Postpartum depression is a common mood disorder following childbirth. Depression occurring at this crucial stage in a child’s life is known to have far reaching and potentially damaging consequences for the mother, the baby and her family. Whilst a number of risk factors have been identified in the literature as contributing to the development of postpartum depression, including a past psychiatric history and lack of social support, some of these are not easily modifiable through psychological interventions. The aim of this longitudinal study was to examine the contribution of specific psychological factors, including maternal beliefs about motherhood and perfectionism and perceived social support, in the development of postpartum depression.
Seventy-three pregnant women consented to take part and returned questionnaires during the third trimester of their pregnancy. Of those women, 61 also completed questionnaires 4-6 weeks following the birth of their baby.
Significant associations were identified for postpartum depression and the psychological variables of perfectionistic beliefs and social support, whereas many demographic factors were not significantly implicated in the development of depression.
Using a multiple hierarchical regression analysis, the study examined whether maternal beliefs about motherhood and beliefs about perfectionism predicted more of the variance in postpartum depression scores than other demographic variables, including a past history of emotional difficulties. As predicted, beliefs about motherhood and perceptions of poor social support from friends and family were significant predictors of postpartum depression, when the influence of antenatal depression scores were accounted for. A past history of emotional difficulties was also retained in the final model, whereas beliefs about perfectionism were not.
These findings have implications for clinical services, highlighting the need for refined assessments of expectant mothers’ beliefs about motherhood and their perceptions of their social support during pregnancy and the need for more refined psychological interventions that address these beliefs.
Academic Editor: Odalovic M, Beogradu university
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Copyright © 2017 Anja Wittkowski, et al.
The authors have declared that no competing interests exist.
Postpartum depression is a common mental health problem, but as a result of differences in method and population between studies estimates of prevalence and incidence vary1. While a meta-analysis (which included only studies using rigorous assessment methods) suggested a period prevalence of 21.9% over the first year postpartum.2 Davé et al.3 linked childbirth and depression diagnoses and antidepressant prescriptions in medical records for couples (N > 72, 000) and found an incidence of depression or antidepressant prescription in the first year postpartum of 13.93% for women. According to the National Institute for Clinical Excellence,4 depression and anxiety affect 15-20% of women in the first year after childbirth.
Unlike the maternity or 'baby blues', a transitory condition experienced in the days immediately following birth which remits in a few days5,postpartum depression can be a seriously debilitating condition for both mother and baby.6 Postpartum depression typically occurs within four weeks following childbirth and although the duration of symptoms varies7,many mothers continue to report significant symptoms for up to 12 months postpartum.8
Postpartum depression is unique from major depression in terms of the context in which it occurs9 and because its negative consequences affect a much wider system than the mother alone. Depression in a recent mother has been linked to increased conflict and reduced affection in the marital relationship10, 11 and an increase in depression in fathers.12 Mothers with postpartum depression tend to be less sensitive to their infants’ needs, more negative and punitive in parenting style and more apathetic and rejecting during interactions.13, 14 Consequently, infants of depressed mothers are significantly less likely to develop a secure attachment15. Attachment difficulties are widely implicated in impairments in children's emotional, behavioural and cognitive development16.
The severity and range of psychological sequelae of postpartum depression has precipitated a large body of literature investigating the factors which cause a woman to be at risk of depression following childbirth. Several review papers 5, 17, 18, 19, 20 suggest that educational attainment, parity and length of relationship with partner are not significant risk factors, while age is implicated insofar as teenage mothers are more at risk. However, factors which have been found to be significantly associated with postpartum depression encompass all domains of biological, social and psychological factors. One of the most consistent predictors of perinatal depression is a past personal or family history of major depressive episodes.5, 20, 21It is most likely that postpartum depression develops and is maintained through a combination of these factors18, some of which are difficult to modify through interventions.
As cognitive processes can be modified through psychological interventions4, research into the cognitive features of postpartum depression and role of cognitions in its development has increased in perinatal populations. Several qualitative studies have provided valuable insight into the thoughts and beliefs held by mothers with postpartum depression. Worries about maternal competence and conflict of roles have been consistently found to be present in depressed mothers22. In a meta-synthesis, the incongruence between women's expectations of and beliefs about motherhood and the reality and a pervasive sense of loss were the main presenting themes23. Considering the role of perfectionism in postpartum depression, Cutrona and Troutman24 identified a sense of maternal competence as a key mediating factor. Hall and Wittkowski25 identified a number of cognitive themes in non-depressed mothers, including perfectionism, unrealistic expectations of motherhood, heightened responsibility, concerns over the safety of the baby, negative judgements by others and negative appraisals of their current situation. It is possible that negative thoughts are common in all mothers, but that the severity of the expectations or beliefs, or the discrepancy between expectations and reality, are more pronounced in mothers with postpartum depression.
