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Reducing the Medicalization of Maternal and Newborn Care. July 2013. Session Objectives. The objectives of this session are to: Introduce the concept of “medicalized” care Provide examples of maternal and newborn health (MNH) care practices that may be harmful or life-saving
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Reducing the Medicalization of Maternal and Newborn Care July 2013
Session Objectives The objectives of this session are to: • Introduce the concept of “medicalized” care • Provide examples of maternal and newborn health (MNH) care practices that may be harmful or life-saving • Provide examples of MNH care practices that are harmful • Provide evidence to support the harmfulness of these examples
What is Medicalized MNH Care? The routine use of practices during labor and childbirth that: • Are not evidence-based • Are unnecessary or unwarranted • Do not improve the health outcomes for mother or baby and may do harm • Shift power from woman to provider • Encourage technology or interventions without proven benefit
Symbols of a Medicalized Model:Technology • The body as a machine • Separation between the body and the mind • Pregnancy is a medical condition that needs to be controlled
Symbols of a Medicalized Model:Centered on the Professional Care Giver • Centered on the professional • Disempowerment of the woman
Symbols of a Medicalized Model: Woman without Companion
Symbols of a Medicalized Model:Family Unit Separated During Labor & Delivery
Practices that May Be Harmful or Life-Saving • Induction or augmentation of labor • Cesarean section • Episiotomy • Restricting food and fluid • Electronic fetal monitoring • Routine nasal suctioning of newborn
Practices That Are Harmful • Restricting ambulation/positions during labor and choice of birth position • Lack of companion/family during labor • Over-use of anesthesia/analgesia • Separation of mother and baby • Early cord clamping • Routine enema or shaving
Unnecessary/Uncontrolled Labor Induction & Augmentation Labor induction has been associated with: • More maternal interventions (epidural analgesia and cesarean section) • Increased PPH • Longer length of stay • Higher likelihood of non-reassuring fetal heart rate tracings; need for neonatal resuscitation (Glantz 2010, 2012)
WHO standard is 5-15% Data from 137 countries: 54 countries had CS rates of ˂10%; 69 countries showed rates of ≥15%. Global saving by reduction of CS rates to 15% was ±$2.32 billion; the cost to attain 10% CS rate was $432 million. Overuse of global resources Local and national savings Unnecessary Cesarean Sections (Gibbons 2012)
Unnecessary C-Sections (cont.) • Increasingly indications are subjective and non-clinical • Data for 106,546 births found rate of cesarean delivery was positively associated with: • Postpartum antibiotic treatment • Severe maternal morbidity and mortality • Increase in fetal mortality rates • Increase in babies admitted to neonatal intensive care • Rates of preterm delivery and neonatal mortality both rose at rates of C-S between 10% and 20% (Haberman 2013; Shah 2009; Boyle 2012; Villar 2006)
Unnecessary C-Sections (cont.) • Detrimental to births following C-section • Study: 10,684 women – 2,680 had prior C-S; 7,974 had prior VD • Patients having a prior C-S: • had more than a 2.5-fold risk of requiring blood transfusion • had nearly a 4-fold higher risk of admission to the ICU • were 1.5 times more likely to be readmitted to the hospital than those with a prior VD (Galyean 2009)
Unnecessary/Routine Episiotomies • Episiotomies can reduce maternal morbidity if they are restricted to specific indications rather than routinely • RCT of 2,606 births in 8 maternities found: • Anterior perineal trauma more common in the selective group • Severe perineal trauma, perineal pain, healing complications, and dehiscence were all less frequent in the selective group • In another study 14.3% of routine group had third- or fourth-degree perineal lacerations, compared to 6.8% in selective group (RR, 2.12; 95% confidence interval, 1.18-3.81) (Belizan 1993; Rodriquez 2008)
Restricting Food or Fluids in Labor • Unproven fear of aspiration if oral intake allowed • Allowing self-regulated intake of oral hydration and nutrition has been shown to help prevent ketosis and dehydration, and to reduce stress levels • Cochrane review (3,130 women) found no justification for restricting oral fluid or food during labor (Bulletin of ACNM 2008, Singata 2012)
Restricting Ambulation &Choice of Birth Position • Little data to show significant effect of positions on birth outcomes • Choice of labor and birth positions encourages a woman’s sense of control • Women who ambulated during the first stage of labor were less likely to have C-S, forceps or vacuum extraction(Albers, 1997)
