaljonen, A, Ahonen, P and Rautava, P (2012). Does the organizational model of the maternity health clinic have an influence on women’s and their partners’ experiences? A service evaluation survey in Southwest Finland. BMC Pregnancy and Childbirth 12: 96. Available from: http://www.biomedcentral.com/1471-2393/12/96 (cited 2016 Feb 14).
Tuominen, M, Kaljonen, A, Ahonen, P and Rautava, P (2014). Relational continuity of care in integrated maternity and child health clinics improve parents’ service experiences. International Journal of Integrated Care, Oct–Dec 2014DOI: https://doi.org/10.5334/ijic.1451 (cited 2016 Feb 14).
Lagström, H, Rautava, P, Kaljonen, A, Räihä, H, Pihlaja, P, Korpilahti, P, Peltola, V, Rautakoski, P, Österbacka, E, Simell, O and Niemi, P (2013). Cohort Profile: Steps to the healthy development and well-being of children (the STEPS Study). International Journal of Epidemiology 42: 1273–84, DOI: https://doi.org/10.1093/ije/dys150
National Institute for Health Welfare: Medical Birth Register (). (webpage on the Internet). Available from: https://www.thl.fi/en/web/thlfi-en/statistics/information-on-statistics/register-descriptions/newborns (cited 2015 Dec 20; updated 2015 Apr 28).
Bai, J, Gyaneshwar, R and Bauman, A (2008). Models of antenatal care and obstetric outcomes in Sydney South West. The Australian and New Zealand Journal of Obstetrics and Gynaecology 48: 454–61, DOI: https://doi.org/10.1111/j.1479-828X.2008.00888.x
Britton, J (2012). The assessment of satisfaction with care in the perinatal period. Journal of Psychosomatic Obstetrics and Gynaecology 33(2): 37–44, DOI: https://doi.org/10.3109/0167482X.2012.658464
Ilmonen, J, Isolauri, E and Laitinen, K (2012). Nutrition education and counselling practices in maternity and child health clinics: study amongst nurses. Journal of Clinical Nursing 21: 2985–94, DOI: https://doi.org/10.1111/j.1365-2702.2012.04232.x
Korpi-Hyövälti, E, Schwab, U, Laaksonen, D, Linjama, H, Heinonen, S and Niskanen, L (2012). Effect of intensive counselling on the quality of dietary fats in pregnant women at high risk for gestational diabetes mellitus. British Journal of Nutrition 108: 910–17, DOI: https://doi.org/10.1017/S0007114511006118
Aittasalo, M, Pasanen, M, Fogelholm, M, Kinnunen, T, Ojala, K and Luoto, R (). Physical activity counseling in maternity and child health care – a controlled trial In: BMC Women’s Health 8: 14. Available from: http://www.biomedcentral.com/1472-6874/8/14 (cited 2015 Jan 16).
Tammentie, T, Paavilainen, E, Tarkka, M-T and Åstedt-Kurki, P (2009). Families’ experiences of interaction with the public health nurse at the child health clinic in connection with mother’s post-natal depression. Journal of Psychiatric and Mental Health Nursing 16(8): 716–24, DOI: https://doi.org/10.1111/j.1365-2850.2009.01448.x
Hartikainen, AL (2003). Äitiysneuvolakäynnit lisääntyvät jatkuvasti – olisiko aihetta toiminnan arviointiin? (Antenatal care visits are in constant increase - is there need for reconsidering?). Suomen Lääkärilehti 22: 2437–40. (in Finnish, abstract in English).
Sormunen, S, Hemminki, E and Koponen, P (2001). Terveydenhoitajien ja kätilöiden kokeneisuus raskauden seurannassa (Public health nurses’ and midwives’ expertise to monitoring of pregnancies). Suomen Lääkärilehti 23: 2563–67. (in Finnish).
Hemminki, E, Heikkilä, K, Sevón, T and Koponen, P (2008). Special features of health services and register based trials – experiences from a randomized trial of childbirth classes. BMC Health Services Research 8: 126. Available from: http://www.biomedcentral.com/1472-6963/8/126 (cited 2015 Jan 5).
National Institute for Health Welfare (2016). Avohilmo – Perusterveydenhuollon avohoidon ilmoitus 2017 – Määrittelyt ja ohjeistus (Avohilmo – Register of Primary Health Care visits 2016 – Definitions and guidelines) In: Helsinki: National Institute for Health and Welfare. (cited 2016 April 25). (in Finnish).