The role of dysfunctional attitudes during pregnancy has been investigated in studies using the Dysfunctional Attitudes Scale26 (DAS),but these have failed to find a significant role for negative thoughts in the prediction of postpartum depression.27, 28, 29 As the DAS does not contain items relating to pregnancy and motherhood, it may not be specific enough to identify the cognitions which are implicated in postpartum depression. Using the Maternal Attitudes Questionnaire30 (MAQ), Church, Brechman-Toussaint and Hind31 found that maternal specific cognitions mediated the relationship between having a difficult baby and postpartum depressive symptomatology. However, their study was not longitudinal and investigated cognitions specific to the postpartum period only (which reflects the items on the MAQ). Furthermore, Sockol32 highlighted the poor internal reliability of the MAQ in expectant mothers.
In their cross-sectional studies, Sockol and colleagues33 provided some evidence of the role of maternal attitudes in predicting symptoms of depression and anxiety among pregnant and postpartum first-time mothers and the incremental predictive validity of maternal attitudes over general dysfunctional attitudes (measured by the DAS), marital satisfaction and social support, whilst finding no contribution of maternal age, perinatal stage (pregnancy vs postpartum), marital status and ethnicity to depression33.
Given the paucity of longitudinal studies, the aim of the current study was to investigate the contribution of specific antenatal psychological risk factors to postpartum depression. It was hypothesised that postpartum depression would be significantly correlated a) with antenatal beliefs about motherhood, b) with perfectionism, and c) with perceived levels of social support during pregnancy. We also predicted that postpartum depression would be predicted by maternal beliefs about motherhood and beliefs about perfectionism, when the influence of antenatal depression was controlled for.
The study adopted a prospective, repeated measures design. Participants completed questionnaires and provided demographic information during the third trimester of pregnancy (Time 1) and at 4-6 weeks following childbirth (Time 2).
Women in their third trimester of pregnancy were eligible to take part in the study, regardless of age or parity. They were recruited through antenatal classes in a large National Health Service Hospital in Manchester, United Kingdom. As all questionnaires were presented in English, participants who indicated that their understanding of English was insufficient were excluded.
Postpartum Depression. Two measures were used to assess postpartum depression. The 10-item Edinburgh Postnatal Depression Scale34 (EPDS) is a screening tool, rated on a 4-point scale. Although a score of 12 indicates depression, a cut-off score of 10 has been used in community samples to prevent false negatives.35 The EPDS has a Cronbach's alpha reliability of .87 (.85 for this sample), specificity of 78% and sensitivity of 86%34 and good face validity36. This is a widely used measure which has been validated for use during pregnancy.37, 38 Some EPDS scores are presented to allow for comparison with other studies.
The Beck Depression Inventory II39 (BDI-II) is a revision of the original BDI40 designed to correlate more with DSM-IV criteria for depressive disorders. It is a 21-item-measure using a 4-point rating scale (0-3). Scores can be categories into minimal depression (0-13), mild depression (14-19), moderate depression (20-28) and severe depression (29-63).
The BDI-II has good internal consistency (alpha .92 for outpatients) and good test-retest reliability (.93; .82 for this sample). The BDI-II has been used with postpartum populations and has good concurrent validity with measures of postpartum depression41. The BDI-II provides a depression severity score and its total score was therefore used as the main indicator of depression.
Maternal-specific cognitions. The Pregnancy Related Beliefs Questionnaire42(PRBQ) was developed to identify the underlying beliefs of pregnant women, which may be associated with the development of postpartum depression. It was piloted on 42 women between 6 to 40 weeks gestation. It has 54 items rated on a 7-point scale from 'totally agree' to 'totally disagree'. Scores range from 128 to 245; a mean score of 191.1 (SD=29.6) was reported by Moorhead and colleagues42. High scores denote unrealistic expectations. The PRBQ has good internal reliability (.85; .93 for this sample). Examples of items included are 'motherhood is an instinctive and natural state for a woman' and 'if my baby is unhappy I will feel that it is my fault'. The PRBQ was chosen because this scale comprehensively assesses maternal beliefs about pregnancy and motherhood.
The Multidimensional Perfectionism Scale43 (MPS) consists of 35 items, scored on a 5-point scale from 'strongly disagree' to 'strongly agree'. It has six subscales: concern over mistakes; personal standards; parental expectations; parental criticism, doubts about actions and organisation. A total perfectionism score can also be obtained by totalling all responses except those in the organisation subscale. Therefore total scores range from 29 to 145. The MPS has good internal reliability (.91; .96 for this sample). It has previously been used with postpartum populations and moderate associations have been found between the concern over mistakes subscale and doubts about actions subscale and the EPDS (.34 and .31 respectively).44
Perceived Social Support.
