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Because… A Poem Honoring Cesarean Awareness Month

April 9th, 2015 by avatar

CAM 2015 GBWCGiving Birth with Confidence is the sister blog to Science & Sensibility, Lamaze International and is geared for parents and new families.  Cara Terreri, ( you may remember Cara, we followed her journey to becoming an LCCE) has been the Community Manager there since the blog was first established in 2008.  I always point the families in my classes to Giving Birth with Confidence because I know that they will find evidence based information along with great inspiration to push for a safe and healthy birth.

Cara recently wrote and published a poem on Giving Birth With Confidence to commemorate Cesarean Awareness Month (April), and it really spoke to me.  Since April is also National Poetry Month, I wanted to share her poem with you, in hopes that you might pass on and share with the families you work with.  Because 1 in 3 is too many.

Because…

1 in 3 is too many

Recovery is hard

My birth was still a birth

I want to have a VBAC

My scar still hurts

I was separated from my baby

My doula supported me in the OR

I didn’t have a choice

I got to experience skin to skin with my baby right away

I made the choice this time

I wish I would have known

I feel cheated

My doctor never told me this could happen

It’s going to be OK

My sister said this was easier anyway

My midwife made the right decision to transfer to the hospital

Friends told me at least I had a healthy baby

I have postpartum depression

It was the best decision for my birth

My husband has scars too

I’m embarrassed

My doula wasn’t allowed back into the OR

I failed the one thing I’m supposed to be able to do as a woman

My mom had one too; I guess it was meant to happen

I know my doctor helped me make the best decision

I want more for my daughter

I am a source of courage and support for others who have gone before me and those who will go after me

I did the best that I could with the knowledge I had at the time

I’m doing better now

My baby is beautiful

My body is strong

I am resilient

My birth matters

By Cara Terreri

cara headshot

 

Cesarean Birth, Childbirth Education, Depression, Giving Birth with Confidence, Guest Posts, Infant Attachment, Newborns , , , , , ,

Too Bad We Can’t Just “Ban” Accreta – The Downstream Consequences of VBAC Bans

April 2nd, 2015 by avatar

April is Cesarean Awareness Month (CAM), and throughout the month, Science & Sensibility will be covering issues that are directly related to the number of cesareans (1,284,339 in 2013) performed every year in the United States.  To start our CAM series off, Jen Kamel, founder of VBACFacts.com, shares important information about placenta accreta.  Tomorrow, April 3rd, is the Hope for Accreta Awareness National Blood Drive, as part of the 30 Day Hope for Accreta Challenge sponsored by the Hope for Accreta nonprofit that provides consumer information and offers support to families affected by placenta accreta. – Sharon Muza, Community Manager, Science & Sensibility

cam lamaze 2015Even though the American College of Obstetricians and Gynecologists (ACOG) and the National Institutes of Health (NIH) have described vaginal birth after cesarean (VBAC) as a safe, reasonable, and appropriate option for most women, VBAC bans (hospital or practice wide mandates that requires repeat cesareans for all women with a prior cesarean) remain in force in almost half of American hospitals. It’s true that scheduled repeat cesareans almost always successfully circumvent the most publicized risk of VBAC (uterine rupture) by virtually eliminating its incidence and for this reason, many people celebrate and credit the repeat cesarean section for resulting in a good outcome for mother and baby. But what most people do not consider is that VBAC bans translate into mandatory repeat cesareans, and those surgeries expose women and babies to a condition far more life-threatening and difficult to treat than uterine rupture: placenta accreta.

Photo Credit: http://fetalsono.com/teachfiles/PlacAcc.lasso

Photo Credit: http://fetalsono.com/teachfiles/PlacAcc.lasso

Placenta accreta occurs when a placenta abnormally attaches to (accreta), in (increta), or through (percreta) the uterine wall. No one knows exactly why some women develop accreta other than there is some abnormality in the area where the fertilized egg implants (Heller, 2013). Anyone who has had a prior surgery on her uterus is at a substantially increased risk of accreta and, as it happens, cesarean section is the most common surgery in the United States (Guise, 2010). In fact, the rate of accreta has grown along with the rate of cesarean surgery: from 1 in 4,027 pregnancies in the 1970s, to 1 in 2,510 pregnancies in the 1980s, to 1 in 533 from 1982-2002 (American College of Obstetricians and Gynecologists [ACOG], 2012). That rate escalates to 1 in 323 among women with a prior uterine surgery and the risk rises at a statistically significant rate with each additional cesarean section (Silver, Landon, Rouse, & Leveno, 2006).

