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Pregnancy related anxiety and general anxious or depressed mood and the choice for birth setting: A secondary data-analysis of the DELIVER study

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Background In several developed countries women with a low risk of complications during pregnancy and childbirth can make choices regarding place of birth. In the Netherlands, these women receive midwife-led care and can choose between a home or hospital birth. The declining rate of midwife-led home births alongside the recent debate on safety of home births in the Netherlands, however, suggest an association of choice of birth place with psychological factors related to safety and risk perception. In this study associations of pregnancy related anxiety and general anxious or depressed mood with (changes in) planned place of birth were explored in low risk women in midwife-led care until the start of labour. Methods Data (n = 2854 low risk women in midwife-led care at the onset of labour) were selected from the prospective multicenter DELIVER study. Women completed the Pregnancy Related Anxiety Questionnaire-Revised (PRAQ-R) to assess pregnancy related anxiety and the EuroQol-6D (EQ-6D) for an anxious and/or depressed mood. Results A high PRAQ-R score was associated with planned hospital birth in nulliparous (aOR 1.92; 95% CI 1.32–2.81) and parous women (aOR 2.08; 95% CI 1.55–2.80). An anxious or depressed mood was associated with planned hospital birth (aOR 1.58; 95% CI 1.20–2.08) and with being undecided (aOR 1.99; 95% CI 1.23–2.99) in parous women only. The majority of women did not change their planned place of birth. Changing from an initially planned home birth to a hospital birth later in pregnancy was, however, associated with becoming anxious or depressed after 35 weeks gestation in nulliparous women (aOR 4.17; 95% CI 1.35–12.89) and with pregnancy related anxiety at 20 weeks gestation in parous women (aOR 3.91; 95% CI 1.32–11.61). Conclusion Low risk women who planned hospital birth (or who were undecided) more often reported pregnancy related anxiety or an anxious or depressed mood. Women who changed from home to hospital birth during pregnancy more often reported pregnancy related anxiety or an anxious or depressed mood in late pregnancy. Anxiety should be adequately addressed in the process of informed decision-making regarding planned place of birth in low risk women.
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R E S E A R C H A R T I C L E Open Access
Pregnancy related anxiety and general
anxious or depressed mood and the choice
for birth setting: a secondary data-analysis
of the DELIVER study
A. B. Witteveen
1*
, P. De Cock
1
, A. C. Huizink
2,3,4
, A. De Jonge
1
, T. Klomp
1
, M. Westerneng
1
and C. C. Geerts
1
Abstract
Background: In several developed countries women with a low risk of complications during pregnancy and
childbirth can make choices regarding place of birth. In the Netherlands, these women receive midwife-led care
and can choose between a home or hospital birth. The declining rate of midwife-led home births alongside the
recent debate on safety of home births in the Netherlands, however, suggest an association of choice of birth place
with psychological factors related to safety and risk perception. In this study associations of pregnancy related
anxiety and general anxious or depressed mood with (changes in) planned place of birth were explored in low risk
women in midwife-led care until the start of labour.
Methods: Data (n= 2854 low risk women in midwife-led care at the onset of labour) were selected from the
prospective multicenter DELIVER study. Women completed the Pregnancy Related Anxiety Questionnaire-Revised
(PRAQ-R) to assess pregnancy related anxiety and the EuroQol-6D (EQ-6D) for an anxious and/or depressed mood.
Results: A high PRAQ-R score was associated with planned hospital birth in nulliparous (aOR 1.92; 95% CI 1.322.81)
and parous women (aOR 2.08; 95% CI 1.552.80). An anxious or depressed mood was associated with planned
hospital birth (aOR 1.58; 95% CI 1.202.08) and with being undecided (aOR 1.99; 95% CI 1.232.99) in parous
women only. The majority of women did not change their planned place of birth. Changing from an initially
planned home birth to a hospital birth later in pregnancy was, however, associated with becoming anxious or
depressed after 35 weeks gestation in nulliparous women (aOR 4.17; 95% CI 1.3512.89) and with pregnancy related
anxiety at 20 weeks gestation in parous women (aOR 3.91; 95% CI 1.3211.61).
Conclusion: Low risk women who planned hospital birth (or who were undecided) more often reported
pregnancy related anxiety or an anxious or depressed mood. Women who changed from home to hospital birth
during pregnancy more often reported pregnancy related anxiety or an anxious or depressed mood in late
pregnancy. Anxiety should be adequately addressed in the process of informed decision-making regarding planned
place of birth in low risk women.
Keywords: Pregnancy, Anxiety, Mood, Planned place of birth, Midwife-led care
* Correspondence: a.witteveen@vumc.nl
1
Department of Midwifery Science, AVAG and the EMGO Institute for Health
and Care Research, VU University Medical Center, Van der Boechorststraat 7,
1081 BT Amsterdam, The Netherlands
Full list of author information is available at the end of the article
© The Author(s). 2016 Open Access This article is distributed under the terms of the Creative Commons Attribution 4.0
International License (http://creativecommons.org/licenses/by/4.0/), which permits unrestricted use, distribution, and
reproduction in any medium, provided you give appropriate credit to the original author(s) and the source, provide a link to
the Creative Commons license, and indicate if changes were made. The Creative Commons Public Domain Dedication waiver
(http://creativecommons.org/publicdomain/zero/1.0/) applies to the data made available in this article, unless otherwise stated.
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363
DOI 10.1186/s12884-016-1158-7
Content courtesy of Springer Nature, terms of use apply. Rights reserved.
Background
Current national and international guidelines in Western
countries, such as the UK and Canada, emphasize the im-
portance for women with a low risk for pregnancy and
childbirth complications to have a choice in maternity care
services and in planning birth place. This is in line with the
international focus to improve rates of physiologic labour
and birth [13]. In the UK, for example, low risk women
maychoosetogivebirthinafree-standingmidwifery
unit or at home with midwife attendance (low-technol-
ogy birth) or in an obstetric-unit (high-technology
birth). Correspondingly, in the Netherlands low risk
women routinely receive midwife-led care and may
choose between home or short-stay hospital birth
both attended by their own midwife. If complications
arise, women are transferred to an obstetrician-led unit.
Despite the availability of low-technology birth ser-
vices to low risk women, in most Western countries
births usually take place in hospital nowadays. For ex-
ample, in the UK only 8% of women gave birth at home
or in a midwifery unit in 2007 [4]. The highest rates of
home birth can still be found in the Netherlands,
although the Dutch home birth rate has significantly
declined as well from 32% between 2001 and 2003 to
21% between 2010 and 2012 [5]. This decline may be
associated with the growing demand of medical pain re-
lief which is only available in obstetrician-led care [6, 7]
and with a change in policies regarding maternal risk
factors such as high BMI leading to more women identi-
fied as having a medium- or high risk profile [8].
Another important factor, however, might be the con-
tinuing debate on the safety of home birth in the
Netherlands [9, 10]. Although evidence regarding the
association of perinatal mortality or morbidity rates with
planned place of birth has long been rather conflicting
and hampered by methodological shortcomings [1114],
recent large scale studies show greater consistency [1518].
One such study in the UK found similar perinatal morbidity
and mortality rates for parous women in all birth settings
and for nulliparous women in obstetric and midwifery
units, but poorer outcomes for nulliparous women with
planned home birth [15]. In the Netherlands, no increased
rates of mortality or morbidity among parous and nullipar-
ous low risk women were found among planned home
births compared to planned midwife-led hospital births
[1618]. There is evidence to suggest that low risk women
who plan a home birth have a lower risk of obstetric
interventions, and a higher chance to give birth spon-
taneously [19, 20]. Increased risk of interventions in a
hospital birth setting is reflected in costs as well. A
large prospective cohort study from the UK showed
that planned home birth was the most cost-effective
option for low risk women compared to obstetric,
freestanding or alongside midwifery units, particularly
for parous women [21]. In the Netherlands, an in-
crease of costs of giving birth in hospital is (partly)
covered by charging low risk women with a payment of
approximately 300 euros for the short-stay in hospital.
This information is important for women in terms of
informed decision-making regarding place of birth and
other intrapartum care choices such as the possibility of
pain-relief [22], as well as in terms of their psychological
wellbeing such as an increased risk of potentially distres-
sing obstetric interventions depending on their planned
place of birth [23].
Previous reports have also shown that a variety of
other factors is associated with planned place of birth in
low risk women. Socio-demographic factors such as nul-
liparity, younger age, ethnic minority, and lower socio-
economic background characterize low risk women who
more likely plan a hospital birth compared to a home
birth [2426]. Concerning attitudes of low risk women,
it has been found that women who plan a hospital birth
have more positive attitudes towards obstetric technol-
ogy and the availability of medical pain-relief during
birth [27, 28]. Women who plan a home birth, however,
tend to have a more fundamental trust in the independ-
ent ability to give birth, the birth process itself, and value
the privacy of the home environment and the ability to
make decisions during the birth process [2931]. Also,
positive attitudes of midwives regarding home birth and
a critical attitude to hospital birth for non-medical rea-
sons have been found to explain some of the variance
found in home birth rates across Dutch midwifery prac-
tices [32]. Positive attitudes towards home births among
UK maternal caregivers in general, are associated with
the amount of experience and confidence in managing
obstetric risks in home births and with maternal care-
giversbeliefs about safety of home births [33]. Other
interesting outcomes related to preferred place of birth
and risk perception have been found as well. A study in
the UK showed that nulliparous low risk women who pre-
ferred a low-technology birth place in early pregnancy,
also received fewer ultrasounds during pregnancy com-
pared to matched low risk controls who preferred a high-
technology labour in obstetric led-care [34].
Indeed, several studies have recently shown that mo-
tivational factors relating to risk-perception and safety
seem critical in the choice of low risk women to plan
hospital instead of home birth [3537]. Recently,
perceptions of safety and risk were found to be the
strongest determinants for choosing hospital birth in a
cohort of low risk Canadian women [37]. Psychological
factors, especially pregnancy related anxiety, have been
found to be important predictors of pregnancy risk per-
ception [38, 39]. The latter is of interest, since about 80%
of low risk women has some worries about childbirth and
about 20% experiences more intense pregnancy related
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363 Page 2 of 14
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fears or anxiety [40, 41]. Worries, anxiety and fear in rela-
tion to pregnancy and childbirth are, however, different
concepts. Recent research shows that worries about child-
birth are often described as unspecific feelings and
thoughts while fear of childbirth concerns a strong feeling
connected to something specific [42]. Also, more general
anxiety such as trait anxiety, has been found to predict
fear of childbirth [43] and should be differentiated from
pregnancy related anxiety [44]. Furthermore, antenatal
depression and anxiety, as well as fear of childbirth, have
been found to be associated with adverse perinatal out-
comessuchaspre-termbirth[4547].
It is thus highly relevant that maternity care pro-
viders have information on the possible association be-
tween these psychological symptoms of low risk
women and their choice in place of birth. If anxious or
depressedwomenaremorelikelytochoosehospital
birth, health professionals can use this information to
bettersupportwomenortoalleviateanxiety,forex-
ample by giving evidence based information on place
of birth. This may further enable women to make a
well informed decision on place of birth. Very little
research, however, is available on associations between
psychological factors and planned place of birth. The
only study we know of showed that symptoms of de-
pression and health worries were related to a prefer-
ence of low risk nulliparous women for hospital birth
in obstetrician-led care [31]. As far as we are aware, no
information is available on the association of psycho-
logical characteristics and the choice for midwife-led
planned place of birth.