Developed with the aim of providing a meaningful measure of women's perception of their social support, the 6-item Maternity Social Support Scale45 (MSSS) was used. This scale is rated on a 5-point likert rating scale (always, most of the time, some of the time, rarely, never). The MSSS has good reliability with Cronbach's alpha scores of .69 (.80 for this sample) in the antenatal period and .78 (.77) postpartum.
Demographic information including age, parity, current or previous psychiatric disorder, marital and employment status and their emotional response to being pregnant were also collected.
Ethical approval was granted by relevant committees. Participants were approached in the antenatal clinic waiting room of a local Manchester hospital and given an information sheet outlining the study. Once they provided written consent, they were given the initial questionnaire pack (demographic information sheet, EPDS, BDI-II, MSSS, PRBQ and MPS), which they could choose to complete in the clinic or return in a stamped, addressed envelope. Participants also provided information on their estimated date of delivery and a contact health professional (e.g., GP, health visitor or midwife), who was contacted following the due date to ensure that it would be appropriate for the mother to continue with the study. The Time 2 packs were sent out to the women 4-6 weeks following the birth of their baby.
Data were analysed using SPSS for Windows. Sample characteristics were examined using descriptive statistics. Missing data were minimal but excluded. One-sample Kolmogorov-Smirnov tests indicated that the use of parametric tests was permitted for most variables. As log transformations were unsuccessful for two MPS subscales and the MSSS at Time 2, equivalent non-parametric tests were used. Univariate and multivariate analyses, including hierarchical multiple regression analysis, were used to test hypotheses. For this purpose, some variables (e.g., marital status) were recoded as dichotomous variables. Pearson correlation coefficients were used to examine bivariate comparisons. In order to reduce the risk of Type 1 error, a stricter p-value of .01 was adopted as the criterion for statistical significance, because of the number of multiple comparisons.
Sample Size and Characteristics
One hundred and sixty-four women were approached to take part in the study, of those 130 agreed and were given questionnaires. Seventy-three returned Time 1 questionnaires and of those women, 61 also completed Time 2 questionnaires. At the end of the study period, two women had not yet had their babies and the remaining 10 women were lost to the study. This produced an overall response rate of 46.92% and a retention rate of 83.56%.
The mean age of the sample was 28.11 years (the youngest participant was 17 and the oldest was 41) (see Table 1). Twenty-six women were married, 28 were in a long-term relationship and 7 women were single. Thirty-three women were employed full time, 17 part-time and 11 were unemployed. All of the women who responded had some qualifications, 14 had GCSE's or equivalent and the remaining 37 had gone on to further and higher education with 5 women being educated to doctoral level. Overall, women in the sample were reasonably satisfied with their current financial situation (see Table 1). Thirty-seven of the women were primiparious, 14 had 1 child and 10 participants had two or more children already.Table 1. Demographic characteristics of participants (n=61)
|Maternal age in years||Mean=28.11||Range=17-41|
|Marital status||Married=26||Single= 7|
|In long-term relationship=28|
|Number of children||Primiparous= 37||1 child already= 14|
|2+ children= 10|
|Education||GCSEs= 14||Higher education=27|
|Financial satisfaction (scale of 1-10, with 1=unsatisfactory and 10=satisfactory)||Mean=6.64 (SD=1.28)||Median=7, Range=3-10|
|Feelings about finding out about pregnancy (scale of 1-10, with 1=most unhappy and 10=very happy)||Mean=5.43 (SD=4.21)||Median=5, Range=1-10|
|Current emotional difficulties (self-report)||Any emotional difficulty= 14.8% (9/61)||Breakdown by condition:|
|Anxiety = 4.9% (3/61)|
|Depression = 9.8% (6/61)|
|Past emotional difficulties (self-report)||Any emotional difficulty= 43% (26/61)||Breakdown by condition:|
|Anxiety= 11.5% (7/61)|
|Depression= 24.6% (15/61)|
|Comorbid anxiety and depression= 6.6% (4/61)|
Whilst their feelings about pregnancy were fairly positive, participants varied in respect of whether pregnancy was expected or planned. In terms of their mental wellbeing, 14.8% of participants reported having a current emotional difficulty; 4.9% indicated experiencing anxiety and 9.8% experienced depression. Forty-three % reported past emotional difficulties: 11.5% reported prior experience of anxiety, 24.6% reported past depression and 6.6% experienced anxiety comorbid with depression in the past.