Up to seven percent of women with accreta will die from it (ACOG, 2012). After the baby is born, the placenta does not detach normally, causing bleeding, which can’t be stopped before the doctors are able to either surgically remove the placenta or perform an emergency cesarean hysterectomy. Babies die from accreta due to the very high rate of preterm delivery associated with accreta. In fact, 43% of accreta babies weigh less than 5.5 lbs (2,500 gm.) upon delivery (Eshkoli, Weintraub, Sergienko, & Sheiner, 2013). Accreta is not a routine complication. Accreta is serious.

As Silver (2006) points out, the risk of accreta after two cesareans (0.57%) is greater than the risk of uterine rupture after one prior low transverse cesarean during a non-induced/augmented planned VBAC (0.4%) (Landon, Hauth, & Leveno, 2004). In other words, women are literally exchanging the risk of uterine rupture in a current pregnancy for the more serious risk of accreta in future pregnancies. This poses a striking public health issue when you combine what the CDC (2012) has reported for numbers of unintended pregnancies–49%–and the lack of access to vaginal birth after cesarean: over half a million repeat cesareans every year, resulting in higher rates of accreta.

Yet due to the nonmedical factors that inhibit access to VBAC and influence how the risks and benefits of post-cesarean birth options are communicated to the public, women are rarely informed of these risks in a transparent and straightforward way. Additionally, it can be very difficult for the woman to obtain social support when confusion and fear about giving birth after cesarean remains the norm.

Given all this, providers are ethically obligated to inform patients of the future implications of their current mode of delivery. However, it can be especially difficult for providers working within the political climate of a hospital where VBAC is banned to frankly inform their patients of this reality. How can providers clearly explain to women the risks and benefits of their options, with VBAC as a viable option, when they do not offer that option at the facility? Such a situation could even result in professional ramifications for the provider, like revocation of hospital privileges. Additionally, some providers do not offer VBAC, “not because of an explicit hospital policy against it, but because [they] were unwilling to stay in the hospital with a woman attempting [a planned VBAC]” (Barger, Dunn, Bearman, DeLain, & Gates, 2013).

It is for this reason that some argue that VBAC bans create a conflict of interest among providers (ACOG, 2011; Charles, 2012). On one hand, they are bound by ethical obligations to the patient’s well-being, respect for patient autonomy, and support of an informed decision-making process. But these obligations are threatened by financial and professional ties to the hospital.

ACOG stresses throughout their guidelines and committee opinions that informed consent and patient autonomy are paramount (ACOG, 2011). They share how obstetrics should be moving from a paternalistic system to a more collaborative model (ACOG, 2013). They acknowledge that women should be allowed to accept increased levels of risk (ACOG, 2010). They assert how there is no “right” or “wrong” answer, only what is right or wrong for a specific woman (ACOG, 2010). And they are clear that restrictive VBAC policies cannot be used to force women to have a repeat cesarean or to deny a woman care during active labor (ACOG, 2010).

Yet, with 48% of women interested in the option of VBAC, 46% of them cannot find a provider or facility to attend their VBAC (Declercq, Sakala, Corry, Applebaum, & Herrlick, 2013). Only 10% of U.S. women have a vaginal birth after cesarean, as opposed to another cesarean (National Center for Health Statistics, 2013). Barriers to VBAC remain firm.

Those barriers often include one-sided counseling to women of the risk of uterine rupture in a VBAC. Rarely are they told of the complication rates of accreta, which are higher across several measures. This is true when we look at maternal mortality (7% vs. 0%) (ACOG, 2012; Guise, et al., 2010), blood transfusion (54% vs. 12%) (Eshkoli, Weintraub, Sergienko, & Sheiner, 2013; Barger, et al., 2012), cesarean hysterectomy (20-70% vs. 6%) (Eshkoli, Weintraub, Sergienko, & Sheiner, 2013; Barger, et al., 2012), and maternal ventilation (14% vs. 3%) (Eshkoli, Weintraub, Sergienko, & Sheiner, 2013; Barger, et al., 2012). Further, 5.8% of accreta babies will die within the first week of life (Eshkoli, Weintraub, Sergienko, & Sheiner, 2013) in comparison to 2.8 – 6.2% of uterine rupture babies (Guise, et al., 2010).

Accreta results in higher rates of mortality and morbidity because it requires a complex response which most hospitals are not equipped to provide. A 2012 study advises, “Treatment of placenta accreta is best accomplished in centers that have the expertise to handle the management, which involves multiple disciplines, including blood bank, interventional radiology, anesthesia, and surgical expertise, gynecologic oncology, urology, or obstetric subspecialty expertise” (Heller, 2013).