Based on the above, our first research aim was to
examine the association between pregnancy related anx-
iety and general anxious or depressed mood with
planned place of birth. We hypothesized that low risk
women who plan a hospital birth will have higher levels
of pregnancy related anxiety such as fear of childbirth,
than women who plan a home birth. Pregnancy related
anxiety and general anxiety are not the same [44] and
pregnancy related anxiety also tends to influence general
anxiety over the course of pregnancy [47]. We therefore
expected general anxiety, to be related to planned place
of birth as well. Since fear of childbirth shows temporal
changes throughout pregnancy [48] and a certain pro-
portion of low risk women changes their planned place
of birth throughout pregnancy (i.e. 28% of nulliparous
women in the UK [34]), our second research aim was to
examine whether changes in planned place of birth
throughout the course of pregnancy were associated
with anxiety. We hypothesized that a change in planned
place of birth from early to late pregnancy was associ-
ated with pregnancy related anxiety and an anxious or
depressed mood early in pregnancy and/or with becom-
ing anxious or depressed in late pregnancy.
Methods
Study design and study population
The data for the current paper were selected from
the DELIVER-dataset [49]. This dynamic cohort study
consisted of women who completed up to three ques-
tionnaires between their first appointment in the mid-
wifery practice and six weeks postpartum (between
September 2009 and March 2011). With purposive
sampling taking into account level of urbanization, re-
gion and practice type, 34 out of the 519 midwife-led
care practices in the Netherlands were approached to
achieve a sample of 20 practices that were willing to par-
ticipate. From these practices, a total of 7685 women
participated by returning at least one questionnaire. All
participating women gave informed consent. Further
details on design, recruitment and non-response have
been published elsewhere [49].
Data from the participating women in the DELIVER-
study were coupled with midwife-led care data ob-
tained from the Netherlands Perinatal Registry, the
Landelijke Verloskundige Registratie(LVR1) data
[50]. Linkage succeeded in 74.8% (n= 5749) of all
participating women (see Fig. 1). In the Netherlands,
low risk women in midwife-led care are referred by
their midwives to obstetrician-led secondary care,
when risk factors arise during pregnancy, labour or
the postpartum period based on the List of Obstetric
Indications (LOI) [51]. For this study, participants
who gave birth prematurely (<37 weeks) (n= 224) and
those with a high or medium risk indication according
to the LOI (for example twin pregnancy) (n= 393)
were excluded because in the Netherlands they are not
offered the choice of home birth. Information about
onset of labour, premature labour and risk factors was
obtained from LVR1. Furthermore, women who were
referred to obstetrician-led care during pregnancy and
were in obstetrician-led care at the onset of labour
were also excluded (n= 1375). This resulted in a
sample of low risk nulliparous and parous women with
a singleton pregnancy, who gave birth from 37 weeks
onwards who did not have an indication for
obstetrician-led care and who started labour under the
supervision of a primary-care midwife (n= 3757). For
our first research aim, data from the first question-
naire administered between the first antenatal visit
and before 35 weeks of gestation were used. This
questionnaire contained information about planned
place of birth and psychological factors relevant to this
study. Women were therefore also excluded from our
study when the first questionnaire was not completed
and/or no data was available on planned place of birth,
PRAQ-R or parity (n= 903). This resulted in a sample
of 2,854 participating women. For our second research
aim, we selected participants who, in addition to the
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first questionnaire, completed the second question-
naire after 35 weeks of gestation as well (n= 1603).
Planned place of birth
Our primary outcome measure consisted of the question
to the client where she planned to give birth. A response
on this item was requested in both questionnaire one
(before 35 weeks of gestation) and two (after 35 weeks
of gestation). Women were able to choose from six
response options; 1) at home,2)in hospital, midwife-
led care,3)in hospital, obstetrician-led care,4)a birth
centre,5)somewhere else, specifically…’ or 6) do not
know yet. Eighty-six women chose birth in hospital
under obstetrician-led care (option 3) although they
were in midwife-led care at the onset of labour. We in-
cluded these women in the planned hospital group (mid-
wife-led care; option 2). Probably these women planned
to have medicinal pain relief as soon as labour started,
for which they would have to be referred to obstetri-
cian led care, or some might have misunderstand the
question. Also, a few women planned to give birth in
a birth centre(option 4; n= 12). All birth centers at
the time of the study were located alongside an obstet-
ric unit in hospital. Hence, we aggregated options 3
and 4 together with option 2, i.e. planned hospital
birth (midwife- led). Responses from women planning
to give birth somewhere else (response option 5) were
carefully screened and recoded when applicable to one
of the response options. Option 6 was operationalized
as undecided.
Pregnancy related anxiety and anxious or depressed mood
The PRAQ-R, a revised and validated version of the
original 58 item PRAQ scale [52], contains 10 items
representing three correlated factors: fear of giving birth,
fear of bearing a physically or mentally handicapped
child, and concern about one's own appearance. Item re-
sponses were on a 4-point scale, ranging from definitely
trueto definitely not true. Good internal reliability of
the subscales as well as the total score was found [44].
For the parous subsample one item from subscale fear
of giving birthhad to be excluded; I fear giving birth,
because I have never experienced this before[53]. As a
result, scoring ranged on the subscale fear of childbirth
and total score deviated between parous and nulliparous
women. Continuous scores were calculated for all sub-
scales and the total score. The items were summed up,
resulting in possible total scores ranging from 10 to 40
for nulliparous women, and 9 to 36 for parous women.
Higher scores reflect higher levels of pregnancy related
anxiety. A dichotomous cut-off score of 26 and higher
and 21 and higher was chosen for nulliparous and par-
ous subsamples respectively, hereby identifying the 15%
highest scoring women on the PRAQ-R total score, simi-
lar to the procedure in a recent validation study of preg-
nancy related anxiety measures including the PRAQ-R
[54]. The PRAQ-R was assessed in the first DELIVER
questionnaire only.
The EQ-6D measures health-related quality of life in 6
domains: mobility, self-care, usual activities, pain/dis-
comfort, anxiety/depression, and cognitive functioning
[55]. All dimensions are single items. For the current
paper we selected the item covering the anxiety/depres-
sion domain, i.e. How is your mood at this moment?
Response options were not at all, moderately or severely
anxious or depressed, respectively. The responses were
dichotomized into not anxious or depressedor anxious
or depressed. Responses on the EQ-6D were collected
in both DELIVER questionnaires (Q1: before 35 weeks
and Q2: after 35 weeks).
Fig. 1 Flowchart of study sample. Q1 = questionnaire 1; Q2 = questionnaire 2
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363 Page 4 of 14
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Potential confounding factors
Background characteristics were obtained from the
DELIVER-study. Maternal age was constructed using
age in years at the time of completion of the DELIVER
questionnaire and was subsequently divided into three
categories. Gestational age at time of completion of the
questionnaire was continuous (in weeks). Ethnicity was
constructed using the responses on nationality in the DE-
LIVER data. Ethnicity was dichotomously operationalized
as Dutch(when both parents are born in the
Netherlands) or non-Dutch(when at least one of the
parents is born in another country). For socio-economic
status status-score was calculated by the National Institute
for Social Research. It is based on the mean income,
employment rate, and educational level of the neighbor-
hood determined by the womans postal code. The status-
score was linked to the DELIVER dataset, through postal
codes and it was divided in tertiles with 1 representing
high socio-economic status. Pre-pregnancy BMI was
calculated based on womens reported weight before preg-
nancy and their height. In case of missing values, data on
pre-pregnancy weight and height from the electronic re-
cords completed by midwives were used if available.
Maternal age, ethnicity and socioeconomic status were
entered as possible confounders based on previous re-
search showing a relation of these factors with both
planned place of birth [16] and the risk of maternal ante-
natal depression and anxiety [5659]. Maternal body mass
index (BMI) was also entered as a possible confounder
since a positive correlation was demonstrated between
pre-pregnancy BMI and anxiety and depressive symptoms
[60] and between BMI and (planned) place of birth [31].
Potential confounding influence of the obstetric fac-
tors previous pregnancy loss (due to miscarriage or
termination of pregnancy)in nulliparous women and
history of assisted vaginal delivery (AVD)and previous
place of birthin parous women was explored as part of
the sensitivity analyses performed. Research for ex-
ample shows that women with a certain obstetric his-
tory such as miscarriage have greater pregnancy-
specific anxieties [61] and more often prefer a hospital
birth in obstetric-led care [31] than pregnant women
without such history. In the sensitivity analyses, we
examined whether the association between anxiety and
planned place of birth changed when these factors were
entered in the regression model.
Data-analysis
For descriptive purposes, percentages of background char-
acteristics were calculated according to planned place of
birth (either home, hospital or undecided) stratified by
parity. Univariate differences were analysed using χ
2
tests.
We stratified our analyses by parity because nulliparous
and parous are inherently different according to previous
labour experiences and differ in level and content of fear
(of childbirth) and anxiety [43] and planned place of birth
[24]. Furthermore, background characteristics of low risk
participants who were excluded from the analyses because
of incomplete data (i.e. questionnaire one, n= 903 and
two, n= 1251), were compared to the participants in-
cluded, respectively n=2854and n=1603(seeFig.1).
For the first research aim, a multinomial logistic regres-
sion model was conducted to estimate the association of
pregnancy related- and general anxiety measures (separate
independent variables) with planned place of birth as
dependent variable. Planned home birth was the refer-
ence category for these comparisons. In a multivari-
able logistic regression model the associations were
adjusted for potentially confounding factors maternal
age, SES, BMI and ethnicity.
For the second research aim, binomial logistic regres-
sion analyses were performed on subsamples of nullipar-
ous and parous women who completed the first and the
second DELIVER questionnaire in order to assess associ-
ations between a change in planned place of birth from
before 35 weeks to after 35 weeks gestation and a) high
pregnancy-specific anxiety (a score above the PRAQ-R
cut-off score); b) an anxious or depressed mood (EQ-6D)
before 35 weeks gestation; and c) a change from a non-
anxious or non-depressed mood (EQ-6D) before 35 weeks
to anxious or depressed mood after 35 weeks of gestation.
Several (change) outcome variables were constructed: 1)
from planned home birth to planned hospital birth (or
undecided) compared with planned home birth in both
early and late pregnancy and 2) from planned hospital
birth to planned home birth (or undecided) compared
with planned hospital birth in both early and late preg-
nancy. Compared to women who did not change their
planned place of birth throughout pregnancy, we expected
women who changed from hospital to home to be less
anxious and women who changed from home to hospital
birth to be more anxious, respectively. Associations for
the second research aim were adjusted for SES only (three
categories operationalized into two dummy-variables), due
to the smaller N and the rule of thumb of a minimum of
ten events in the outcome variable per covariate. We
chose SES as a necessary potential confounder because of
the fact that it is correlated with education, and ethnicity
and because low SES is associated with higher psycho-
logical distress levels [62]. Furthermore, as shown in
Table 1, both nulliparous and parous women were signifi-
cantly different in SES according to planned place of birth.
Additionally, sensitivity analyses were performed. First,
we examined whether associations found between preg-
nancy anxiety and anxious or depressed mood and planned
place of birth were influenced by the factors gestational
age at the moment of completing the first questionnaire in
nulliparous and parous women, previous pregnancy loss in
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Table 1 Baseline characteristics of low-risk women in midwife-led care according to planned place of birth
Nulliparous n= 1265 Parous n= 1589
Home Hospital Undecided Home Hospital Undecided
Variable n= 484 (38.3%) n= 620 (49%) n= 161 (12.7%) p n= 848 (53.4%) n= 614 (38.6) n= 127 (8%) p
Maternal age <.0001 0.139
< 25 93 19.3 99 16.0 26 16.1 33 3.9 31 5.0 5 3.9
2534 363 75.2 426 68.7 117 72.7 625 73.8 419 68.2 97 76.4
> 35 27 5.6 95 15.3 18 11.2 189 22.3 164 26.7 25 19.7
SES <.01 <.01
High 108 22.5 151 24.4 45 28.1 241 28.5 166 27.1 38 29.9
Medium 254 52.9 261 42.1 71 44.4 443 52.3 271 44.3 61 48.0
Low 118 24.6 208 33.5 44 27.5 163 19.2 175 28.6 28 22.0
Education N.S. N.S.