Assessment of Cognitive and Clinical Factors in Postpartum Depression
Table 2 presents an overview of mean scores for antenatal and postnatal depression, perfectionism beliefs, perceived social support, maternal beliefs about motherhood. Paired samples t-tests indicated significant differences between antenatal and postnatal scores for EPDS (t=-4.72, df=60, p<0.001) and BDI-II (t=-8.32, df=60, p<0.001). Although participants endorsed significantly more items on both depression measures after childbirth, their mean scores were not indicative of severe depression. For example, using the EPDS cut-off score of 10 for community samples, 14.5% participants screened positive for antenatal depression and 17.2% for postpartum depression. When the stricter cut-off of 12 was used, only 7.2% women appeared to be antenatally depressed and 6.9% postnatally. Using the suggested categories for BDI-II scores, 95.1% presented with minimal symptoms and 4.9% with mild antenatal depression. After childbirth 77.0% presented with minimum depression, 21.3% with mild and 1.6% with moderate symptoms.
No significant differences were observed for participants’ perceptions of their social support, their beliefs about motherhood and their perfectionistic beliefs. These variables remained relatively stable from late pregnancy until after childbirth (see Table 2).Table 2. Overview of mean and median scores (and standard deviations) for psychological and labour experience variables for the total sample.
|Time 1||Time 2|
|Variable||Possible range||Range of scores||Mean (SD)||Median||Range of scores||Time 2- Mean (SD)||Time 2- Median||Paired samples t-test/ Wilcoxon Signed Ranks Test|
|EPDS (n=61)||0-30||0-13||3.69 (3.74)||2||0-13||5.51 (3.52)||5||t=-4.72, df=60, p<0.001|
|BDI-II (n=61)||0-63||0-18||5.56 (4.69)||5||21-Feb||9.98 (4.46)||10||t=-8.32, df=60, p<0.001|
|PRBQ (n=60)||54-324||142-307||211.72 (34.43)||212||163-271||212.80 (27.91)||206.5||t=-0.43, df=59, p=0.67|
|MPS total score (n=60)||29-145||41-123||75.92 (22.1)||80||36-119||75.75 (20.98)||78||t=0.17, df=59, p=0.87|
|Concern over Mistakes (n=60)||9-45||9-38||22.37 (7.93)||23.5||9-34||21.85 (7.33)||23||z= -1.54, df=59, p=0.12|
|Personal Standards (n=60)||7-35||11-34||20.80 (5.27)||21||10-31||20.67 (4.81)||21||t=0.37, df=59, p=0.71|
|Parent Expectations (n=60)||5-25||5-22||13.88 (4.48)||13||6-23||13.63 (4.45)||14||t=1.16, df=59, p=0.25|
|Parent Criticism (n=60)||4-20||4-20||9.35 (4.03)||9||4-20||9.43 (3.64)||10||t=-0.39, df=59, p=0.70|
|Doubting of Actions (n=60)||4-20||4-15||9.52 (3.15)||10||5-34||10.20 (4.44)||11||z=-1.55, df=59, p=0.12|
|Organisation (n=60)||6-30||12-30||20.07 (4.61)||23||11-30||19.75 (4.44)||19||t=0.93, df=59, p=0.36|
|MSSS (n=56)||0-30||17-30||25.21 (3.70)||26||10-30||25.50 (3.35)||26||z=-1.42, df=55, p=0.15|
The Relationships Between Maternal Variables and Postpartum Depression
The relationships between antenatal maternal beliefs about motherhood, beliefs about perfectionism, perceived social support, labour experience and postpartum depression were examined by carrying out Pearson correlation coefficients (Table 3). No significant associations were found between antenatal maternal beliefs about motherhood and antenatal depression as well as postpartum depression (as measured by either EPDS or BDI-II at Time 2). However, postpartum depressive symptoms as measured by the BDI-II were positively correlated with overall antenatal perfectionistic beliefs (r = 0.339, p<0.01 for total MPS score) and with its subscale of concerns over mistakes (r=0.338, p<0.01). With the exception of perfectionistic beliefs about organisation, associations were also noted between postpartum depression and personal standards (r=0.323, p<0.05), parental expectations (r=0.268, p<0.05), parental criticism (r=0.256, p<0.05) and doubts about actions (r=0.291, p<0,05), albeit at a lesser significance level. Weaker correlations were also noted for postpartum depression as measured by the EPDS at Time 2 and antenatal personal standards (r=0.267, p<0.05) and doubts about actions (r=0.259, p<0.05).
A highly significant negative association was noted between perceived antenatal social support (MSSS) and postpartum depression (r=-0.417 for BDI-II and r=0.610 for EPDS, p<0.01). These findings suggest that participants with elevated postpartum depression scores endorsed more beliefs about needing to be perfect and perceived their partner or family as less supportive during pregnancy.