It ís worth noting that uterine rupture does not require this level of response in order to generate a good outcome. As Aaron Caughey, OB-GYN and Chairman of the Department of Obstetrics and Gynecology at Oregon Health & Science University in Portland explains, “From an obstetrician standpoint, there are no particular special skills to managing a VBAC. Even in an emergency situation, we all have the surgical skills to deal with it” (Reddy, 2014).

Because some hospitals are not equipped to manage an accreta, some women who are diagnosed prenatally find themselves traveling hundreds of miles away from their family in order to deliver with accreta specialists.

At 19 weeks pregnant, Dawn was diagnosed with percreta, the most severe form of accreta where the placenta goes through the uterine wall and attaches to other structures in the abdominal cavity. She had nine prior pregnancies. Dawn was among the 93% of women who were never informed of the risks of accreta when she was pregnant after her first, second, or third cesarean (Kamel, 2014). All she heard were the dangers of VBAC. Thus, she had three cesareans.

Mother after cesarean hysterectomy in ICU. © Dawn Johnson-Baranski

When she got pregnant again, she heard the word accreta for the first time upon her diagnosis as is the case in 59% of women diagnosed with accreta (Kamel, 2014). Dawn ultimately traveled from her home in rural Virginia to Houston, Texas, at 27 weeks pregnant, to the Fox-Texas Children’s Pavilion for Women, an accreta specialty center. Due to complications related to her precreta, her son was delivered by cesarean hysterectomy at 33 weeks. Her son spent 19 days in the NICU before they could return back home to Virginia (personal communication, March 30, 2014).

It’s because accreta is so dangerous, complex to treat, and unknown to the general public, that professionals and researchers are sounding the alarm about the risk exchange that happens when repeat cesarean is chosen (or forced) over VBAC. As Dr. Elliot Main, Medical Director of the California Maternal Quality Care Collaborative, cautions, “In California, we are seeing a lot of hysterectomies, accretas, and significant blood loss due to multiple prior cesareans. Probably the biggest risk of the first cesarean is the repeat cesarean” (Main, 2013). (The state of California has a 9% VBAC rate, just a point below the national rate) (State of California Office of Statewide Health Planning and Development, 2013). A 2009 study from the Netherlands advises, “Ultimately, the best prevention [of uterine rupture] is primary prevention, i.e. reducing the primary caesarean delivery rate. The obstetrician who decides to perform a caesarean has a joint responsibility for the late consequences of that decision, including uterine rupture” (Zwart, et al., 2009). And a 2012 study warns, “Because cesarean delivery now accounts for about one-third of all deliveries in the United States, rates of abnormal placentation and subsequent hysterectomy will likely continue to rise” (Bateman, Mhyre, Callaghan, & Kuklina, 2012). By reducing the primary cesarean rate and increasing access to VBAC, we could also reduce the incidence of accreta, cesarean hysterectomy, and hemorrhage.

Following multiple uterine rupture lawsuits in the 1990s, some hospitals crafted their restrictive VBAC policies around litigation fears. However, the concern over lawsuits resulting from “VBAC gone wrong” may soon be overshadowed by the worry of being sued when women or babies die from accreta, after failing to adequately respond to this dangerous condition and/or denying access to VBAC (Associated Press, 2013; Children to sue hospital over death of mother, n.d.). This will certainly become the case as the public becomes more aware of the connection between VBAC bans, cesareans, and accreta.

It could also become a public relations nightmare as Americans begin to realize that litigation fears–not patient safety, drive hospital policy. This becomes more likely as more women are diagnosed with accreta.

As mothers are the ones who carry the risk of either uterine rupture or accreta, shouldn’t they be the ones deciding which set of risks are tolerable to them? As ACOG (2010) says, “the ultimate decision to undergo [planned VBAC] or a repeat cesarean delivery should be made by the patient in consultation with her health care provider” –  not by hospital administrators, malpractice insurance companies, or providers who simply don’t want to deal with VBAC.

As Dr. Howard Minkoff (2010) shared at the 2010 NIH VBAC Conference, “We should be starting with a sense of what’s the best interest of the mother. Unfortunately, the decision here is not always who are better equipped, it’s more like who are willing. There are a lot of hospitals that are quite capable of providing VBACs but exercise an option not to do it particularly if there’s someone nearby that will take that on for them.”

Hospitals around the country, and particularly those that are located in areas where VBAC bans mean that all women have repeat cesareans, are seeing and will continue to see increasing numbers of accreta. They have no choice but to manage it – which can be especially problematic for smaller facilities in rural areas that don’t offer the sophisticated response accreta requires.

But motivation remains the driving factor in hospital VBAC policy even in rural hospitals. Take the five small community hospitals in New Mexico that serve the Navajo Nation. As Dr. Jean Howe (2010), their Chief Clinical Consultant for Obstetrics, shared at the 2010 NIH Conference, these rural facilities collectively deliver 3,000 babies each year and maintain a 15% cesarean rate and a 38% VBAC rate. Numbers like that just don’t happen. They are the result of motivated administrators, providers, and patients who want VBAC to be an option at their facility.

