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460
L. Orsolini et al.
Finally, the use of benzodiazepines during pregnancy could be necessary in the management of alcohol withdrawal syndrome (AWS) in those pregnant women who abruptly stopped alcohol consumption during the perinatal period. AWS is a com­mon medical condition with varying presentation from mild hangover to life­threatening seizures, and delirium tremens (Amato etal. 2011). The impact of AWS during the prenatal and postpartum periods remains largely unexplored (Bhat and Hadley 2015; McDonald etal. 2018). At-risk pregnant women require diligent mon­itoring, preventive strategies and specialized care to mitigate effects due to AWS in pregnancy. The rst recommendation should provide early and routine screening for alcohol use in pregnancy to identify high-risk women before the onset of severe AWS. The second step should include to offer timely and effective treatment to manage AWS and mitigate associated risks. Ongoing monitoring of both maternal health and fetal development is crucial to detect complications early, allowing for interventions that can prevent more severe outcomes for both mother and child, including benzodiazepine therapy (Meng etal. 2024).

21.8 Conclusions

Overall, alcohol is a known teratogen, and its use during pregnancy results in a set of severe and complicated detrimental physical, psychological, and cognitive out­comes. In fact, alcohol intake during pregnancy is associated with an increased risk of miscarriage, preterm birth, stillbirth and sudden infant death syndrome (SIDS) as well as it may determine the onset of a range of lifelong behavioural, intellectual and physical disabilities (i.e., ‘fetal alcohol spectrum disorders’ [FASDs]) (CDC
2024). To date, literature supports that there is no safe time for alcohol use during
pregnancy nor there is no known safe amount of alcohol use during pregnancy (CDC 2024).
A multi-step preventive and treatment approach could be effective in managing and in improving harm reduction strategies among pregnant and/or breastfeeding women with AUD.A rst step should be an educational and informational approach, including preventive interventions addressed to general population and all pregnant women (Primary prevention). A second step should include a screening approach in order to identify at-risk women before the conception among those who desire to plan a pregnancy, in order to provide all detailed information and preventive strate­gies to manage the potential occurrence and maintenance of an AUD and/or alcohol intake during pregnancy. A third step should include to promptly identify and screen all pregnant women at-risk for alcohol intake. All conditions associated with any amount of alcohol intake during pregnancy and/or lactation periods should be con­sidered potentially risky for the development of AUD and for the occurrence of detrimental maternal, fetal and newborns’ detrimental outcomes. Alcohol should be recommended to be discontinued at any dosage and/or alcohol pattern intake at all.
Regarding the pharmacological management of AUD in pregnancy and breast­feeding, there are not conclusive and reassuring clinical guidelines. A nonpharma­cological approach should be always associated and prioritized over the
21 Alcohol Use Disorders
461
pharmacological approach, except for the management of AWS during pregnancy. All psychosocial interventions addressed to alcohol harm reduction, counselling and motivational approach to discontinue alcohol intake and a psychotherapeutic approach should be preferred. Based on the currently available data, and the known teratogenic effects of alcohol exposure, naltrexone would likely be the rst medica­tion to be considered in the treatment of AUD in pregnancy. Other approved and/or not-ofcially approved medications should not be recommended due to limited data on their safety and efcacy in pregnancy for the fetus. Regarding breastfeeding and use of pharmacological drugs for AUD also require an individualized discussion with the woman and the infant’s paediatrician in balancing the benets of breast­feeding and potential harms of exposure to medication in breastmilk.

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L. Orsolini et al.