Postpartum depression scores were not associated with age, marital status or whether the pregnancy was expected or planned in this sample. However, postpartum depression scores were associated with participants feeling less happy about their pregnancy (on the BDI-II- r = -.27, p<.05, on the EPDS -.33, p<.01). Participants with elevated postnatal depression scores were also more likely to have had a past history of emotional difficulties (t(59) = -2.78, p<.01) but this was only the case for the BDI-II.Table 3. Pearson’s correlations for antenatal maternal cognitions, perfectionistic beliefs, perceived social support and antenatal and postnatal depression (mostly n=61
|1. EPDS Time 1||1.00|
|2. BDI-II Time 1||.740**||1.00|
|3. PRBQ Time 1||0.005||-0.142||1.00|
|4. MPS Total Time 1||0.193||.311*||.325*||1.00|
|5. MPS Concern Time 1||0.227||.266*||.436**||.959**||1.00|
|6. MPS PS Time 1||0.244||.410**||0.146||.868**||.750**||1.00|
|7. MPS PE Time 1||0.027||0.209||.270*||.887**||.793**||.755**||1.00|
|8. MPS PC Time 1||0.134||.348**||0.138||.906**||.843**||.742**||.812**||1.00|
|9. MPS Doubting Time 1||0.176||0.094||.390**||.769**||.788**||.545**||.541**||.597**||1.00|
|10. MPS Organisation Time 1||0.125||-0.017||0.193||0.18||0.101||.358**||0.159||-0.011||.334**||1.00|
|11. MSSS Time 1||-0.141||-.417**||0.152||-.325*||-0.265||-.285*||-.302*||-.387**||-0.24||0.227||1.00|
|12. BDI-II Time 2||.477**||.588**||0.224||.339**||.338**||.323*||.268*||.259*||.291*||0.126||-.442**||1.00|
|13. EPDS Time 2||.661**||.610**||0.033||0.154||0.151||.267*||-0.002||0.005||.259*||.452**||-0.25||.656**||1.00|
|14. Feelings about finding out about pregnancy||.399**||-.352**||-0.052||-0.171||-0.252||-0.157||0.008||-0.143||-0.137||0.059||.294*||-.266*||-.330**||1.00|
|15. Extent to which pregnancy was planned/expected||0.116||0.1||.305*||0.005||0.088||-0.087||-0.044||-0.022||0.052||-0.074||-0.199||0.212||0.19||-.664**||1.00|
Prediction of Postpartum Depression
Linear regression analyses revealed that postpartum depression (using BDI-II) was not predicted by maternal age, marital status, educational status, employment status, financial status, number of children or whether the pregnancy was planned but feelings about the pregnancy and a history of emotional difficulties were predictive (as dichotomous variable). Of the psychological variables PRBQ scores did not predict postpartum depression, but perceptions of social support did so. Although all MPS subscales, except for organisation, predicted postpartum depression, only the MPS total scores were used in the hierarchical regression analysis because the sample size would only allow for a limited of variables to be entered.
Using the enter method at step one to control for the influence of antenatal depression (as measured by BDI-II at Time 1), a multiple hierarchical regression analysis was undertaken to explore the contribution of maternal beliefs (PRBQ), perfectionistic beliefs (MPS) and perceived social support (MSSS), to postpartum depression (BDI-II at Time 2). All other variables were entered using stepwise and these included participants’ happiness about the pregnancy and their past history of emotional difficulties.