The bottom line is, VBAC bans simply delay risk. The sooner hospital administrators and the American public realize this, the sooner we can mobilize–reducing future risks of accreta by making VBAC a viable option in more hospitals. It is one thing for a woman to knowingly plan a repeat cesarean understanding this risk. That is her choice as both VBAC and repeat cesarean come with risk. However, it is unconscionable when a woman is not presented with her options and she develops accreta in a subsequent pregnancy.

As the American public becomes more aware of the serious risks associated with repeat cesarean, will more providers and facilities be sued as a result of accreta-related complications and death? Will it have to come to fear of litigation, again, in order for hospitals to throw aside their current VBAC bans, listen to what the NIH, ACOG, and the medical research has to say; to create an environment that is supportive of VBAC, respect a mother’s right to make her own medical decisions, and prepare accreta-response protocols?

Women are entitled to understand what that first cesarean means in terms of their future birth options and their long term health. Consumers and providers should work with hospital administration to reverse VBAC bans, review current VBAC policies to insure they are aligned with national guidelines and evidence, and improve response times for obstetrical emergencies through team training and drills (Cornthwaite, Edwards, & Siassakos, 2013). Providers should have frank conversations with patients about the immediate and long-term risks and benefits of their options within the context of intended family size, acknowledging that sometimes the stork delivers when you’re not expecting it. This is about administrators, providers, professionals, and consumers working together for better processes and healthier outcomes. Let’s get to work.

References

American College of Obstetricians and Gynecologists. (2010, August). Practice Bulletin No. 115: Vaginal Birth After Previous Cesarean Delivery. Obstetrics & Gynecology, 116(2), 450-463. Retrieved from http://dhmh.maryland.gov/midwives/Documents/ACOG%20VBAC.pdf

American College of Obstetricians and Gynecologists. (2011). Code of Professional Ethics. Retrieved May 16, 2013, from ACOG: http://www.acog.org/About_ACOG/~/media/Departments/National%20Officer%20Nominations%20Process/ACOGcode.pdf

American College of Obstetricians and Gynecologists. (2012, July). ACOG Committee Opinion No. 529: Placenta accreta. Obstetrics & Gynecology, 201-11. Retrieved from http://www.acog.org/Resources%20And%20Publications/Committee%20Opinions/Committee%20on%20Obstetric%20Practice/Placenta%20Accreta.aspx

American College of Obstetricians and Gynecologists. (2013). Elective surgery and patient choice. Committee Opinion No. 578. Obstetrics & Gynecology, 122, 1134-8. Retrieved from http://www.acog.org/Resources_And_Publications/Committee_Opinions/Committee_on_Ethics/Elective_Surgery_and_Patient_Choice

Associated Press. (2013, Nov 25). $15 million awarded in Illinois childbirth death lawsuit. Retrieved from Insurance Journal: http://www.insurancejournal.com/news/midwest/2013/11/25/312169.htm

Barger, M. K., Dunn, T. J., Bearman, S., DeLain, M., & Gates, E. (2013). A survey of access to trial of labor in California hospitals in 2012. BMC Pregnancy and Childbirth. Retrieved from http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3636061/pdf/1471-2393-13-83.pdf

Barger, M. K., Nannini, A., Weiss, J., Declercq, E. R., Stubblefield, P., Werler, M., & Ringer, S. (2012, November). Severe maternal and perinatal outcomes from uterine rupture among women at term with a trial of labor. Journal of Perinatology, 32, 837-843. Retrieved from http://www.nature.com/jp/journal/v32/n11/full/jp20122a.html

Bateman, M. T., Mhyre, J. M., Callaghan, W. M., & Kuklina, E. V. (2012). Peripartum hysterectomy in the United States: nationwide 14 year experience. American Journal of Obstetrics & Gynecology, 206(63), e1-8. Retrieved from http://www.ncbi.nlm.nih.gov/pubmed/21982025

Charles, S. (2012, Jul-Aug). The Ethics of Vaginal Birth After Cesarean. The Hastings Center Report, 42(4), 24-27. Retrieved from Medscape: http://onlinelibrary.wiley.com/doi/10.1002/hast.52/abstract

Cornthwaite, K., Edwards, S., & Siassakos, D. (2013). Reducing risk in maternity by optimising teamwork and leadership: an evidence-based approach to save mothers and babies. Best Practice & Research Clinical Obstetrics and Gynaecology, 27, 571-581. Retrieved from http://www.bestpracticeobgyn.com/article/S1521-6934(13)00051-5/abstract