Low 58 12.0 83 13.4 23 14.3 127 15.0 118 19.3 20 15.7
Medium 191 39.5 202 32.7 60 37.3 305 36.1 208 34.1 52 40.9
High 235 48.6 333 53.9 78 48.4 414 48.9 284 46.6 55 43.3
Ethnicity <.0001 <.0001
Dutch 475 98.1 546 88.2 144 89.4 826 97.4 549 89.4 119 93.7
Non-Dutch 9 1.9 73 11.8 17 10.6 22 2.6 65 10.6 8 6.3
Body Mass Index <.05 N.S.
< 18.50 3 1.2 23 3.8 8 5.0 25 3.0 16 2.6 5 4.0
18.5024.99 371 77.0 433 70.8 123 76.9 586 69.9 406 67.0 80 64.0
25.0029.99 87 18.0 122 19.9 22 13.8 179 21.4 136 22.4 28 22.4
30.0034.99 15 3.1 24 3.9 6 3.8 42 5.0 41 6.8 10 8.0
> 35.00 3 0.6 10 1.6 1 0.6 6 0.7 7 1.2 2 1.6
Previous pregnancy
a
<.05
Yes 50 10.4 97 15.6 20 12.4
No 433 89.6 523 84.4 141 87.6
Gestational age
b
<.0001 <.0001
Mean (SD) 482 21.5/6.8 619 19.9/6.4 159 17.8/5.5 846 21.0/6.5 607 19.8/6.3 125 18.7/6.1
Median (IQR) 482 21 (1627) 19 (1524) 17 (1421) 20 (1625) 19 (1524) 18 (1423)
History of AVD <.0001
Yes 68 8.0 108 17.6 17 13.4
No 780 92.0 506 82.4 110 86.6
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Table 1 Baseline characteristics of low-risk women in midwife-led care according to planned place of birth (Continued)
Previous birth place <.0001
Home 505 61.5 40 6.6 28 22.6
Hospital, midwife-led 54 6.6 177 29.1 25 20.2
Hospital, obstetrician-led 262 31.9 391 64.3 71 57.3
Data shown: no. (%) of women
a
Pregnancy loss before 24 weeks of gestation (due to miscarriage or termination of pregnancy)
b
Gestational age at the moment of completing the first questionnaire
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nulliparous women and history of assisted vaginal delivery
(AVD) and previous birth place in parous women. Second,
in a separate analysis robust variance estimation was used
to allow for clustering of women within midwifery prac-
tices. Third, for a small number of women, the LVR1 data
showed some discrepancies for the onset of labour in
midwife-led care. Therefore, we conducted sensitivity ana-
lyses for women without any discrepancies in the definition
for onset of labour in midwife-led care.
All results are expressed as adjusted odds ratios with
95% confidence intervals and P values. Statistical signifi-
cance was considered reached at P 2-sided < 0.05. For
(multinomial and binary) logistic regression analysis we
assumed that the independent variables were linearly
related to the log odds. All analyses were performed with
SPSS version 20.0 for Windows and Stata version 12.
Results
Background characteristics of low risk women in
midwife-led care that were excluded because of incom-
plete or missing data (n= 903; Fig. 1) differed not signifi-
cantly (p> 0.05) from those included (n= 2854)
according to SES and ethnicity. These women excluded
were, however, significantly different (p< 0.05) in age
(i.e. < 25, 11.3% vs. 10.1%; 2534, 67.1% vs. 71.8%; > 35;
21.5% vs. 18.2%, respectively) and parity (i.e. nulliparous
51.3% vs. 44.3%, respectively). Nulliparous women (n=
2,854) completed the first DELIVER questionnaire at a
mean of 20.2 (SD 6.6) weeks gestation and parous
women at 20.4 (SD 6.4) weeks gestation. Of the nullipar-
ous women, 484 (38.3%) planned to give birth at home,
620 (49%) in hospital, and 161 (12.7%) were undecided.
Of the parous women, 847 (53.3%) intended to give birth
at home, 614 (38.7%) in hospital, and 127 (8.0%) were
undecided. From the sample of 2854 low risk women,
we selected women (n= 1603; Fig. 1) who also com-
pleted questionnaire 2 in the third trimester of preg-
nancy (i.e. at a mean of 37.4 weeks (SD 1.4) for both
nulliparous and parous women). Background character-
istics (age, socioeconomic status, parity and ethnicity) of
low risk women in midwife-led care that were excluded
because of incomplete or missing data on questionnaire 2
(n= 1,251; Fig. 1) differed significantly (p<.05) from those
included in the analyses (n= 1603) in ethnicity (i.e. 9.8%
vs. 4.5% of non-Dutch origin, respectively), SES (i.e. low
23.1% vs. 28.8%; medium 47% vs. 48.5%; high 29.9% vs.
22.7%, respectively), and age (i.e. < 25, 13.9% vs. 7%; 25
34, 69.1% vs. 73.9%; > 35; 17% vs. 19.1%, respectively).
Background characteristics and planned place of birth
Table 1 shows that nulliparous and parous women who
reported in the first questionnaire that they were plan-
ning to give birth at home, were more often of Dutch
origin, had a medium socio-economic status and had a
higher gestational age compared to women in the other
two groups (i.e. planning a hospital birth or being
undecided regarding planned birth place). Nulliparous
women planning to give birth at home were more often
younger and less often had a previous pregnancy loss
than women in the other two groups. Parous women
planning to give birth at home less often had a history of
AVD compared to women in the other two groups. In
general, nulliparous and parous women undecided about
planned place of birth were somewhere in-between the
women who planned a home birth and women who
intended to give birth at a hospital according to back-
ground characteristics. The majority of parous women in
the planned home birth group previously gave birth at
home as well. Of the parous women currently planning a
hospital birth, approximately one-third previously gave
birth in hospital in midwife-led care as well, while two-
third previously gave birth in obstetrician-led care. The
majority of parous women undecided about place of birth
previously gave birth in hospital in obstetrician-led care.
Pregnancy related anxiety and general anxious or
depressed mood with planned place of birth
Table 2 shows that parous women who were anxious or
depressed (EQ-6D) had significantly increased odds for
planning a hospital birth and for being undecided relative
to planning a home birth. Both nulliparous and parous
women with a pregnancy related anxiety level (PRAQ-R
total symptom level) within the 15% highest scores had
significantly increased odds for planning a hospital birth
relative to planning a home birth. Furthermore, with every
unit increase on the PRAQ total symptom scale, the odds
were significantly elevated for planning a hospital birth or
for being undecided, i.e. 6 to 8%, respectively, relative to
planned home birth. Similarly, on the PRAQ subscales
fear of childbirthand fear of a handicapped child,
nulliparous and parous women had significantly elevated
adjusted odds for planning a hospital birth and for being
undecided, all relative to planning a home birth. For
subscale fear of own appearance, the adjusted odds were
only significantly elevated for nulliparous and parous
women who intended to give birth in hospital.
Change from early to late pregnancy in planned place
of birth
Of the women who completed both questionnaires (i.e.
before 35 weeks and after 35 weeks gestation; N=727
nulliparous and N= 876 parous), 81.6% nulliparous
women and 89.2% parous women (Fig. 1), did not change
their initially planned place of birth later in pregnancy.
Table 3 shows that nulliparous women who changed their
initial plan of home birth to hospital birth after 35 weeks,
significantly more often report an anxious or depressed
mood after 35 weeks while not being anxious or depressed
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363 Page 8 of 14
Content courtesy of Springer Nature, terms of use apply. Rights reserved.
Table 2 Association between planned place of birth and pregnancy anxiety and general anxious/depressed mood
Nulliparous n= 1265 Parous n= 1589
Planned home birth
(n= 484/38.3%)
Planned hospital birth
(n= 620/49%)
Undecided
(n= 161/12.7%)
Planned home birth
(n= 847/53.3%)
Planned hospital birth
(n= 614/38.6%)
Undecided
(n= 127/8%)
EQ-6D anxious/depressed
No. (%) 69 (14.3) 123 (19.8) 32 (19.9) 130 (15.3) 143 (23.3) 34 (26.8)
aOR (95% CI) Reference 1.38 (0.981.94) 1.43 (0.892.30) Reference 1.58 (1.202.08)
c
1.99 (1.232.99)
c
PRAQ total > cut off
a
No. (%) 47 (9.7) 110 (17.7) 25 (15.5) 94 (11.1) 139 (22.6) 24 (18.9)
aOR (95% CI) Reference 1.92 (1.322.81)
c
1.51 (0.882.58) Reference 2.08 (1.552.80)
d
1.62 (0.972.71)
PRAQ total score
Mean (SD) 20.3 (4.3) 21.5 (4.8) 21.7 (4.4) 16.1 (3.8) 17.5 (4.3) 17.5 (4.3)
aOR (95% CI) Reference 1.06 (1.031.09)
d
1.07 (1.031.11)
c
Reference 1.08 (1.051.11)
d
1.08 (1.031.13)
c
PRAQ fear childbirth
Mean (SD) 6.5 (1.8) 7.1 (2.1) 7.2 (2.1) 3.4 (1.1) 3.9 (1.3) 3.8 (1.3)
aOR (95% CI) 1.0 1.17 (1.091.24)
d
1.20 (1.091.32)
d
Reference 1.34 (1.231.47)
d
1.30 (1.121.52)
c
PRAQ fear handicapped child
Mean (SD) 7.8 (2.2) 8.1 (2.3) 8.4 (2.2) 7.4 (2.1) 7.9 (2.4) 8.0 (2.4)
aOR (95% CI) Reference 1.06 (1.011.13)
b
1.11 (1.021.20)
b
Reference 1.09 (1.041.14)
c
1.10 (1.011.20)
b
PRAQ fear own appearance
Mean (SD) 6.0 (1.9) 6.2 (2.0) 6.1 (1.9) 5.4 (1.9) 5.8 (2.1) 5.7 (1.9)
aOR (95% CI) Reference 1.07 (1.011.14)
b
1.03 (0.941.14) Reference 1.09 (1.031.15)
c
1.09 (0.991.20)
aOR: odds ratios were adjusted for age, SES, BMI and for ethnicity
Odds ratios are calculated relative to planned home births (n= 1265, nulliparous women; n= 1589 parous women)
a
nulliparous women PRAQ total score of 26 and higher; parous women PRAQ total score 21 and higher
b
= <.05
c
= <.01
d
= < .0001
Table 3 Associations between changes in planned place of birth and pregnancy anxiety and general anxious/depressed mood
Nulliparous women
Nulliparous (n= 633)
a
Home home
(n= 279/38.4%)
Home hospital
b
(n= 18/2.5%)
Hospital-hospital
(n= 300/41.3%)
Hospital home
c
(n= 36/5%)
PRAQ total > cut off or anxious/depressed 20wks
No (%) 21 (7.5) 1 (5.6) 47 (15.7) 6 (16.7)
aOR (95% CI) Reference 0.67 (0.085.32) Reference 1.09 (0.432.79)
Anxious/depressed at 20 wks. (EQ6D)
No (%) 30 (10.8) 3 (16.7) 49 (16.3) 7 (19.4)
aOR (95% CI) Reference 1.61 (0.445.97) Reference 1.17 (0.482.85)
Change not anxious/depressed at 20 wks.
to anxious/depressed at 37 wks. (EQ6D)
No (%) 24 (8.7) 5 (27.8) 29 (9.7) 4 (11.1)
aOR (95% CI) Reference 4.17 (1.3512.89)
d
Reference 1.04 (0.343.21)
ORs adjusted only for two dummy-categories SES due to the smaller N and the rule of thumb of a minimum of ten events in the outcome variable per covariate
a
Excluded: n= 94 clients undecided regarding planned place of birth at 20 wks
b
Included: n= 5 clients who changed from home to undecided
c
Included: n= 5 clients who changed from hospital to undecided
d
= <.05
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363 Page 9 of 14
Content courtesy of Springer Nature, terms of use apply. Rights reserved.
at 20 weeks, relative to nulliparous women who did not
change their planned home birth (OR 4.17, CI 1.35
12.89). Parous women who changed their initial plan of
home birth into a hospital birth after 35 weeks, more
often had a high level of pregnancy related anxiety at
20 weeks than women who did not change their planned
place of birth at home (OR 3.91, CI 1.3211.61). Among
nulliparous and parous women no significant associations
were found between anxiety scores based on PRAQ-R and
EQ-6D and changing from planned hospital to planned
home birth (Tables 3 and 4, respectively).