As anticipated, at stage 1 antenatal depression contributed significantly to the regression model, F (1,53)=20.93, p<0.001, and accounted for 27% of the variance (see Table 4). The introduction of PRBQ explained an additional 15% of variation and this change in R2was significant, F (2,52)=20.71, p<0.001. The addition of MSSS explained a further 11%, F (3,51)=21.01, p<0.001. Finally, the addition of past history of emotional difficulties to the regression model explained an additional 4% and this change in R2 was also significant, F (4,50)=18.38, p<0.001). Perfectionism and feelings about the pregnancy (i.e., happiness) were not retained in the model. The final model accounted for 57% of the variance in postpartum depression scores.Table 4. Results of hierarchical multiple regression
|Unstandardized Coefficients||Standardized coefficients|
|Step||Variables entered/retained||Adjusted R2||R2 change from previous model||B||Std. Error||Beta||t||P (for t value)||F||df||p (for F value)|
|1||Antenatal BDI-II||0.27||0.27||0.49||0.11||0.53||4.58||<.001||20.93||1, 53||<.001|
|2||Antenatal BDI-II||0.42||0.15||0.53||0.1||0.58||5.55||<.001||20.71||2, 52||<.001|
|3||Antenatal BDI-II PRBQ MSSS total||0.52||0.11||0.39 0.05 -0.42||0.1 0 .01 0.12||0.42 0.44 -0.37||4.08 4.67 -3.53||<.001 <.001 <.01||21.01||3, 51||<.001|
|4||Antenatal BDI-II PRBQ MSSS total Past history of emotional difficulties||0.57||0.04||0.32 0.05 -0.37 1.95||0.1 0 .01 0.12 0.85||0.35 0.44 -0.33 0.23||3.29 4.83 -3.21 2.29||<.01 <.001 <.01 <.05||18.38||4, 50||<.001|
The current study found that postpartum depression scores were significantly associated with perfectionism and perceived social support. Contrary to our hypothesis, postpartum depression scores were not significantly associated with antenatal beliefs about motherhood despite this sample’s mean scores being higher than that of 191.1 reported by Moorhead and colleagues42. Thus, women who endorsed more symptoms on a depression self-report measure indicated to have had more beliefs about perfectionism and poorer social support from family and friends. We also noted an associated between how these women felt on first finding out about their pregnancy and subsequent postpartum depression scores. No associations were found for postpartum depression and maternal age, number of children or other socio-demographic factors.
Although antenatal beliefs about motherhood were not significantly associated with postpartum depression, this variable was included in the multiple hierarchical regression analysis, because variables may interact to cause an effect. When the influence of antenatal depression was accounted for, beliefs about motherhood were retained in the final model as the most important contributory predictive factor followed by perceived social support. These findings add additional weight to those reported by Sockol and colleagues33, 46 who used different self-report measures to assess maternal attitudes towards motherhood and social support in perinatal samples from the US. They highlighted that maternal attitudes or beliefs predicted depression over and above other dysfunctional beliefs. Perceived lack of social support has been demonstrated to be predictive of postpartum depression in our study as well as previous research.47 Consistent with previous research20, 45, 48, we also found a link between a history of emotional difficulties and postpartum depression, but this variable made the least contribution to our final regression model. Interestingly, beliefs about perfectionism were associated with postpartum depression but these were not retained in our model, nor were how the mothers felt about their pregnancy.
Although this study makes a significant contribution to the identification of modifiable risk factors in the development of postpartum depression, some limitations have to be acknowledged. The sample size was rather small, but the overall retention rate for this longitudinal study was excellent. We sought to overcome the recognised problem of a lack of socio-demographic diversity in health care research49, 50through recruitment from a large inner city maternity hospital serving a socially diverse perinatal population; however, the participants were generally well adjusted in terms of their backgrounds. As participants completed self-report questionnaires which they posted back, it was not possible to obtain a formal diagnosis of antenatal or postpartum depression. For this reason we opted to use the BDI-II as our main outcome measure instead of a screening measures for postpartum depression (e.g., EPDS but we decided to include EPDS scores to allow for comparison with other studies). Another strength is the fact that we used a stringent p-value for comparisons.
The findings of this study have several implications for health care providers and clinicians. Although NICE guidelines4 recommend assessments for the identification of women at risk of developing perinatal distress, health care professionals should focus on asking expectant mothers about their beliefs about motherhood and their perceived social support in addition to questions about past emotional difficulties. Furthermore, it would be advisable to explore women’s tendencies to endorse perfectionistic beliefs and how happy they felt about first finding out about their pregnancy. Our findings suggest that whether the pregnancy was expected or not does not affect the likelihood of a woman going on to develop postpartum depression, but if the woman was not happy about becoming pregnant (planned or otherwise), she might be at greater risk of depression postpartum. Health care providers could offer more appointments to these women at risk and if necessary, fast track them to additional psychiatric or psychological support. Sockol and colleagues33, 46 highlighted that many risk factors for postpartum depression are not necessarily easily modifiable (such as a past psychiatric history), whereas maternal beliefs and attitudes are. The fact that women’s beliefs about motherhood predict postpartum depression allows for the development of new psychological interventions or the refinement of existing ones, including cognitive behavioural therapy with its focus on challenging beliefs and cognitive biases4. Clinicians should clearly explore and address women’s feelings about their pregnancy in the context of their beliefs about motherhood. However, the assessment of maternal beliefs and/or attitudes about motherhood require further investigation so that better self-report measures can be developed. Future studies are also required to explore the psychometric properties of the PRBQ further. With 54 items the PRBQ is unnecessarily lengthy and not suitable as a screening measure in its current format; however, this study highlights the need to assess beliefs about motherhood in perinatal populations. Whilst the PRBQ was the most suitable measure at the time this study was initiated, the Attitudes Towards Motherhood Scale30 (AToM), with its focus on the evaluative aspect of maternal attitudes including expectations and experiences, appears to be another promising tool with good psychometric properties.33, 46 More longitudinal studies exploring the predictive validity of specific maternal cognitions and beliefs about motherhood in larger, more socially diverse samples of perinatal women are also warranted.