Declercq, E. R., Sakala, C., Corry, M. P., Applebaum, S., & Herrlick, A. (2013). Listening to Mothers III: Pregnancy and Birth. New York: Childbirth Connection. Retrieved from http://www.childbirthconnection.org/article.asp?ck=10450

Eshkoli, T., Weintraub, A., Sergienko, R., & Sheiner, E. (2013). Placenta accreta: risk factors, perinatal outcomes, and consequences for subsequent births. American Journal of Obstetrics & Gynecology, 208, 219.e1-7. Retrieved from http://www.ncbi.nlm.nih.gov/pubmed/23313722

Guise, J.-M., Eden, K., Emeis, C., Denman, M., Marshall, N., Fu, R., . . . McDonagh, M. (2010). Vaginal Birth After Cesarean: New Insights. Rockville (MD): Agency for Healthcare Research and Quality (US). Retrieved from http://www.ncbi.nlm.nih.gov/books/NBK44571/

Hale, B. (n.d.). Children to sue hospital over death of mother. Retrieved from Daily Mail: http://www.dailymail.co.uk/health/article-129801/Children-sue-hospital-death-mother.html

Heller, D. S. (2013). Placenta accreta and percreta. Surgical Pathology, 6, 181-197. Retrieved from http://www.surgpath.theclinics.com/article/S1875-9181(12)00183-3/abstract

Howe, J. (2010). National Institutes of Health VBAC Conference, Day 2, #04: Public Comments. 14:45-17:08. Retrieved from Vimeo: http://vimeo.com/10898005

Kamel, J. (2014, Dec 14). Online poll of 227 women with prior cesareans.

Landon, M. B., Hauth, J. C., & Leveno, K. J. (2004). Maternal and Perinatal Outcomes Associated with a Trial of Labor after Prior Cesarean Delivery. The New England Journal of Medicine, 351, 2581-2589. Retrieved from http://www.nejm.org/doi/full/10.1056/NEJMoa040405

Main, E. (2013). HQI Regional Quality Leader Network December Meeting. San Diego.

Minkoff, H. (2010). National Institutes of Health VBAC Conference, Day 2, #04: Public Comments. 11:16. Retrieved from Vimeo: http://vimeo.com/10898005

National Center for Chronic Disease Prevention and Health Promotion, Division of Reproductive Health. (2012, Apr 4). Unintended Pregnancy Prevention. Retrieved from Centers for Disease Control and Prevention: http://www.cdc.gov/reproductivehealth/UnintendedPregnancy/index.htm

National Center for Health Statistics. (2013). User Guide to the 2012 Natality Public Use File. Hyattsville, Maryland: National Center for Health Statistics. Retrieved from ftp://ftp.cdc.gov/pub/Health_Statistics/NCHS/Dataset_Documentation/DVS/natality/UserGuide2012.pdf

Reddy, S. (2014, Dec 8). A type of childbirth some women will fight for. Retrieved from Wall Street Journal: http://www.wsj.com/articles/a-type-of-childbirth-some-women-will-fight-for-1418081344

Silver, R. M., Landon, M. B., Rouse, D. J., & Leveno, K. J. (2006). Maternal Morbidity Associated With Multiple Repeat Cesarean Deliveries. Obstetrics & Gynecology, 107(6), pp. 1226-1232. Retrieved from http://journals.lww.com/greenjournal/fulltext/2006/06000/maternal_morbidity_associated_with_multiple_repeat.4.aspx

State of California Office of Statewide Health Planning and Development. (2013, December 17). Utilization Rates for Selected Medical Procedures in California Hospitals, 2012. Retrieved from http://www.oshpd.ca.gov/HID/Products/PatDischargeData/ResearchReports/Hospipqualind/vol-util_indicatorsrpt/

Zwart, J. J., Richters, J. M., Ory, F., de Vries, J., Bloemenkamp, K., & van Roosmalen, J. (2009, July). Uterine rupture in the Netherlands: a nationwide population-based cohort study. BJOG: An International Journal of Obstetrics and Gynaecology, 116(8), pp. 1069-1080. Retrieved January 15, 2012, from http://onlinelibrary.wiley.com/doi/10.1111/j.1471-0528.2009.02136.x/full

About Jen Kamel

Jen kamel head shot 2015Jen Kamel is a consumer advocate and a leading national speaker on the medical facts and political, historical climate surrounding vaginal birth after cesarean.  She is the founder of VBACFacts.com and has brought her workshop “The Truth about VBAC: Politics, History and Stats” to over 900 people around the country, giving accurate, current information about post-cesarean birth options directly to families, practitioners, and professionals.