Sensitivity analyses
Additional analyses showed that gestational age at the
moment of completing the first questionnaire in nullipar-
ous and parous women, loss of previous pregnancy due to
miscarriage or termination of pregnancy in nulliparous
women and obstetric history of AVD and previous place
of birth in parous women, did not moderate the presented
associations between pregnancy related- and general
anxiety and depressed mood with planned place of birth
(Table 2). More specifically, associations remained un-
changed when adding these factors to the multinomial
regression models. Furthermore, multinomial logistic re-
gression analyses were performed only in the subsample
of women without any discrepancies regarding onset of
labour (n= 116 women with discrepancies were left out).
Results for planned place of birth and pregnancy related
anxiety and general anxious or depressed mood also
remained unchanged (data not shown). Taking account of
clustering of women within each midwifery practice, also
yielded similar results (data not shown).
Discussion
The most salient finding of our study is that women plan-
ning a hospital birth and those who were undecided about
their planned place of birth, reported higher levels of preg-
nancy related anxiety at 20 weeks gestation than women
who planned a home birth. Among parous women, an
anxious or depressed mood was only significantly more
often reported by women planning a hospital birth and
those who were undecided about their planned place of
birth compared to women who planned a home birth.
Overall, the vast majority of women did not change their
initially planned place of birth later in pregnancy. A
change from planned home birth around 20 weeks to hos-
pital birth after 35 weeks pregnancy was, however, associ-
ated with a change from a non-anxious or depressed to an
anxious or depressed mood later in pregnancy in nullipar-
ous women and with a high level of pregnancy related anx-
iety around 20 weeks pregnancy in multiparous women.
An important strength of our study is the large sample
size that gave us the ability to analyze several subgroups
and to adjust for potential confounders. The only previ-
ous study into psychological symptomatology and
planned place of birth showed unadjusted analyses [31].
We cannot rule out some residual confounding com-
pletely, but since the potential confounding factors that
were included only had little impact on the associations,
these residual factors are unlikely to change the associa-
tions to a great extent. Furthermore, the two prospective
measurements of planned place of birth during pregnancy
made it possible to assess whether women tend to change
their mind on planned place of birth and whether such a
change is related to an anxious or depressed mood. Select-
ing women who started labour in midwife-led care and
Table 4 Associations between changes in planned place of birth and pregnancy anxiety and general anxious/depressed mood
Parous women
Parous (n= 814)
a
Home-home
(n= 492/56.2%)
Home hospital
b
(n= 17/1.9%)
Hospital-hospital
(n= 282/32.2%)
Hospital home
c
(n= 23/2.6%)
PRAQ total > cut off or anxious/depressed 20wks
No (%) 48 (9.8) 5 (29.4) 57 (20.2) 5 (21.7)
aOR (95% CI) Reference 3.91 (1.3211.61)
d
Reference 0.24 (0.031.83)
Anxious/depressed at 20 wks. (EQ6D)
No (%) 67 (13.6) 4 (23.5) 57 (20.2) 5 (21.7)
aOR (95% CI) Reference 1.96 (0.626.21) Reference 0.98 (0.102.82)
Change not anxious/depressed at 20 wks.
to anxious/depressed at 37 wks. (EQ6D)
No (%) 57 (11.6) 3 (17.6) 38 (13.5) 1 (4.3)
aOR (95% CI) Reference 1.65 (0.465.94) Reference 1.08 (0.383.08)
ORs adjusted only for two dummy-categories SES due to the smaller N and the rule of thumb of a minimum of ten events in the outcome variable per covariate
a
Excluded: n =62 clients undecided regarding planned place of birth at 20 wks
b
Included: n = 3 clients who changed from home to undecided
c
Included: n = 13 clients who changed from hospital to undecided
d
= <.05
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363 Page 10 of 14
Content courtesy of Springer Nature, terms of use apply. Rights reserved.
excluding women with medical risk factors to rule out
potential selection bias, is a clear strength as well.
Although these data could only be obtained through link-
age with the Dutch Perinatal Registry which might be a
limitation, sensitivity analyses excluding women with
discrepancies yielded similar results. A limitation regard-
ing our study sample is that women who had to be
excluded from our original data-set because of missing
data were more often nulliparous and women who were
lost after the first questionnaire assessment had more
often a lower SES, non-Dutch ethnic background and
younger age. However, it seems highly unlikely that the
association between anxiety and mood and planned place
of birth would be in the opposite direction in these non-
responders. Also, there is evidence from a large epidemio-
logical longitudinal study that this type of attrition does
not necessarily influence the results [63]. Nevertheless, we
cannot rule out that this type of attrition has some effect
on generalizability of our findings. Limitations regarding
measurement-instruments are that the EQ-6D is a generic
descriptive measure based on a self-reported three-level
multiple choice question, which is minimal and not
detailed enough to examine specific aspects of anxiety and
depression. Another limitation of the EQ6D is that this
anxiety/depression dimension has not been validated in a
pregnant population [55]. Moreover, although the PRAQ-
R has been shown to have good content and construct
validity of pregnancy specific anxiety in nulliparous and
parous women [47, 53], a measure specifically assessing
fear of childbirth such as the Wijma-Delivery Expectancy
Scale (W-DEQ) might have given a deeper understanding
of which aspects of fear of childbirth particularly relate to
planned place of birth [43, 64].
Interestingly, our findings only partly agree with those of
Van Haaren-ten Haken et al. [31] who found planned hos-
pital birth to be associated with higher levels of depressive
symptomatology and health-worries only in low risk women
receiving obstetrician-led care during pregnancy, while
pregnant women in midwife-led care did not show these
differences in symptomatology for planned place of birth ei-
ther at home or in hospital. However, they found a similar
trend of higher symptom levels in women in midwife-led
care planning a hospital birth compared to home birth [31].
Therefore, this discrepancy in findings might well be due to
ourlargersamplesize.Ourfindingscorrespondwithre-
cent research showing that women in midwife-led care
who decide to plan a hospital birth or who have difficulty
in choosing their place of birth, determine their choice
largely on their perceptions of risk and safety [37]. Risk
perception during pregnancy, a factor shown to affect the
choice regarding place of birth [3439], might explain the
associations found in our study between pregnancy related
anxiety and general anxious or depressed mood with
planned place of birth in hospital. In fact, recent research
has indicated that compared to other significant predictors
such as maternal or gestational age, pregnancy related
anxiety was the strongest predictor of risk perception
during pregnancy, at least in nulliparous women [38].
In the current study both nulliparous and parous women
with higher levels of pregnancy specific anxiety and fear of
childbirth more often planned a hospital birth or were
undecided. The source of pregnancy related fears, however,
might differ between nulliparous and parous women. High
trait anxiety, for instance, has been found to be an import-
ant predictor of fear of childbirth in nulliparous women
[43], while in parous women a previous negative birth ex-
perience has been shown to be a strong predictor [65, 66].
Interestingly, the majority of parous women in our study
previously gave birth in obstetrician-led care and thus had a
greater likelihood of having experienced obstetric interven-
tions and having experienced fear of childbirth [27, 65].
Associations between anxiety and planned place of birth in
parous women remained unchanged, however, when a
history of assisted vaginal delivery was additionally con-
trolled for. Although fear for the childshealthwasthe
commonest fear reported in a large cohort study of
pregnant women [67], fear of bearing a handicapped
child was less strongly associated with planned hospital
birth that the fear of giving birth. This might be an-
other indication that the association found between
pregnancy anxiety, e.g. fear of giving birth, and planned
placeofbirth,isatleastpartlyareflectionofissuesthat
concern perception of risk and safety.
Our findings are in line with other recent findings show-
ing that it is not unlikely for low risk women, in particular
nulliparous women, to change their planned place of birth
throughout pregnancy [34]. Our results show that a nega-
tive change in mood (i.e. anxious/depressed) from earlier
to late pregnancy is related to a change from a planned
home- to hospital birth in late pregnancy in nulliparous
women. Interestingly, parous but not nulliparous women
with a high total PRAQ-R score at 20 weeks gestation
more often changed their plan from home- to hospital
birth. This adds new insights to previous research demon-
strating that anxiety levels may fluctuate within individuals
from early to late pregnancy [48]. We did not find any sig-
nificant changes in anxiety related to a change in planned
hospital- to home birth.
With regard to background characteristics associated
with planned place of birth, our findings generally agree
with previous research [16, 31]. Contrary to previous
findings [16, 68], however, nulliparous women planning
a hospital birth were more often older than women in
the planned home birth group. As suggested in previous
research [31], this discrepancy is likely caused by the fact
that other studies used samples including both nullipar-
ous and parous women, with the latter being more often
older and more often to plan a home birth [16, 68].
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363 Page 11 of 14
Content courtesy of Springer Nature, terms of use apply. Rights reserved.
Our findings are of interest for maternity care providers
who may be unaware of the association of (pregnancy
related) psychological symptomatology and planned place
of birth. Maternity care providers should explore any
pregnancy related or general distress and should acknow-
ledge its role during the process of decision-making
regarding planned place of birth. They might also consider
referral to antenatal psychological and childbirth educa-
tional interventions [69, 70] that seem promising for
women with (a higher risk of) maternal distress [71]. This
may reduce the influence of anxiety on the choice of place
of birth. In addition, birth outcomes may be improved as
low birth weight and fetal growth restriction are, to some
extent, related to maternal anxiety [46].
Conclusion
In conclusion, this study demonstrated that in low risk
nulliparous and parous women, pregnancy related anx-
iety and general anxious and depressed mood (in parous
women only) are significant factors in planning place of
birth, adjusted for potential confounders. The majority
of low risk women did not change their planned place of
birth throughout pregnancy but nulliparous women who
reported an anxious or depressed mood in late preg-
nancy and parous women with a high pregnancy related
anxiety more often changed planned birth place from
home to hospital. Presence of maternal distress during
pregnancy, either in general or related to childbirth,
should be carefully explored and adequately addressed
in the process of informed decision-making regarding
planned place of birth. Future studies should assess
whether taking into account these psychological factors
also results in more effective decision-making and
whether this positively affects labour satisfaction rates
and pre- and postnatal anxiety levels.
Abbreviations
aOR: adjusted odds ratio; AVD: Assisted vaginal delivery; BMI: Body mass
index; CI: Confidence interval; DELIVER: Data EersteLIjns VERloskunde; EQ-
6D: EuroQol-6Dimensions; LOI: List of obstetric indications; LVR1: Landelijke
Verloskundige Registratie 1; PRAQ-R: Pregnancy related anxiety
questionnaire-revised; SD: Standard deviation; SES: Socioeconomic status;
UK: United Kingdom
Acknowledgements
We would like to acknowledge E. Spelten, project leader of the DELIVER
study and M. Pereboom who helped to recruit midwifery practices and to
collect data. We would also like to thank M. Westerneng and R. Baron for
data-management and research agency NIVEL for linking of data. We are also
very grateful to all pregnant women and their midwifes for their time and
effort to take part in the study.
Funding
The research described in this articlewasfundedbytheNetherlands
Organization for Health Research and Development (ZonMw, grant
number 91611016).
Availability of data and materials
The data analyzed for the current study is available from the corresponding
author on reasonable request.