In conclusion, this longitudinal study offers valuable insights into the role that maternal beliefs about motherhood, perfectionism and perceived social support play in relation to postpartum depression.
The authors would like to express their thanks to all the women who volunteered to take part in this study.
- 1.O’Hara M W, McCabe J E. (2013) Postpartum depression: Current status and future directions. , Annu Rev Clin Psychol 9, 379-407.
- 2.Gavin N I, Gaynes B N, Lohr K N, Meltzer-Brody S, Gartlehner G et al. (2005) Perinatal depression: A systematic review of prevalence and incidence. , Obstets & Gynecol 106, 1071-1083.
- 3.Davé S, Petersen I, Sherr L, Nazareth I. (2010) Incidence of maternal and paternal depression in Primary Care. , Arch Pediatr Adolesc Med 164, 1038-1044.
- 4.(2014)National Institutefor Clinical Excellence Antenatal and postnatal mental health: clinical management and service guidance. London,National Institute for Clinical Excellence.
- 5.Robertson E, Grace S, Wallington T, Stewart D E. (2004) Antenatal risk factors for postpartum depression: a synthesis of recent literature. , Gen Hosp Psychiatry 26, 289-295.
- 7.Hendrick V, Altshulter L, Strouse T, Grosser S. (2000) Postpartum and nonpostpartum depression: Differences in presentation and response to pharmacologic treatment. , Depress Anxiety 11, 66-72.
- 8.Goodman J H. (2004) Postpartum depression beyond the early postpartum period. , J Obstet Gynecol Neonatal Nurs 33, 410-420.
- 9.Beck C T, Driscoll J W.Postpartum Mood and Anxiety Disorders: A Clinician’s Guide. London,Jones and Bartlett,2006.
- 10.Boath E H, Pryce A J, Cox J L. (1998) Postnatal depression: The impact on the family. , J Reprod Infant Psychol 16, 199-203.
- 12.Matthey S, Barnett B, Ungerer J, Walters B. (2000) Paternal and maternal depressed mood during the transition to parenthood. , J Affect Disord 60, 75-85.
- 13.Murray L, Fiori-Cowley A, Hooper R, Cooper P. (1996) The Impact of Postnatal depression and associated adversity on early mother-infant interactions and later infant outcome. , J Child Psychol Psychiatry 67, 2512-2526.
- 14.Teti D M, Gelfand D M.Maternal cognitions as mediators of child outcomes in the context of postpartum depression. In:L Murray& PJ Cooper(Eds.)Postpartum depression and child development (pp. 136-164).New York,Guilford Press,1997.
- 15.Martins C, Gaffan E A. (2000) Effects of early maternal depression on patterns of infant-mother attachment: A meta-analytic investigation. , J Child Psychol Psychiatry 41, 737-746.
- 16.Murray L, Sinclair D, Cooper P, Ducournau P, Turner P et al. (1999) The Socioemotional development of 5-year-old children of postnatal depressed mothers. , J Child Psychol Psychiatry 40, 1259-1271.
- 18.Boyce P. (1994) Personality dysfunction, marital problems and postnatal depression. In:J Cox & J Holden(Eds.) Perinatal Psychiatry: Uses and misuses of the Edinburgh Postnatal Depression Scale , London, Gaskell 82-102.
- 19.O’Hara M W.The nature of postpartum depressive disorders. In:L Murray & PJ Cooper(Eds.). Postpartum depression and child development. New York,The Guilford Press,1997.
- 20.O'Hara M W, Swain A M. (1996) Rates and risk of postpartum depression - a meta-analysis. Int Rev Psychiatry. 8, 37-54.
- 22.Ritter C, Hoboll S E, Lavin J, Cameron R P, Hulsizer M R. (2000) Stress, psychosocial resources and depressive symptomatology during pregnancy in low income, inner-city women. , Health Psychol 19, 576-585.
- 24.Cutrona C E, Troutman B. (1986) Social support, infant temperament and parenting self-efficacy: A mediational model of postpartum depression. , Child Dev 58, 1507-1518.
- 25.Hall P L, Wittkowski A. (2006) An exploration of negative thoughts as a normal phenomenon after childbirth. , J Midwifery Womens Health 51, 321-330.