Cesarean Birth, Childbirth Education, Evidence Based Medicine, Guest Posts, Maternal Mortality, Maternal Quality Improvement, Pregnancy Complications, Vaginal Birth After Cesarean (VBAC) , , , , , , ,

Practice Variation in Cesarean Rates: Not Due to Maternal Complications

November 13th, 2014 by avatar

By Pam Vireday

Pam Vireday, an occasional contributor to Science & Sensibility reviews the recent study by Katy Kozhimannil, PhD and colleagues that examined the differences in cesarean rates between over a thousand hospitals in the USA.  Consumers of maternity care quite possibly do not realize what a significant impact their choice of facility (and provider) may have on their birth outcome.  Can you think of hospitals in your own community serving similar populations of pregnant families that have drastically different cesarean rates.  Have you considered why that might be?  Do you think that the families you work with have explored this too?  Do they even have access to this information?  Read Pam’s discussion of this recent study below.  – Sharon Muza, Community Manager, Science & Sensibility.

© Patti Ramos Photography

© Patti Ramos Photography

There’s a new study out that discusses the variation in cesarean rates between hospitals in the United States. “Maternal clinical diagnoses and hospital variation in the risk of cesarean delivery: Analyses of a national US hospital discharge database” was released late last month and has received a lot of press and discussion ever since.

Practice variation is a serious problem in obstetrics (Arcia 2013). Women are often far more at risk for a cesarean in certain hospitals than in others, even when the hospitals serve the same geographical area and population (Arnold, January 2013 and August 2012).

Of course, care providers protest that some hospitals have higher cesarean rates because they serve higher-risk patients. This is a valid point, but it still doesn’t explain the wide variation in rates between many hospitals (Clark 2007).

For example, in a press release about the new study, the mother’s risk status and diagnoses did not explain the variation in cesarean rates between hospitals:

“We found that the variability in hospital cesarean rates was not driven by differences in maternal diagnoses or pregnancy complexity,” said [lead study author] Kozhimannil. “This means there was significantly higher variation in hospital rates than would be expected based on women’s health conditions. On average, the likelihood of cesarean delivery for an individual woman varied between 19 and 48 percent across hospitals.”

Other key points highlighted included:

  • Among lower risk women, likelihood of cesarean delivery varied between 8 and 32 percent across hospitals.
  • Among higher risk women, likelihood of cesarean delivery varied between 56 and 92 percent across hospitals.
  • Hospital variability did not decrease after adjusting for patient diagnoses, socio-demographics, and hospital characteristics.

This shows that practice variation in cesarean rates is real, substantive, and not just a reflection of the mother’s risk level. 

Perhaps now we can stop playing the mother blame-game when we talk about cesarean rates? (Declerq 2006, Oganowski 2011)

This study is not the first to show that the culture of a hospital, its policies, and its routine practices all help determine how likely a woman is to “need” a cesarean in that hospital.

For example, Cáceres 2013 found that even after adjusting for socio-demographic and clinical factors and including only NTSV (Nulliparous, Term, Singleton, Vertex) pregnancies, the cesarean rate varied significantly between Massachusetts hospitals, “suggesting the importance of hospital practices and culture in determining a hospital’s cesarean rate.”

In addition, a 2014 consensus statement from the American College of Obstetricians and Gynecologists and the Society for Maternal-Fetal Medicine notes, “Variation in the rates of nulliparous, term, singleton, vertex cesarean births also indicates that clinical practice patterns affect the number of cesarean births performed.”

Preventing cesareans when possible is important because while cesareans can be life-saving at times, they present more risk for maternal infection, bleeding and blood clots, and more neonatal breathing problems (Liu 2007, Visser 2014).

Notably, a large case-control study in U.K. maternity units found that delivery by cesarean was a strong risk factor for severe sepsis (Acosta 2014). Other research has found a high rate of maternal complications (Pallasmaa 2010) and poorer neonatal outcomes (Kolås 2006) associated with cesareans.

In addition, a cesarean’s potential negative effect on future pregnancies is important (Silver 2012). One American study found that the rate of an abnormal placental attachment increased in conjunction with the rise in cesarean delivery rate (Wu 2005), while a Canadian study found that a prior cesarean was associated with an increased risk for adverse neonatal outcomes in subsequent pregnancies (Abenhaim and Benjamin 2011).

Bottom line, it matters where and with whom a woman gives birth in order to lessen the risk for complications, both now and in the future.

But many women naively choose their care provider for pregnancy based mostly on convenience and location, not realizing that their chances of surgical birth may vary greatly depending on which hospital and caregiver they use (Arnold 2014, Arnold January 9 2013).