Authorscontributions
All authors contributed substantially to the study. ABW analyzed the
data and prepared the manuscript, CCG and PdC supervised each step
in the data-analysis and the interpretation of findings, TK supervised the
collection of the DELIVER-data from the midwifery practices, MW helped
with management of the data, AH and AdJ as experts to the research subject
contributed substantially to further revisions of the paper, AdJ is also the
initiator of the study. All authors read and approved the final manuscript.
Competing interests
The authors declare they have no competing interests.
Consent for publication
Not applicable.
Ethics approval and consent to participate
The DELIVER study has an approval from the Medical Ethics Committee of
the VU University Medical Centre Amsterdam (2009/284). All participants
were informed about the study and were asked to participate by their
consulting midwife. Participants were included on the basis of opting-out
and gave informed consent. Client participation was voluntary and they
could withdraw.
Author details
1
Department of Midwifery Science, AVAG and the EMGO Institute for Health
and Care Research, VU University Medical Center, Van der Boechorststraat 7,
1081 BT Amsterdam, The Netherlands.
2
Department of Developmental
Psychology, VU University Amsterdam, Amsterdam, The Netherlands.
3
EMGO
+ Institute for Health and Care Research, VU Medical Center, Amsterdam, The
Netherlands.
4
Department of Clinical Child and Family Studies, VU University
Amsterdam, Amsterdam, The Netherlands.
Received: 29 September 2016 Accepted: 14 November 2016
References
1. National Institute for Health and Clinical Excellence. Intrapartum care: care
of healthy women and their babies during childbirth. NICE guidelines
[CG190]. London: National Institute for Health and Clinical Excellence; 2014.
2. Department of Health. Maternity matters: choice, access and continuity of
care in a safe service. London: Department of Health; 2007.
3. Society of Obstetricians and Gynecologists of Canada. SOGC Policy
Statement: Midwifery. J Obstet Gynaecol Can. 2008;25:5.
4. Redshaw M, Rowe R, Schroeder L, Puddicombe D, Macfarlane A, Newburn
M, et al.: Mapping maternity care. The configuration of maternity care in
England. Birthplace in England research programme. Final report part 3:
NIHR service delivery and organization programme, 2011.
5. National Statistics Office [Centraal Bureau voor de Statistiek]. Delivery, length
and weight at birth and breastfeeding [internet]. [Bevalling, lengte en
gewicht]. http://cbs.overheidsdata.nl/37302. Accessed 1 Feb 2015.
6. Nederland SPR. Perinatale Zorg in Nederland 2008. Utrecht: Stichting
Perinatale Registratie Nederland; 2011.
7. Nederland SPR. Perinatale Zorg in Nederland 2013. Utrecht: Stichting
Perinatale Registratie Nederland; 2014.
8. Tromp M, Ravelli ACJ, Reitsma JB, Mol BW. Increasing maternal age at first
pregnancy planning: health outcomes and associated costs. J Epidemiol
Community Health. 2011;65:108390.
9. Steer P. Editors choice. How safe is home birth? BJOG. 2008;115:5. iii.
10. Mohangoo AD, Buitendijk SE, Hukkelhoven CWPM, Ravelli ACJ, Rijninks-van
Driel GC, Tamminga P, et al. Higher perinatal mortality in the Netherlands
than in other European countries: the Peristat-II study. [Hoge perinatale
sterfte in Nederland vergeleken met andere Europese landen]. Ned Tijdschr
Geneeskd. 2008;152:271827.
11. Bastian H, Keirse MJ, Lancaster PA. Perinatal death associated with planned
home birth in Australia: population based study. BMJ. 1998;317:3848.
12. Pang JW, Heffelfinger JD, Huang GJ, Benedetti TJ, Weiss NS. Outcomes of
planned home births in Washington State: 19891996. Obstet Gynecol.
2002;100:2539.
13. Ackermann-Liebrich U, Voegeli T, Gunter-Witt K, Kunz I, Zullig M, Schindler
C, et al. Home versus hospital deliveries: follow up study of matched pairs
for procedures and outcome. Zurich Study Team. BMJ. 1996;313:13138.
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363 Page 12 of 14
Content courtesy of Springer Nature, terms of use apply. Rights reserved.
14. Lindgren HE, Radestad IJ, Christensson K, Hildingsson IM. Outcome of planned
home births compared to hospital births in Sweden between 1992 and 2004.
A population-based register study. Acta Obstet Gynecol Scand. 2008;87:7519.
15. Birthplace in England Collaborative Group. Perinatal and maternal outcomes by
planned place of birth for healthy women with low risk pregnancies: the
Birthplace in England national prospective cohort study. BMJ. 2011;23(343):d7400.
16. De Jonge A, van der Goes BY, Ravelli AC, Amelink-Verburg MP, Mol BW,
Nijhuis JG, Bennebroek Gravenhorst J, Buitendijk SE. Perinatal mortality and
morbidity in a nationwide cohort of 529,688 low risk planned home and
hospital births. BJOG. 2009;116(9):117784.
17. Van der Kooy J, Poeran J, de Graaf JP, Birnie E, DenktasşS, Steegers EA,
Bonsel GJ. Planned home compared with planned hospital births in the
Netherlands: intrapartum and early neonatal death in low risk pregnancies.
Obstet Gynecol. 2011;118:103746.
18. De Jonge A, Geerts CC, van der Goes BY, Mol BW, Buitendijk SE, Nijhuis JG.
Perinatal mortality and morbidity up to 28 days after birth among 743 070
low risk planned home births: a cohort study based on three merged
national perinatal databases. BJOG. 2014. doi:10.1111/1471-0528.13084.
19. Janssen PA, Saxell L, Page LA, Klein MC, Liston RM, Lee SK. Outcomes of
planned home birth with registered midwife versus planned hospital birth
with midwife or physician. Can Med Assoc J. 2009;181:37783.
20. Bolten N, de Jonge A, Zwagerman E, Zwagerman P, Klomp T, Zwart JJ,
Geerts CC. Effect of planned place of birth on obstetric interventions and
maternal outcomes among low-risk women: a cohort study in the
Netherlands. BMC Pregnancy Childbirth. 2016;16(1):329.
21. Schroeder E, Petrou S, Patel N, Hollowell J, Puddicombe D, Redshaw M,
Brocklehurst P, Birthplace in England Collaborative Group. Cost effectiveness
of alternative planned places of birth in woman at low risk of
complications: evidence from the Birthplace in England national prospective
cohort study. BMJ. 2012;344:e2292.
22. Van Haaren-ten Haken T, Pavlova M, Hendrix M, Nieuwenhuijze M, de Vries
R, Nijhuis J. Eliciting preferences for key attributes of intrapartum care in the
Netherlands. Birth. 2014;41(2):18594.
23. Fisher J, Astbury J, Smith A. Adverse psychological impact of operative
obstetric interventions: a prospective longitudinal study. Aust N Z J
Psychiatry. 1997;31(5):72838.
24. Anthony S, Buitendijk SE, Offerhaus PM, Dommelen P, Pal-de Bruin KM.
Maternal factors and the probability of a planned home birth. BJOG.
2005;112(6):74853.
25. Anthony S, Amelink-Verburg MP, Korfker DG, van Huis AM, van der Pal-de
Bruin KM. Ethnic differences in preference for home delivery and in
pregnancy care received by pregnant women. [Article in Dutch] Ned
Tijdschr Geneeskd. 2008;152(46):25148.
26. Hildingsson IM, Lindgren HE, Haglund B, Rådestad IJ. Characteristics of
women giving birth at home in Sweden: a national register study. Am J
Obstet Gynecol. 2006;195(5):136672.
27. Van der Hulst LA, van Teijlingen ER, Bonsel GJ, Eskes M, Bleker OP. Does a
pregnant woman's intended place of birth influence her attitudes toward
and occurrence of obstetric interventions? Birth. 2004;31(1):2833.
28. Pavlova M, Hendrix M, Nouwens E, Nijhuis J, van Merode G. The choice of
obstetric care by low risk pregnant women in the Netherlands: implications
for policy and management. Health Policy. 2009;93(1):2734.
29. Lindgren HE, Rådestad IJ, Christensson K, Wally-Bystrom K, Hildingsson IM.
Perceptions of risk and risk management among 735 women who opted
for a home birth. Midwifery. 2010;26:16372.
30. Boucher D, Bennett C, McFarlin B, Freeze R. Staying home to give birth: why
women in the United States choose home birth. J Midwifery Womens
Health. 2009;54(2):11926.
31. Van Haaren-Ten Haken T, Hendrix M, Nieuwenhuijze M, Budé L, de Vries R,
Nijhuis J. Preferred place of birth: characteristics and motives of low risk
nulliparous women in the Netherlands. Midwifery. 2012;28:60918.
32. Wiegers TA, van der Zee J, Kerssens JJ, Keirse MJ. Variation in home-birth rates
between midwifery practices in The Netherlands. Midwifery. 2000;16(2):96104.
33. Vedam S, Stoll K, Schummers L, Fairbrother N, Klein MC, Thordarson D,
Kornelsen J, Dharamsi S, Rogers J, Liston R, Kaczorowski J. The Canadian
birth place study: examining maternity care provider attitudes and
interprofessional conflict around planned home birth. BMC Pregnancy
Childbirth. 2014;28(14):353.
34. Harris JM, Franck L, Green B, Wilson S, Michie S. The relationship between
frequency of obstetric ultrasound scans and birthplace preferencea case
control study. Midwifery. 2015;31(1):316.
35. Regan M, McElroy K. Women's perceptions of childbirth risk and place of
birth. J Clin Ethics. 2013;24:23952.
36. Hadjigeorgiou E, Kouta C, Papastavrou E, Papadopoulos I, Mårtensson LB.
Women's perceptions of their right to choose the place of childbirth: an
integrative review. Midwifery. 2012;28:38090.
37. Murray-Davis B, McDonald H, Reitsma A, Coubrough M, Hutton E. Deciding
on home or hospital birth: results of the Ontario choice of birthplace
survey. Midwifery. 2014;30:86976.
38. Bayrampour H, Heaman M, Duncan KA, Tough S. Predictors of perception of
pregnancy risk among nulliparous women. JOGNN. 2013;42:41627.
39. Gupton A, Heaman M, Cheung LW. Complicated and uncomplicated
pregnancies: womens perception of risk. JOGNN. 2001;30:192201.
40. Saisto T, Halmesmaki E. Fear of childbirth: a neglected dilemma. Acta Obstet
Gyn Scan. 2003;82:2018.
41. Zar M, Wijma K, Wijma B. Pre- and postpartum fear of childbirth in
nulliparous and parous women. Scand J Behav Ther. 2001;30:7584.
42. Ternström E, Hildingsson I, Haines H, Rubertsson C. Pregnant women's
thoughts when assessing fear of birth on the Fear of Birth Scale. Women
Birth. 2016;29(3):e449.
43. Jokić-BegićN, ZigićL, NakićRadošS. Anxiety and anxiety sensitivity as
predictors of fear of childbirth: different patterns for nulliparous and parous
women. J Psychosom Obstet Gynaecol. 2014;35:228.
44. Huizink AC, Mulder EJH, de Medina PG Visser GH R, Buitelaar JK. Is
pregnancy anxiety a distinctive syndrome? Early Hum Dev. 2004;79:8191.
45. Alder J, Fink N, Bitzer J, Hösli I, Holzgreve W. Depression and anxiety during
pregnancy: a risk factor for obstetric, fetal and neonatal outcome? A critical
review of the literature. J Matern Fetal Neonatal Med. 2007;20(3):189209.
46. Dunkel Schetter C. Psychological science on pregnancy: stress processes,
biopsychosocial models, and emerging research issues. Annu Rev Psychol.
2011;62:53158.
47. Huizink AC, Menting B, Oosterman M, Verhage ML, Kunseler FC, Schuengel
C. The interrelationship between pregnancy-specific anxiety and general
anxiety across pregnancy: a longitudinal study. J Psychosom Obstet
Gynaecol. 2014;35:92100.
