Colleen Fulton1, Kathrin Stoll2, Dana Thordarson3. 1. Midwifery Program, Faculty of Medicine, Suite 320 - 5950 University Boulevard, Vancouver, BC, Canada V6T 1Z3. Electronic address: colleenfulton@me.com. 2. School of Population & Public Health and Division of Midwifery, Faculty of Medicine, University of British Columbia, 2206 East Mall, Vancouver, BC, Canada V6T 1Z3. Electronic address: kstoll@alumni.ubc.ca. 3. Midwifery Program, Faculty of Medicine, Suite 320 - 5950 University Boulevard, Vancouver, BC, Canada V6T 1Z3. Electronic address: dana.thordarson@midwifery.ubc.ca.
Abstract
CONTEXT: level 1 evidence supports the practice of delayed cord clamping, and many doctors and midwives consider it routine care when delivering vigorous, term neonates. However, scarce research exists regarding the risks or benefits of delayed cord clamping for infants needing resuscitation with positive pressure ventilation. Nonetheless, some midwives in British Columbia already practice intact cord resuscitation (ICR) at planned home births and in the hospital in order to facilitate delayed cord clamping for infants who need resuscitation. METHODS: we distributed an online survey to all registered midwives in British Columbia through the Midwives Association of BC between October 22nd and November 13th, 2014. This survey examined how midwives balance a commitment to delayed cord clamping with the need for resuscitation in home and hospital settings. FINDINGS: a total of 82 midwives responded to the survey (response rate=35%). Many have practiced ICR (56, 69%). However, the majority (42, 78%) of respondents had only performed this type of resuscitation at planned home births and not in the hospital setting. In both settings, midwives found the ergonomics of resuscitation with an intact cord challenging, but cited a smoother physiologic transition for neonates as their primary reasons for this practice, despite the obstacles. Midwives reported a greater ability to use their delivery equipment to provide stable thermoregulation at the bedside at planned home births during a resuscitation compared with the set up of hospital delivery rooms. CONCLUSION: although the majority of participants practice ICR at planned home births, very few use this practice in the hospital setting. In the home, ergonomics is the primary obstacle for easily practicing ICR; hospital culture, protocols and lack of training are additional barriers to this practice in the hospital setting. Ergonomics and lack of appropriate set up in the delivery room were also primary obstacles. Midwives expressed a desire to find ways to incorporate ICR into the hospital setting.
CONTEXT: level 1 evidence supports the practice of delayed cord clamping, and many doctors and midwives consider it routine care when delivering vigorous, term neonates. However, scarce research exists regarding the risks or benefits of delayed cord clamping for infants needing resuscitation with positive pressure ventilation. Nonetheless, some midwives in British Columbia already practice intact cord resuscitation (ICR) at planned home births and in the hospital in order to facilitate delayed cord clamping for infants who need resuscitation. METHODS: we distributed an online survey to all registered midwives in British Columbia through the Midwives Association of BC between October 22nd and November 13th, 2014. This survey examined how midwives balance a commitment to delayed cord clamping with the need for resuscitation in home and hospital settings. FINDINGS: a total of 82 midwives responded to the survey (response rate=35%). Many have practiced ICR (56, 69%). However, the majority (42, 78%) of respondents had only performed this type of resuscitation at planned home births and not in the hospital setting. In both settings, midwives found the ergonomics of resuscitation with an intact cord challenging, but cited a smoother physiologic transition for neonates as their primary reasons for this practice, despite the obstacles. Midwives reported a greater ability to use their delivery equipment to provide stable thermoregulation at the bedside at planned home births during a resuscitation compared with the set up of hospital delivery rooms. CONCLUSION: although the majority of participants practice ICR at planned home births, very few use this practice in the hospital setting. In the home, ergonomics is the primary obstacle for easily practicing ICR; hospital culture, protocols and lack of training are additional barriers to this practice in the hospital setting. Ergonomics and lack of appropriate set up in the delivery room were also primary obstacles. Midwives expressed a desire to find ways to incorporate ICR into the hospital setting.