Childbirth Connection, a leading consumer education site, points out:

Research suggests that the same woman might have a c-section at one hospital but a vaginal birth if she gave birth at another, just because of the different policies and practices of those hospitals. One of the most effective ways to lower your chance of having a c-section is to have your baby in a setting with a low c-section rate.

Yet it is not always easy to find out the cesarean rates of local hospitals in some areas. For example, the health departments of Missouri, South Carolina, and Washington D.C. do not make hospital-level cesarean rates available to consumers.

Hospitals remain largely unaccountable for high cesarean rates, although we are beginning to see marginal progress in some places towards more accountability (Gentry 2014 and Dekker 2014). In the meantime, however, thousands of women are undergoing cesareans, many of which might be preventable with changes in clinical practices (Boyle 2013).

And even when a cesarean is truly necessary, there can be large discrepancies in complications afterwards between hospitals (Alonso-Zaldivar 2014). It’s not just about how many cesareans are done, but also about which hospitals have the best outcomes when a cesarean is done. Without more information, how is a woman to know which hospital to choose?

Bottom line, more transparency and accountability are needed. As the lead author of the study states:

Women deserve evidence-based, consistent, high-quality maternity care, regardless of the hospital where they give birth…and these results indicate that we have a long way to go toward reaching this goal in the U.S.

*To search for hospital-level cesarean rates in your area, see www.cesareanrates.com or the 2014 Consumer Reports article (subscription required) rating hospitals in 22 states.

Do you ever encourage your students and clients to look at the cesarean rates (and rates of other interventions which may lead to cesareans) of the hospitals they are considering birthing in.  Please share your experience in our comments section. – SM

References

Abenhaim, H. A., & Benjamin, A. (2011). Effect of prior cesarean delivery on neonatal outcomes. Journal of perinatal medicine39(3), 241-244. PMID: 21426242

Acosta, C. D., Kurinczuk, J. J., Lucas, D. N., Tuffnell, D. J., Sellers, S., & Knight, M. (2014). Severe Maternal Sepsis in the UK, 2011–2012: A National Case-Control Study. PLoS medicine11(7), e1001672. PMID: 25003759

Alonso-Zaldivar, R (2014, August 27). Study: Wide hospital quality gap on maternity care. Retrieved from http://www.fosters.com/apps/pbcs.dll/article?AID=/20140827/GJLIFESTYLES/140809539/0/SEARCH.

Arcia, A (2013, February 3). What is practice variation in obstetrics and why should I care? Retrieved from http://www.cesareanrates.com/blog/2013/2/3/what-is-practice-variation-in-obstetrics-and-why-should-i-ca.html.

Arnold, J (2012, August 22). Practice variation in New Jersey: 27 miles and 28 percentage points. Retrieved from http://www.cesareanrates.com/blog/2012/8/22/practice-variation-in-new-jersey-27-miles-and-28-percentage.html.

Arnold, J (2013, January 9). Practice variation in East Los Angeles cesarean rates. Retrieved from http://www.cesareanrates.com/blog/2013/1/9/practice-variation-in-east-los-angeles-cesarean-rates.html.

Arnold, J (2013, January 7). Practice variation in West Virginia: 60 miles and 54 percentage points. Retireved from http://www.cesareanrates.com/blog/2013/1/7/practice-variation-in-west-virginia-60-miles-and-54-percenta.html.

Arnold, J (2014, March 13). Three miles/Cinco Kilometros. Retrieved from http://www.cesareanrates.com/blog/2014/3/13/three-miles-cinco-kilometros.html.

Boyle, A., Reddy, U. M., Landy, H. J., Huang, C. C., Driggers, R. W., & Laughon, S. K. (2013). Primary cesarean delivery in the United States. Obstetrics & Gynecology122(1), 33-40. PMID: 23743454

Cáceres IA, Arcaya M, Declercq E, Belanoff CM, Janakiraman V, Dohen B, Ecker J, Smith LA, Subramanian SV (2013). Hospital differences in cesarean deliveries in Massachusetts (US) 2004-2006: the case against case-mix artifact. PLOS One, 8(3):e57817. doi: 10.1371/journal.pone.0057817. PMID:23526952

Clark SL, Belfort MA, Hankins GD, Meyers JA, Houser FM (2007). Variation in the rates of operative delivery in the United States. American journal of obstetrics and gynecology, 196(6):526.e1-526.e5.  PMID: 17547880

Caughey, A. B., Cahill, A. G., Guise, J. M., & Rouse, D. J. (2014). Safe prevention of the primary cesarean delivery. American journal of obstetrics and gynecology,210(3), 179-193. doi: 10.1016/j.ajog.2014.01.026. PMID:24565430

Declercq, E., Menacker, F., & MacDorman, M. (2006). Maternal risk profiles and the primary cesarean rate in the United States, 1991–2002. American journal of public health, 96(5), 867. PMID: 16571712

Dekker, R (2014, October 29). U.S. hospitals held accountable for C-section rates. Retrieved from http://www.birthbythenumbers.org/?p=1731

DePoint, M (2014, October 22). Maternal diagnoses doesn’t explain variation in cesarean rates across US hospitals. University of Minnesota, School of Public Health. Retrieved from http://sph.umn.edu/maternal-diagnoses-doesnt-explain-variation-cesarean-rates-across-us-hospitals/.