48. Laursen M, Hedegaard M, Johansen C. Fear of childbirth: predictors and
temporal changes among nulliparous women in the Danish National Birth
Cohort. BJOG. 2008;115:35460.
49. Manniën J, Klomp T, Wiegers T, Pereboom M, Brug J, de Jonge A, van der
Meijde M, Hutton E, Schellevis F, Spelten E. Evaluation of primary care
midwifery in The Netherlands: design and rationale of a dynamic cohort
study (DELIVER). BMC Health Serv Res. 2012;12:69.
50. Stichting Perinatale Registratie Nederland. Yearly Reports Care in the Netherlands
[Jaarboeken Zorg in Nederland]. 2014. http://www.perinatreg.nl/
databank?noCache=266;1479382973. Accessed 1 Feb 2015.
51. Commissie Verloskunde van het CVZ. Obstetric Vademecum [Verloskundig
Vademecum]. Diemen: College voor Zorgverzekeringen; 2003.
52. Van den Bergh B. The influence of maternal emotions during pregnancy on
fetal and neonatal behavior. Pre-Peri-Nat Psychol J. 1990;5:11930.
53. Westerneng M, de Cock P, Spelten E, Honig A, Hutton EK. Factorial
invariance of pregnancy specific anxiety dimensions across nulliparous and
parous pregnant women. J Health Psychol. 2013;20:19.
54. Matthey S, Valenti B, Souter K, Ross-Hamid C. Comparison of four self-report
measures and a generic mood question to screen for anxiety during
pregnancy in English-speaking women. J Affect Dis. 2013;148:34751.
55. Hoeymans N, van Lindert H, Westert GP. The health status of the Dutch
population as assessed by the EQ-6D. Qual Life Res. 2005;14(3):65563.
56. Aasheim V, Waldenström U, Hjelmstedt A, Rasmussen S, Pettersson H, Schytt E.
Associations between advanced maternal age and psychological distress in
nulliparous women, from early pregnancy to 18 months postpartum. BJOG.
2012;119:110816.
57. Mirowsky J, Ross CE. Depression, parenthood, and age at first birth. Soc Sci
Med. 2002;54:128198.
58. Prady SL, Pickett KE, Croudace T, Fairley L, Bloor K, Gilbody S, Kiernan KE,
Wright J. Psychological distress during pregnancy in a multi-ethnic community:
findings from the Born in Bradford Cohort Study. PLoS One. 2013;30, e60693.
59. Lancaster CA, Gold KJ, Flynn HA, Yoo H, Marcus SM, Davis MM. Risk factors
for depressive symptoms during pregnancy: a systematic review. Am J
Obstet Gynecol. 2010;202:514.
60. Bodnar LM, Wisner KL, Moses-Kolko E, Sit DK, Hanusa BH. Prepregnancy
body mass index, gestational weight gain, and the likelihood of major
depressive disorder during pregnancy. J Clin Psychiatry. 2009;70:12906.
Witteveen et al. BMC Pregnancy and Childbirth (2016) 16:363 Page 13 of 14
Content courtesy of Springer Nature, terms of use apply. Rights reserved.
61. Gong X, Hao J, Tao F, Zhang J, Wang H, Xu R. Pregnancy loss and anxiety
and depression during subsequent pregnancies: data from the C-ABC study.
Eur J Obstet Gynecol Reprod Biol. 2013;166:306.
62. American Psychological Association. Women and socioeconomic status
[Fact sheet]. 2016. Accessed 25 Jul 2016.
63. Carter KN, Imlach-Gunasekara F, McKenzie SK, Blakely T. Differential loss of
participants does not necessarily cause selection bias. Aust N Z J Public
Health. 2012;36:21822.
64. Wijma K, Wijma B, Zar M. Psychometric aspects of the W-DEQ; a new
questionnaire for the measurement of fear of childbirth. J Psychosom
Obstet Gynecol. 1998;19:8497.
65. Rouhe H, Salmela-Aro K, Halmesmäki E, Saisto T. Fear of childbirth according
to parity, gestational age, and obstetric history. BJOG. 2009;116:6773.
66. Nilsson C, Lundgren I, Karlström A, Hildingsson I. Self reported fear of childbirth
and its association with women's birth experience and mode of delivery: a
longitudinal population-based study. Women Birth. 2012;25:11421.
67. Geissbuehler V, Eberhard J. Fear of childbirth during pregnancy: a study
of more than 8000 pregnant women. J Psychosom Obstet Gynaecol.
2002;23:22935.
68. Anthony S, Buitendijk SE, Offerhaus PM, van Dommelen P, van der Pal-de
Bruin KM. Maternal factors and the probability of a planned home birth.
BJOG. 2005;112:74853.
69. Byrne J, Hauck Y, Fisher C, Bayes S, Schutze R. Effectiveness of a
Mindfulness-Based Childbirth Education pilot study on maternal self-efficacy
and fear of childbirth. J Midwifery Womens Health. 2014;59:1927.
70. Guardino CM, Dunkel Schetter C, Bower JE, Lu MC, Smalley SL. Randomised
controlled pilot trial of mindfulness training for stress reduction during
pregnancy. Psychol Health. 2014;29:33449.
71. Fontein-Kuipers YJ, Nieuwenhuijze MJ, Ausems M, Bude L, de Vries R.
Antenatal interventions to reduce maternal distress: a systematic review and
meta-analysis of randomised trials. BJOG. 2014;121:38997.
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... The influence of psychopathological risk factors on the planned place of birth is currently not well understood. Witteveen et al. (2016) showed that women planning to have a hospital birth were more likely to report symptoms of depression or anxiety disorders [13]. In our study, after controlling for confounding factors, prenatal distress and childhood trauma remained statistically significant predictors in the logistic regression model. ...
... The influence of psychopathological risk factors on the planned place of birth is currently not well understood. Witteveen et al. (2016) showed that women planning to have a hospital birth were more likely to report symptoms of depression or anxiety disorders [13]. In our study, after controlling for confounding factors, prenatal distress and childhood trauma remained statistically significant predictors in the logistic regression model. ...
... Looking at the total score of birth anxiety solely, there was no statistically significant difference between our three groups. This contrasts with existing studies, that reported higher levels of birth anxiety for women that chose a hospital birth [12,13]. Witteveen et al. (2016) observed significantly higher levels of birth anxiety among clinical women with a comparatively higher risk awareness, and a stronger need for obstetric safety [13]. ...
Article
Full-text available
The choice of birthplace may have an important impact on a woman’s health. In this longitudinal study, we investigated the psychopathological risk factors that drive women’s choice of birthplace, since their influence is currently not well understood. The research was conducted in 2011/12 and we analyzed data of 177 women (obstetric unit, n = 121; free standing midwifery unit, n = 42; homebirth, n = 14). We focused antepartally (M = 34.3 ± 3.3) on sociodemographic and risk factors of psychopathology, such as prenatal distress (Prenatal Distress Questionnaire), depressiveness (Edinburgh Postnatal Depression Scale), birth anxiety (Birth Anxiety Scale), childhood trauma (Childhood Trauma Questionnaire), and postpartally (M = 6.65 ± 2.6) on birth experience (Salmon’s Item List), as well as psychological adaption, such as postpartum depressive symptoms (Edinburgh Postnatal Depression Scale) and birth anxiety felt during birth (modified Birth Anxiety Scale). Women with fear of childbirth and the beginning of birth were likely to plan a hospital birth. In contrast, women with fear of touching and palpation by doctors and midwives, as well as women with childhood trauma, were more likely to plan an out-of-hospital birth. Furthermore, women with planned out-of-hospital births experienced a greater relief of their birth anxiety during the birth process than women with planned hospital birth. Our results especially show that women with previous mental illnesses, as well as traumatic experiences, seem to have special needs during childbirth, such as a safe environment and supportive care.
... Additionally, adverse short-and long-term postpartum mental health effects have been reported for both mother and child, including postpartum depression and post-traumatic stress (Mulder et al., 2002;O'Connor et al., 2002;Heron et al., 2004;Son van et al., 2005;Leigh and Milgrom, 2008;Loomans et al., 2013;Blackmore et al., 2016), behaviour and emotional problems in children, and problematic family relationships (Mennes et al., 2006;Robinson et al., 2008;Goodyer and Cooper, 2011;Glover, 2013). The population prevalence of maternal distress among Dutch women is just over 20 per cent with varying prevalences for depression, anxiety and pregnancy-related anxiety (Fontein-Kuipers, Ausems, Budé, van Limbeek, de Vries and Nieuwenhuijze, 2015;Fontein-Kuipers et al., 2016;Witteveen et al., 2016). Dutch epidemiological research shows that antenatal depression coexists with other common emotional health symptoms such as general anxiety and pregnancy-related anxietyknown as maternal distress (Ingstrup et al., 2012;Fontein-Kuipers, Ausems, Budé, van Limbeek, de Vries and Nieuwenhuijze, 2015;Fontein-Kuipers et al., 2016). ...
... Scores vary between 10 and 50. We considered the 15 per cent highest scoring women on the PRAQ-R2 total score as indicators of those with high levels of pregnancy-related anxiety Witteveen et al., 2016). ...
... The proportion of women who met the criteria for general (trait-) anxiety remained stable during the course of pregnancy (14.1 and 14.3 per cent). For pregnancy-related anxiety, a dichotomous cut-off score of ⩾ 37 (T1) and ⩾ 34 (T2) was chosen, hereby identifying the 15 per cent highest scoring women on the PRAQ-R2 total score (Witteveen et al., 2016). The proportion of women who met the criteria for pregnancy-related anxiety remained stable during the course of pregnancy (15.9 and 16 per cent). ...
Article
Full-text available
Purpose The purpose of this paper is to investigate the validity and accuracy of the Whooley questions for routine screening of maternal distress in Dutch antenatal care. Design/methodology/approach In this cohort design, the authors evaluated self-reported responses to the Whooley questions against the Edinburgh Depression Scale screening for antenatal depression, State-Trait Anxiety Inventory for general anxiety and the pregnancy-related anxiety questionnaire-revised screening for pregnancy-related anxiety, among Dutch pregnant women during the first and third trimester of pregnancy. The authors used standard diagnostic performance measures for the two case-finding items. Findings The Whooley items in this study showed a higher specificity than sensitivity. The Whooley results showed good evidence to identify women who are depressed or (trait)anxious in both trimesters of pregnancy, but the results showed weak to moderate evidence to identify pregnancy-related anxiety. The Whooley items had a low to moderate predictive ability for depression, trait-anxiety and pregnancy-related anxiety and a good ability for negative case-finding. The Whooley items proved to be more able to report how effective the case-finding questions are in identifying women without depression, trait-anxiety and pregnancy-related anxiety (ruling out) rather than how effective these are in identifying women with depression, trait-anxiety and pregnancy-related anxiety (ruling in). The Whooley items were accurate in identifying depression and trait-anxiety in both trimesters but were not very accurate to identify pregnancy-related anxiety. Research limitations/implications Assessment of pregnancy-related anxiety using a case-finding tool requires further attention. Practical implications The two-item Whooley case-finding tool has shown good utility as a screening instrument for maternal distress. The continuous assessment of maternal emotional health during the childbearing period or, at least, revisiting the topic, would both support the woman and the midwife in regarding perinatal emotional wellbeing as an important remit of midwifery care. Originality/value A novel aspect of this paper is the proposition of applying the Whooley questions at later stages of pregnancy or presenting the Whooley questions in a written or digital form.