Substance Use Disorders

22
LauraOrsolini, GiuliaFrancesconi, RosaVolgare, FabrizioSchifano, andUmbertoVolpe

22.1 Introduction

Epidemiological studies report that substance use disorders (SUDs) are a growing public and health concern, broadly spanning into all stages of life. The Diagnostic and Statistical Manual of Mental Disorders in its fth edition, revised (DSM-5-TR) denes SUD as a cluster of cognitive, behavioural and physiological symptoms indicating that the individual persists in using the substance despite signicant sub­stance-related issues (APA 2022). According to the 2020 National Survey of Substance Abuse and Mental Health Services Administration (SAMHSA), SUD during pregnancy is dramatically increasing among women of childbearing age, having been reported use of an illicit drug, tobacco or alcohol in the past month in some 8–11% of pregnant women (SAMHSA 2020). In the USA, 15.4% of women reported to use illicit drugs, being younger women (aged 18–29) those with the highest risk (Pacho etal. 2023). Among women, substances are more commonly misused and/or abused for weight control, pain management, and as a self­medication strategy for managing mental health issues (Pacho etal. 2023; Pentecost etal. 2021). Substance use during pregnancy affects 15% of newborns, causing serious maternal and neonatal health risks like miscarriage, birth defects, and with­drawal symptoms in infants (Pacho etal. 2023; Pentecost et al. 2021). Overall, perinatal substance use was reported to be less prevalent among women in later trimesters, with lower odds of past-month substance use observed in the second
L. Orsolini (*) · G. Francesconi · R. Volgare · U. Volpe Unit of Clinical Psychiatry, Department of Experimental and Clinical Medicine (DIMSC), Polytechnic University of Marche, Ancona, Italy e-mail: l.orsolini@staff.univpm.it
F. Schifano Psychopharmacology, Drug Misuse and Novel Psychoactive Substances Research Unit, School of Life and Medical Sciences, Hateld, UK
© The Author(s), under exclusive license to Springer Nature Switzerland AG 2025 F. Uguz, L. Orsolini (eds.), Perinatal Psychopharmacology,
https://doi.org/10.1007/978-3-031-99720-4_22
467
468
trimester across tobacco and marijuana (Odds Ratios [ORs]= 0.29–0.47), when compared to rst trimester of pregnancy (Peltier etal. 2022). A similar lower rate was observed in the third trimester compared to the rst trimester, across tobacco and marijuana use, as well as cocaine, prescription pain medication and tranquilizer use (ORs=0.02–0.42). Conversely, polysubstance use was lower among women in their second and third trimesters compared to their rst trimester (ORs=0.09–0.46) (Peltier etal. 2022).
However, despite the relatively signicant prevalence of SUD in women of reproductive age, there are still limited data to draw denitive conclusions on the impact of SUDs on pregnancy, foetal and postpartum outcomes, including insights on the short- and long-term impact of a foetal and/or neonatal exposure to sub­stances of abuse. Furthermore, the situation could be complicated by the type of the clinical population under investigation, as pregnant women may present with a comorbidity of a pre-existing and/or a subclinical psychiatric condition, reported in up to 60–72% of cases among SUD individuals; this could act as a confounding variable when interpreting clinical data on pregnancy and foetal outcomes (SAMHSA 2020). In addition, a comorbid psychiatric condition has been associ­ated with a high risk for polysubstance consumption (Kandel etal. 2001). On the other hand, SUDs could be a direct or indirect consequence of a previous and/or a current history of a physical/sexual abuse, as a sort of coping strategy to manage negative affective situations or to normalize dysregulated emotional states. The abovementioned concurrent conditions could also determine detrimental foetal and/ or neonatal outcomes, by acting as confounder determinants as well. Beyond the concurrent mental conditions, in the management of a pregnant/puerperal woman clinicians should also evaluate the potential psychological consequences for the newborn in being exposed to a nursing SUD woman (e.g., poor parenting, failure to thrive, child neglect, child abuse, abandonment and so forth).
L. Orsolini et al.
22.2 Tobacco, Caffeine andTea Intake During
thePerinatal Period