Restricting Ambulation &Choice of Birth Position (cont.) • Women who assumed a nonsupine position for birth had fewer perineal injuries (Shorten, 2002; Soong, 2005; Terry, 2006), less vulvar edema, and less blood loss (Terry, 2006) • Women choosing nonsupine position for birth had shorter second stages, required less pain relief medication, and had fewer abnormal FHRs(Simkin 2002)
Unnecessary Electronic Fetal Monitoring Issues associated with using EFM: • Technology, maintenance and costs • Training – how to use, how to interpret • High inter- and intra-observer variability in interpretation of FHR tracing(ACOG 2009) • Lack of proven benefit of continuous EFM over intermittent auscultation in low-risk pregnancy (Cochrane 2013, ACOG 2009) • May restrict ambulation and positions during labor
Unnecessary EFM (cont.) Continuous EFM vs. intermittent auscultation associated with: • Increased rates of operative delivery (C-S, vacuum) • With resulting increased risks to mother • Reduction in neonatal seizures by 50%, but…. • No reduction in neonatal death, cerebral palsy, other significant neonatal morbidity • (Cochrane 2013, ACOG 2009)
Over-Use of Anesthesia/Analgesia • Epidural/Intrathecal anesthesia is associated with increased rates of transient fetal heart rate abnormalities (even higher when intrathecal opioids/narcotics used) • Newborns of women who receive intrathecal opioids/narcotics experience more difficulties initiating breastfeeding (Beilin, 2005; Jordan, 2005; Lieberman, 2002; Mardirosoff, 2002 Radzyminski, 2003, 2005)
Over-Use of Anesthesia/Analgesia (cont.) Compared with women using no pain medication or exclusively opioid pain medication during labor, women having epidurals have increased risk for: • Longer first-stage labor(Alexander, 2002; Lieberman, 2002; Sharma, 2004) • Longer second-stage labor(Alexander, 2002; Anim-Somuah, 2006; Feinstein, 2002; Lieberman, 2002; Liu, 2004; Sharma, 2004) • Third- and fourth-degree tears associated with the increased incidence of instrumental vaginal deliveries(Lieberman, 2002) • Fetal distress(Anim-Somuah, 2006; Liu, 2004)
Separation of Mother & Baby • Eliminating or minimizing separation for procedures whenever possible reduces distress in healthy infants and mothers (Anderson, 2003; Gray, 2000; Klaus, 1998) • Minimizing separation during the hospital stay increases breastfeeding initiation and duration in mothers with healthy infants (Anderson, 2003; Klaus, 1998)
Separation of Mother & Baby (cont.) • Touching, holding, and caring for healthy, sick or premature infants or infants with congenital problems enhances attachment between mothers and babies (Charpak, 2001; DiMatteo, 1996; Feldman, 1999; Klaus, 1998; Rowe-Murray, 2001; Schroeder, 2006; Tessier, 1998) • Eliminating or minimizing separation for procedures whenever possible reduces distress in sick or premature infants, infants with congenital problems, and mothers (Feldman, 1999; Klaus, 1998)
Unnecessary Nasal Suctioning of Newborn Literature search of 41 articles found no benefit from routine suctioning. Search found suctioning was associated with: • perturbations in heart rate, • apnea, and • delays in achieving normal oxygen saturations. Based on the currently available literature, routine suctioning is more likely to cause harm than good Velaphi 2008
Early Cord Clamping – Term Infant • Evidence has problems with definitions, i.e. “early” vs “late” • In 11 trials of 2989 mothers and their babies, Cochrane review found: • No significant differences for PPH (CI 0.96 to 1.55) • Increased need in infants for phototherapy for jaundice (CI 0.38 to 0.92 in the late compared with early clamping group • Increase in newborn haemoglobin levels in the late cord clamping group compared with early cord clamping (CI 0.28 to 4.06), although this effect did not persist past six months. • Infant ferritin levels remained higher in the late clamping group than the early clamping group at six months McDonald 2008
Early Cord Clamping – Premature Infants In premature infants, Cochrane review found that early (within seconds) vs delayed (30-180 seconds) was associated with: • fewer infants requiring transfusions for anaemia (RR 0.61, 95% confidence interval (CI) 0.46 to 0.81), • less intraventricularhaemorrhage (RR 0.59, 95% CI 0.41 to 0.85) • lower risk for necrotisingenterocolitis (RR 0.62, 95% CI 0.43 to 0.90) compared with immediate clamping • Peak bilirubin concentration was higher for infants allocated to delayed cord clamping compared with immediate clamping (95% CI 5.62 to 24.40) Rabe 2012
Respectful Maternal & Newborn Care Respectful care demonstrates: • Respect for a woman’s rights, choices, and dignity • Care that “does no harm”