... Additionally, adverse short-and long-term postpartum mental health effects have been reported for both mother and child, including postpartum depression and post-traumatic stress (Mulder et al., 2002;O'Connor et al., 2002;Heron et al., 2004;Son van et al., 2005;Leigh and Milgrom, 2008;Loomans et al., 2013;Blackmore et al., 2016), behaviour and emotional problems in children, and problematic family relationships (Mennes et al., 2006;Robinson et al., 2008;Goodyer and Cooper, 2011;Glover, 2013). The population prevalence of maternal distress among Dutch women is just over 20 per cent with varying prevalences for depression, anxiety and pregnancy-related anxiety (Fontein-Kuipers, Ausems, Budé, van Limbeek, de Vries and Nieuwenhuijze, 2015;Fontein-Kuipers et al., 2016;Witteveen et al., 2016). Dutch epidemiological research shows that antenatal depression coexists with other common emotional health symptoms such as general anxiety and pregnancy-related anxietyknown as maternal distress (Ingstrup et al., 2012;Fontein-Kuipers, Ausems, Budé, van Limbeek, de Vries and Nieuwenhuijze, 2015;Fontein-Kuipers et al., 2016). ...
... Scores vary between 10 and 50. We considered the 15 per cent highest scoring women on the PRAQ-R2 total score as indicators of those with high levels of pregnancy-related anxiety Witteveen et al., 2016). ...
... The proportion of women who met the criteria for general (trait-) anxiety remained stable during the course of pregnancy (14.1 and 14.3 per cent). For pregnancy-related anxiety, a dichotomous cut-off score of ⩾ 37 (T1) and ⩾ 34 (T2) was chosen, hereby identifying the 15 per cent highest scoring women on the PRAQ-R2 total score (Witteveen et al., 2016). The proportion of women who met the criteria for pregnancy-related anxiety remained stable during the course of pregnancy (15.9 and 16 per cent). ...
Preprint
Full-text available
Purpose: To investigate the validity and accuracy of the Whooley questions for routine screening of maternal distress in Dutch antenatal care. Design and methodology: In this cohort design we evaluated self-reported responses to the Whooley questions against the Edinburgh Depression Scale screening for antenatal depression, State-Trait Anxiety Inventory for general anxiety and the Pregnancy Related Anxiety Questionnaire-Revised screening for pregnancy related anxiety, among Dutch pregnant women during the first and third trimester of pregnancy. We used standard diagnostic performance measures for the two case-finding items. Findings: The Whooley items in this study showed a higher specificity than sensitivity. The Whooley results showed good evidence to identify women who are depressed or (trait)anxious in both trimesters of pregnancy, but the results showed weak to moderate evidence to identify pregnancy-related anxiety. The Whooley items had a low to moderate predictive ability for depression, trait-anxiety and pregnancy-related anxiety and a good ability for negative case-finding. The Whooley items proved to be more able to report how effective the case-finding questions are in identifying women without depression, trait-anxiety and pregnancy-related anxiety (ruling out) rather than how effective these are in identifying women with depression, trait-anxiety and pregnancy-related anxiety (ruling in). The Whooley items were accurate in identifying depression and trait-anxiety in both trimesters but were not very accurate to identify pregnancy-related anxiety. Research limitations/ implications: Assessment of pregnancy-related anxiety using a case-finding tool requires further attention. Practical implications: The two-item Whooley case-finding tool has shown good utility as a screening instrument for antenatal depression and anxiety. Continuous assessment of maternal emotional health during the childbearing period or, at least, revisiting the topic, would both support the woman and the midwife in regarding perinatal emotional wellbeing as an important remit of midwifery care. Originality/ value: A novel aspect of this paper is the proposition of applying the Whooley questions at later stages of pregnancy or presenting the Whooley questions in a written or digital form.
... Measures collected during pregnancy included: a demographic measure (age, race/ethnicity, gestational weeks, income, education, employment status, relationship status, and dependents); the Life Events Checklist for DSM-5 (LEC-5), which assesses for 17 difficult or stressful things that an individual may have experienced in her lifetime (Weathers et al., 2013a); the Edinburgh Postnatal Depression Scale (EPDS), a 10-item scale to screen for depressive symptoms independent of common changes during pregnancy and postpartum (Cox et al., 1987); the PTSD Checklist for DSM-5 (PCL-5), a 20-item measure regarding the severity of PTSD symptoms of hyperarousal, intrusions, avoidance, etc. (Weathers et al., 2013b); and the Pregnancy-Related Anxiety Questionnaire Revised (PRAQ-R), which includes 10 questions that evaluate for anxiety specifically in relation to pregnancy (Huizink et al., 2004), with validation by multiple investigators (Blackmore et al., 2016;Witteveen et al., 2016). These scales are all useful tools for research, and while they are not diagnostic, clinically relevant scores are: 10 + for the EPDS (Bergink et al., 2011); 33 + for the PCL-5 (Belvins et al., 2015); and 26 + for nulliparous women versus 21 + for multiparous women for the PRAQ-R (Witteveen et al., 2016). ...
... Measures collected during pregnancy included: a demographic measure (age, race/ethnicity, gestational weeks, income, education, employment status, relationship status, and dependents); the Life Events Checklist for DSM-5 (LEC-5), which assesses for 17 difficult or stressful things that an individual may have experienced in her lifetime (Weathers et al., 2013a); the Edinburgh Postnatal Depression Scale (EPDS), a 10-item scale to screen for depressive symptoms independent of common changes during pregnancy and postpartum (Cox et al., 1987); the PTSD Checklist for DSM-5 (PCL-5), a 20-item measure regarding the severity of PTSD symptoms of hyperarousal, intrusions, avoidance, etc. (Weathers et al., 2013b); and the Pregnancy-Related Anxiety Questionnaire Revised (PRAQ-R), which includes 10 questions that evaluate for anxiety specifically in relation to pregnancy (Huizink et al., 2004), with validation by multiple investigators (Blackmore et al., 2016;Witteveen et al., 2016). These scales are all useful tools for research, and while they are not diagnostic, clinically relevant scores are: 10 + for the EPDS (Bergink et al., 2011); 33 + for the PCL-5 (Belvins et al., 2015); and 26 + for nulliparous women versus 21 + for multiparous women for the PRAQ-R (Witteveen et al., 2016). ...
Article
Full-text available
Introduction The perinatal period constitutes an important window of opportunity for optimizing healthy development of offspring but is heavily influenced by maternal mental health. Maternal pregnancy-related anxiety (PrA), depression, and post-traumatic stress disorder (PTSD) have been implicated in adverse outcomes for both mother and child. The current study examined whether psychopathology during pregnancy and postpartum was associated with greater experienced parenting stress and bonding difficulties in women veterans, who may be predisposed to develop psychopathology due to heightened risk of exposure to traumatic events. Methods Pregnant veterans (N = 28) completed self-report questionnaires regarding their PrA, depression and PTSD symptoms during pregnancy and postpartum, as well as on their experience of parenting stress and bonding with their infant. Results PrA was a more robust predictor of postpartum depression (PPD) than depression during pregnancy. PPD, in turn, was significantly associated with bonding and parenting stress, such that more depressed mothers were more likely to experience greater general bonding difficulties, increased rejections and pathological anger towards their infants, greater anxiety towards their infants, and more parenting stress. Conclusions PrA might be a high-yield modifiable risk factor in the prevention of PPD for women veterans and their subsequent experiences with high parenting stress and bonding difficulties.
... The PRAQ-R2 contains 10 items with its response score ranging from 1 to 5, with higher scores indicating higher levels of pregnancyrelated anxiety. Primiparous women with PRAQ-R scores of ≥26 and parous women with PRAQ-R scores of ≥21 are considered to be suffering from anxiety (35). ...
Article
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Objective This study aimed to explore transcranial electrical stimulation (tES) to relieve peripartum anxiety and depressive symptoms in women undergoing cesarean section with combined spinal–epidural anesthesia. Methods This double-blind, randomized, sham-controlled trial was conducted in the Affiliated Hospital of Xuzhou Medical University from March 2021 and May 2021. One hundred and forty-eight full-term parturients giving birth by elective cesarean section were selected, and 126 were included in the intent-to-treat analysis. Parturients were provided standardized anesthesia and randomized to the active-tES (a-tES) group and sham-tES group. Parturients and outcome assessors were blinded to treatment allocation. The primary outcome was the changes in peripartum mental health disorders, including anxiety, assessed by the Pregnancy-Related Anxiety Questionnaire-Revised 2 (PRAQ-R2). Secondary outcomes included peripartum depressive symptoms, assessed by the Edinburgh Postnatal Depression Scale (EPDS), maternal satisfaction, fatigue level, sleep quality index, and pain score during and after operation. Data were collected before entering the operating room (T0), between post-anesthesia and pre-surgery (T1), before leaving the operating room (T2), and at 24 h post-surgery (T3). Results One hundred and twenty-six eligible parturients were enrolled in the two groups: a-tES group (N = 62) and sham-tES group (N = 64). Treatment with tES resulted in significantly lower scores of anxiety compared with sham-tES (T2: P < 0.001; T3: P = 0.001). Moreover, the a-tES groups showed a significant reduction in depression scores (T2: P = 0.003; T3: P = 0.032). Conclusion In this randomized pilot study, tES treatment is efficacious in alleviating peripartum anxiety and depressive symptoms in women undergoing cesarean section and has been demonstrated to be a novel strategy for improving peripartum mental health disorders. Clinical Trial Registration [ www.chictr.org.cn ], identifier [ChiCTR2000040963].
... In the Netherlands, the prevalence rates of mental health among women in the childbearing age period (18-45 years) vary: 6.9% report depressive symptomatology and 19.6% report symptoms of anxiety (Nivel, 2019;Graaf de et al., 2010Graaf de et al., , 2017CBS 2021). Rates of antenatal and postnatal distress in the Netherlands vary between 7.4 to 31.6% (Fontein- Kuipers et al., 2016;Witteveen et al., 2016;Fontein--Kuipers and Jomeen, 2019). ...
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Background : Having children or being childless is associated with differences in women's psychological wellbeing during the reproductive age period. Methods : An individually matched case-control cohort study, measuring psychological wellbeing with the 5-item Mental Health Inventory (MHI-5) was conducted. Repeatedmeasures analysis of variance and chi-square tests were used to measure the across time changes of MHI-5 scores. ANCOVA and Cochran's Q examined the differences between MHI-5 scores of women with children (cases) and of childless women (controls) at three timepoints. Timepoints were determined by the cases’ prepregnancy (T1), post-birth (T2), longer-term (T3) moments. Results : Motherhood status has a significant medium effect on psychological wellbeing [F(1.112) 20.99, p
... Therefore, the total score can range from 55 to 275, so that the higher the score, the higher the pregnancy-related anxiety. Based on previous studies (Matthey et al., 2013;Witteveen et al., 2016), PRAQ total score' 85 th percentile was used to identify women with high scores on pregnancy-related anxiety. Finally, this questionnaire was initially created to be used with nulliparous women due to item 35 content, "I am afraid of the labor, because I have never been through it before, I am afraid of the unknown". ...
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The aim of this study is to obtain a Spanish brief version of the Pregnancy Related Anxiety Questionnaire and analyse its psychometric properties. A longitudinal study was carried out on a sample of 569 Spanish pregnant women with normal risk status. Participants were assessed in the first, second, and third trimesters of pregnancy by using a socio-demographic and obstetric-gynaecological questionnaire, the PRAQ-55, the Edinburgh Postnatal Depression Scale, and the State-Trait Anxiety Inventory. PRAQ-55 items with factorial loads > .50 were selected resulting in a final scale of 20 items. A cut-off point ≥ 67 (85th percentile) was used to identify women with high pregnancy-specific anxiety. The findings revealed that PRAQ-20 can be considered a useful screening tool in clinical practice to assess pregnancy-related anxiety in both nulliparous and multiparous pregnant women.
... Therefore, improving their general well-being could probably reduce their ED visits. In a huge study in the Netherlands, Witteveen et al. found contrary results: especially low-risk women with anxiety or signs of depression choose to deliver in a hospital instead of following the standard for the Netherlands-giving birth at home-compared to women without anxiety or depression [31]. This might also be due to the different antenatal care plans and substantially varying risk stratification between EU countries [32]. ...