A global estimate reported that up to 30–53% of women who are daily smokers continue with their nicotine intake during their pregnancy (Lange etal. 2018; Puga etal. 2024). Tobacco exposure has been reported to be highly prevalent particularly during the rst trimester of pregnancy (e.g., at around 22.9%), followed by the third (15.3%) and the second (14.3%) trimester (National Survey on Drug Use and Health
2007). Moreover, despite many women quitting tobacco consumption once preg-
nant, a substantial number tend to restart their habit post-delivery (Bushi etal.
2024). Smoking rates among SUD women in the perinatal period are inuenced and
perpetuated by a set of psychosocial challenges such as stigma, concurrent mental conditions, traumatic history, intimate partner violence and child protection issues (Jackson etal. 2022). Tobacco smoking may negatively impact on pregnancy out­comes. Yuan etal. (2021) identied tobacco among those risk factors implicated in early pregnancy termination, in being associated with dysfunctional placental
22 Substance Use Disorders
469
development, placental abruption (Odds Ratio [OR]=1.80) and placenta praevia (OR=1.42). Tobacco smoking has been associated with higher rates of stillbirth (50%), neonatal death (22%), and perinatal death (33%) (Yuan etal. 2021). In par­ticular, tobacco exposure has been supposed to determine epigenetic changes that affect gene expression and contribute to offspring health issues (Gould etal. 2020). Tobacco exposure during intrauterine life appears to double the risk of intrauterine growth issues, low birth weight, as well as increasing the risk of both spina bida (OR=1.55) and cleft lip/palate syndrome (OR=1.36), up to 10–30% (Gould etal.
2020; Bushi etal. 2024). Maternal smoking during pregnancy has been associated
with abnormal development of the central nervous system (Honein etal. 2001) and behavioural problems in the offspring (Haustein 1999; Wakschlag et al. 2002). Evidence-based management strategies of tobacco cessation treatments in preg­nancy include nicotine replacement therapy (NRT), contingency management (CM), and behavioural counselling, despite limited evidence of their effectiveness in the perinatal period (Jackson etal. 2022). A recent systematic review identied 3 studies using CM, 5 studies investigating behavioural counselling and one offering NRT, with most of these studies however being methodologically weak or of low quality. Furthermore, some studies reported a growth in e-cigarette usage among expecting mothers, with around 7% of pregnant women who turn to e-cigarettes during their pregnancy, and a signicant 45% of them who believe that e-cigarette could represent a safer alternative than traditional cigarettes and that could aid in either quitting or reducing their smoking habits during pregnancy (Kapaya etal.
2019; Siu etal. 2015). A recent meta-analysis indicated an overall prevalence of
4.6% for dual users of tobacco smoking and e-cigarette use in pregnant women, with subgroup analyses showing a prevalence of 4.9% for the USA and 8.1% for the UK (Bushi etal. 2024). However, although e-cigarettes do not contain tobacco, the vapour inhaled by the user often contains nicotine and is therefore considered a tobacco product by some organizations, including the U.S. Food and Drug Administration (FDA) (Havard et al. 2022) and hence not considered safe to use during pregnancy (U.S.Centers for Disease Control and Prevention 2010). In fact, studies reported that offspring born to mothers exposed to e-cigarettes might face a range of neonatal adverse effects, including neurodevelopmental challenges, com­promised lung growth, elevated inammatory markers and oxidative stress, as well as reductions in crown-rump length and overall foetal weight (Bushi etal. 2024).
Caffeine has been reported to be consumed by around 75–93% of pregnant women (Frary etal. 2005; Kaiser and Allen 2008). Caffeine is a central nervous system stimulant that can also cross the placenta during pregnancy. During preg­nancy, caffeine clearance substantially decreases by potentially increasing its effect in the pregnant woman and her foetus. Observational studies suggested that exces­sive caffeine intake can be associated with growth restriction, low birth weight, preterm birth, miscarriage or stillbirth, and childhood obesity (Greenwood etal.
2014; Wikoff etal. 2017; Arabzadeh etal. 2024). Moreover, caffeine during preg-
nancy has been associated with an increase in heart rate and blood pressure for the mother (Arafa etal. 2024). In fact, caffeine exerts its effects by antagonizing ade­nosine receptors in the central nervous system and peripheral tissues, resulting in