- 26.Weissman A, Beck A. (1978) Development and validation of the Dysfunctional Attitudes Scale. Paper presented at the meeting of the Association for Advancement of Behavior Therapy. , Chicago
- 27.Gotlib I H, Whiffen V E, Wallace P M, Mount J H. (1991) Prospective investigation of postpartum depression: Factors involved in onset and recovery. , J Abnorm Psychol 100, 122-132.
- 28.Grazioli R, Terry D J. (2000) The role of cognitive vulnerability and stress in the prediction of postpartum depressive symptomatology. , Br J Clin Psychol 39, 329-347.
- 29.O'Hara M W, Rehm L P, Campbell S B. (1982) Predicting depressive symptomatology: Cognitive-behavioural models and postpartum depression. , J Abnorm Psychol 91, 457-461.
- 30.Warner R, Appleby L, Whitton A, Faragher B. (1997) Attitudes towards motherhood in postnatal depression: Development of the maternal attitudes questionnaire. , J Psychosom Res 43, 351-358.
- 31.Church N F, Brechman-Toussaint M L, Hine D W. (2005) Do dysfunctional cognitions mediate the relationship between risk factors and postnatal depression symptomatology? J Affect Disord. 87, 65-72.
- 32.Sockol L E. University of Pennsylvania, Philadelphia,2008Predicting depressive symptoms during pregnancy: integrating cognitive, coping and social perspectives. Master’s thesis.
- 33.Sockol L E, Epperson C N, Barber J P. (2014) The relationship between maternal attitudes and symptoms of depression and anxiety among pregnant and postpartum first-time mothers. Arch Womens Ment Health. 17, 199-212.
- 34.Cox J L, Holden J M, Sagovksy R. (1987) Detection of postnatal depression. Development of the 10-item Edinburgh Postnatal Depression Scale. , Br J Psychiatry 150, 782-786.
- 35.Guedeney N, Fermanian J, Guelfi J, Kumar R C. (2000) The EPDS and the detection of major depressive disorders in early postpartum; Some concerns about false negatives. , J Affect Disord 61, 107-112.
- 36.Edge D.What do Black Caribbean Women Think about screening with the EPDS? In:S. Elliott & C. Henshaw (Eds.). Screening for Perinatal Depression. London,Jessica Kingley Publishers,2005.
- 37.Cox J L, Chapman G, Murray D, Jones P.Validation of the Edinburgh Postnatal Depression Scale (EPDS) in non-postnatal women. , J Affect Disord 1996, 185-189.
- 38.Murray D, Cox J. (1990) Screening for depression during pregnancy with the Edinburgh Postnatal Depression Scale. , J Reprod Infant Psychol 8, 99-107.
- 40.Beck A T, Ward C H, Mendelson M, Mock J, Erbaugh J. (1961) An inventory for measuring depression. Arch Gen Psychiatry. 4, 561-571.
- 41.Boyd R C, HN Somberg R Le.Review of screening instruments for postpartum depression. , Arch Womens Mental Health 2005, 141-153.
- 42.SRJ Moorhead, Owens J, Scott J. (2003) Development and piloting of the pregnancy related beliefs questionnaire (PRBQ). , Behav Cogn Psychother 31, 207-213.
- 43.Frost R O, Marten P, Lahart C, Rosenblate R. (1990) The dimensions of perfectionism. , Cognit Ther Res 14, 449-468.
- 44.Mazzeo S E, Slof-Op’t Landt MCT, Jones I, Mitchell K, Kendler K S et al. (2006) Associations among Postpartum Depression, Eating Disorders, and Perfectionism in a Population-Based Sample of Adult Women. , Int J Eat Disord 39, 202-211.
- 45.Webster J, JWJ Linnane, Dibley L M, Hinson J K, Starrenburg S E et al. (2000) Measuring social support in pregnancy: Can it be simple and meaningful? Birth. 27, 97-101.
- 46.Sockol L E, Battle C L. (2015) Maternal attitudes, depression and anxiety in pregnant and postpartum multiparous women. Arch Womens Mental Health. 18, 585-593.
- 47.Brugha T S, Sharp H M, Cooper S A, Weisender C, Britto D et al. (1998) The Leicester 500 Project: Social Support and the development of postnatal depressive symptoms, a prospective cohort survey. Psychol Med. 28, 63-79.
- 48.Johnstone S J, Boyce P M, Hickey A R, Morris-Yates A D, Harris M G. (2001) Obstetric risk factors for postnatal depression in urban and rural community samples. , Aust NZ J Psychiatry 35, 69-74.
- 49.Woodall A, Morgan C, Sloan C, Howard L. (2010) Barriers to participation in mental health research: are there specific gender, ethnicity, and age related barriers? BMC Psychiatry. 10-103.
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