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PurposePsychosocial and biological factors influence the perception of physical changes during pregnancy. Some pregnant women present to the obstetric emergency department (ED) with diverse symptoms not requiring urgent medical action. These visits result in over-consultation, tying up resources and inflating health care expenses. This study outlines factors associated with multiple ED visits during pregnancy, measures the prevalence of anxiety and depression, and explores the choice of maternity clinic for delivery aiming to elucidate options for care strategies.Methods This prospective, cross-sectional, questionnaire-based bicentric study was performed in the obstetric outpatient departments of two university hospitals in Germany and recruited pregnant women between 12/2016 and 11/2017. The questionnaire included socio-demographics, obstetric history, anxiety (GAD-7), depression (PHQ-9), and health status (WHO-5, SF-12).ResultsThis analysis included 496 women and showed that women with numerous ED visits were significantly younger (p < 0.0001), less educated (p = 0.0002), and more likely to be unemployed and single. Different prevalences for anxiety and depression were detected correlating with the number of ED visits although each showing only low effect sizes (0.024 resp. 0.015).Conclusions Pregnant women attending the ED more often might benefit from health education, psychosomatic interventions, and social support to overcome their depression and anxiety to avoid non-urgent ED consultations. Further prospective studies are needed to support these findings.
... Therefore, FOC will likely play a role in the preferred location for giving birth. Witteveen et al 19 reported "more often pregnancy related anxiety in Dutch low risk women with planned hospital birth" compared to women with planned home birth, which concept roughly corresponds with FOC. However, in our study in 2005 7 we did not find a difference in FOC between women preferring home or hospital birth. ...
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Background: In The Netherlands, women with low-risk pregnancy are routinely given the option of home birth, providing a unique opportunity to study the relationship between fear of childbirth (FOC) and preference for childbirth location, and whether women experience higher FOC when the actual location differs from their preference. Methods: In this prospective cohort study, 331 nulliparous and parous women completed a questionnaire at gestational week 30 (T1) and two months postpartum (T2). FOC was assessed using versions A (T1) and B (T2) of the Wijma Delivery Expectancy/Experience Questionnaire (W-DEQ). Results: At T1, women who preferred home birth had significantly lower FOC compared with women who preferred a hospital birth (mean ± SD W-DEQ scores: 55 ± 19.8 and 64 ± 18.3, respectively, P < .01). About 28% of women who responded at T2 gave birth at home. Congruence between the preferred and actual childbirth location was not predictive of FOC assessed at T2 when adjusted for obstetric and psychological variables. In an extended analysis, we found that except for prepartum FOC, the following variables also correlated with postpartum FOC: being referred because of complications and poor neonatal condition. Conclusions: Compared to women who prefer hospital birth, women who prefer home birth have lower prepartum and postpartum FOC. Giving birth at a location other than the preferred location does not appear to affect postpartum FOC. Whether giving birth at home or in the hospital, caregivers should pay extra attention to women with high FOC because they are vulnerable to postpartum FOC, especially after a complicated birth and referral.
... birth procedure, pregnancy complications), postpartum maternal mood and long-term child-related consequences (e.g. infant cerebral, cognitive and emotional development, temperament or behavioral outcomes) [3][4][5][6][7][8][9][10][11][12]. ...
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Background: Pregnancy-related anxiety (PrA) has been identified as a construct distinct from general stress and anxiety with a negative impact on birth and child outcomes. Validated instruments with good psychometric properties to assess pregnancy-related anxiety in German-speaking expectant mothers are still lacking. The Pregnancy-Related Anxiety Questionnaire revised for its use independent of parity (PRAQ-R2) assesses fear of giving birth (FoGB), worries of bearing a physically or mentally handicapped child (WaHC) and concerns about own appearance (CoA). The aim of this study was to investigate the psychometric properties of the PRAQ-R2 in a German sample of pregnant women in their third pregnancy trimester. Methods: The PRAQ-R2 and several questionnaires measuring different forms of anxiety as well as depressive symptoms and perceived general self-efficacy were administered cross-sectionally in a sample of nulliparous and parous women (N = 360) in the third trimester of pregnancy. Results: Reliability was satisfactory to excellent for the PRAQ-R2 total scale (Cronbach's α = .85) and the subscales (α = .77 to .90). Confirmatory and exploratory factor analysis confirmed the three-factorial structure of the instrument. The three factors together explained 68% of variance. Construct validity was confirmed by positive low- to moderate-sized correlations of the PRAQ-R2 total score and the subscales with measurements of anxiety and depression and by negative low correlations with general self-efficacy. Conclusions: The German version of the PRAQ-R2 is a valid and feasible measurement for pregnancy-related anxiety for research and clinical practice.
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Background The use of interventions in childbirth has increased the past decades. There is concern that some women might receive more interventions than they really need. For low-risk women, midwife-led birth settings may be of importance as a counterbalance towards the increasing rate of interventions. The effect of planned place of birth on interventions in the Netherlands is not yet clear. This study aims to give insight into differences in obstetric interventions and maternal outcomes for planned home versus planned hospital birth among women in midwife-led care. Methods Women from twenty practices across the Netherlands were included in 2009 and 2010. Of these, 3495 were low-risk and in midwife-led care at the onset of labour. Information about planned place of birth and outcomes, including instrumental birth (caesarean section, vacuum or forceps birth), labour augmentation, episiotomy, oxytocin in third stage, postpartum haemorrhage >1000 ml and perineal damage, came from the national midwife-led care perinatal database, and a postpartum questionnaire. Results Women who planned home birth more often had spontaneous birth (nulliparous women aOR 1.38, 95 % CI 1.08–1.76, parous women aOR 2.29, 95 % CI 1.21–4.36) and less often episiotomy (nulliparous women aOR 0.73, 0.58–0.91, parous women aOR 0.47, 0.33–0.68) and use of oxytocin in the third stage (nulliparous women aOR 0.58, 0.42–0.80, parous women aOR 0.47, 0.37–0.60) compared to women who planned hospital birth. Nulliparous women more often had anal sphincter damage (aOR 1.75, 1.01–3.03), but the difference was not statistically significant if women who had caesarean sections were excluded. Parous women less often had labour augmentation (aOR 0.55, 0.36–0.82) and more often an intact perineum (aOR 1.65, 1.34–2.03). There were no differences in rates of vacuum/forceps birth, unplanned caesarean section and postpartum haemorrhage >1000 ml. Conclusions Women who planned home birth were more likely to give birth spontaneously and had fewer medical interventions.
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Background Available birth settings have diversified in Canada since the integration of regulated midwifery. Midwives are required to offer eligible women choice of birth place; and 25-30% of midwifery clients plan home births. Canadian provincial health ministries have instituted reimbursement schema and regulatory guidelines to ensure access to midwives in all settings. Evidence from well-designed Canadian cohort studies demonstrate the safety and efficacy of midwife-attended home birth. However, national rates of planned home birth remain low, and many maternity providers do not support choice of birth place. Methods In this national, mixed-methods study, our team administered a cross-sectional survey, and developed a 17 item Provider Attitudes to Planned Home Birth Scale (PAPHB-m) to assess attitudes towards home birth among maternity providers. We entered care provider type into a linear regression model, with the PAPHB-m score as the outcome variable. Using Students’ t tests and ANOVA for categorical variables and correlational analysis (Pearson’s r) for continuous variables, we conducted provider-specific bivariate analyses of all socio-demographic, education, and practice variables (n=90) that were in both the midwife and physician surveys. Results Median favourability scores on the PAPHB–m scale were very low among obstetricians (33.0), moderately low for family physicians (38.0) and very high for midwives (80.0), and 84% of the variance in attitudes could be accounted for by care provider type. Amount of exposure to planned home birth during midwifery or medical education and practice was significantly associated with favourability scores. Concerns about perinatal loss and lawsuits, discomfort with inter-professional consultations, and preference for the familiarity of the hospital correlated with less favourable attitudes to home birth. Among all providers, favourability scores were linked to beliefs about the evidence on safety of home birth, and confidence in their own ability to manage obstetric emergencies at a home birth. Conclusions Increasing the knowledge base among all maternity providers about planned home birth may increase favourability. Key learning competencies include criteria for birth site selection, management of obstetric emergencies at planned home births, critical appraisal of literature on safety of home birth, and inter-professional communication and collaboration when women are transferred from home to hospital.
Article
Background: Fear of childbirth is common during pregnancy but rarely assessed in clinical practice. The Fear of Birth Scale has been proposed as a valid measure suitable for assessing fear of birth in an antenatal clinical context. To make sure that the scale makes sense in relation to the known constructs of fear of birth, it is important to find out what women think when responding to the Fear of Birth Scale. Aim: To report what women in mid-pregnancy think when assessing fear of birth on the Fear of Birth Scale. Methods: A qualitative design using semi-structured interviews with a think aloud technique was used. Thirty-one women were recruited in gestational week 17-20. Content analysis was conducted to describe the different dimensions of fear of birth. Findings: Worry was described as unspecific feelings and thoughts, often with a negative loading. Fear was described as a strong feeling connected to something specific. Furthermore, the women thought about aspects that influence their worries and fears and explained the strategies that helped them to cope with their fear of birth. Conclusion: Women could clearly assess, describe, and discuss fear of birth using the Fear of Birth Scale. This supports the use of the Fear of Birth Scale in clinical settings as a starting point for further dialogue about women's fear of birth. The dialogue may identify women's need for information, treatment, and referral when necessary.
Article
Objective To compare rates of adverse perinatal outcomes between planned home births versus planned hospital births. DesignA nationwide cohort study. SettingThe Netherlands. PopulationLow-risk women in midwife-led care at the onset of labour. Methods Analysis of national registration data. Main outcome measuresIntrapartum and neonatal death, Apgar scores, and admission to a neonatal intensive care unit (NICU) within 28days of birth. ResultsOf the total of 814979 women, 466112 had a planned home birth and 276958 had a planned hospital birth. For 71909 women, their planned place of birth was unknown. The combined intrapartum and neonatal death rates up to 28days after birth, including cases with discrepancies in the registration of the moment of death, were: for nulliparous women, 1.02 for planned home births versus 1.09 parts per thousand for planned hospital births, adjusted odds ratio (aOR) 0.99, 95% confidence interval (95% CI) 0.79-1.24; and for parous women, 0.59 parts per thousand versus 0.58 parts per thousand, aOR 1.16, 95% CI 0.87-1.55. The rates of NICU admissions and low Apgar scores did not significantly differ among nulliparous women (NICU admissions up to 28days, 3.41 parts per thousand versus 3.61 parts per thousand, aOR 1.05, 95% CI 0.92-1.18). Among parous women the rates of Apgar scores below seven and NICU admissions were significantly lower among planned home births (NICU admissions up to 28days, 1.36 versus 1.95 parts per thousand, aOR 0.79, 95% CI 0.66-0.93). Conclusions We found no increased risk of adverse perinatal outcomes for planned home births among low-risk women. Our results may only apply to regions where home births are well integrated into the maternity care system.
Article
Background: High levels of prenatal maternal anxiety - either pregnancy-specific anxiety or general anxiety - may have detrimental effects on both the mother and her child. It is currently unknown how these two different expressions of anxiety influence each other over time during pregnancy. Aims: This study aimed to describe the relationship between state, trait and pregnancy-specific anxiety levels across pregnancy. Methods: Longitudinal data from three data-waves of a large-scaled sample of nulliparous normal risk pregnant women were used to display associations over time by means of autoregressive and cross-lagged panel models. Results: Cross-lagged, cross-time pathways from pregnancy-specific anxiety to state as well as trait anxiety were positively significant, while vice versa the most consistent links were found from trait anxiety to pregnancy-specific anxiety. Conclusions: We conclude that pregnancy-specific anxiety and general anxiety appear to influence each other over time, resulting in heightened anxiety for some soon-to-be mothers.