Gentry, C (2014, May 14). FL still C-section hotspot. Retrieved from http://health.wusf.usf.edu/post/fl-still-c-section-hotspot.

Kolås, T., Saugstad, O. D., Daltveit, A. K., Nilsen, S. T., & Øian, P. (2006). Planned cesarean versus planned vaginal delivery at term: comparison of newborn infant outcomes. American journal of obstetrics and gynecology,195(6), 1538-1543. PMID: 16846577

Kozhimannil KB, Arcaya MC, Subramanian SV (2014). Maternal clinical diagnoses and hospital variation in the risk of cesarean delivery: Analyses of a national US hospital discharge database.  PLoS medicine, 11(10):e1001745. doi: 10.1371/journal.pmed.1001745. PMID: 25333943

Liu, S., Liston, R. M., Joseph, K. S., Heaman, M., Sauve, R., & Kramer, M. S. (2007). Maternal mortality and severe morbidity associated with low-risk planned cesarean delivery versus planned vaginal delivery at term. Canadian medical association journal176(4), 455-460. PMID: 17296957

Oganowski, K (2010, January 13). The C-section blame game: I’ve reached my boiling point. Retrieved from http://birthingbeautifulideas.com/?p=1245.

Pallasmaa, N., Ekblad, U., AITOKALLIO‐TALLBERG, A. N. S. A., Uotila, J., Raudaskoski, T., ULANDER, V., & Hurme, S. (2010). Cesarean delivery in Finland: maternal complications and obstetric risk factors. Acta obstetricia et gynecologica Scandinavica89(7), 896-902. PMID: 20583935

Phend, C (2013, March 5). C-Section rates vary widely between hospitals, study finds. MedPage Today. Retrieved from http://abcnews.go.com/Health/section-rates-vary-widely-hospitals-study-finds/story?id=18656847.

Silver, R. M. (2012, October). Implications of the first cesarean: perinatal and future reproductive health and subsequent cesareans, placentation issues, uterine rupture risk, morbidity, and mortality. In Seminars in perinatology (Vol. 36, No. 5, pp. 315-323). WB Saunders. PMID: 23009962

Visser GH (2014). Women are designed to deliver vaginally and not by Cesarean section: An obstetrician’s view. Neonatology, 107(1):8-13. PMID: 25301178

What every pregnant woman needs to know about Cesarean section (2012). Childbirth Connection. Retrieved from http://www.childbirthconnection.org/pdfs/cesareanbooklet.pdf.

What hospitals don’t want you to know about C-sections (2014, May). Consumer Reports. Retrieved from http://consumerreports.org/cro/2014/05/what-hospitals-do-not-want-you-to-know-about-c-sections/index.htm.

Wu, S., Kocherginsky, M., & Hibbard, J. U. (2005). Abnormal placentation: twenty-year analysis. American journal of obstetrics and gynecology192(5), 1458-1461. PMID: 15902137

A version of this post originally appeared on www.wellroundedmama.blogspot.com

About Pam Vireday

Painting by Mary Cassatt, 1844-1926. (public domain) Image from Wikimedia Commons.

Pam Vireday is a childbirth educator, writer, woman of size, and mother to four children. She has been collecting the stories of women of size and writing about childbirth research for 17 years. She writes at www.wellroundedmama.blogspot.com and www.plus-size-pregnancy.org.

 

Cesarean Birth, Childbirth Education, Evidence Based Medicine, Guest Posts, Medical Interventions, New Research, Research , , , , ,

Epidural Analgesia: To Delay or Not to Delay, That Is the Question

October 23rd, 2014 by avatar

By Henci Goer

Unless you have been “off the grid” on a solitary trek, surely you have read and heard the recent flurry of discussion surrounding the just released study making the claim that the timing of when a woman receives an epidural (“early” or “late” in labor) made no difference in the rate of cesarean delivery.  Your students and clients may have been asking questions and wondering if the information is accurate.  Award winning author and occasional Science & Sensibility contributor Henci Goer reviews the 9 studies that made up the Cochrane systematic review: Early versus late initiation of epidural analgesia for labour to determine what they actually said.  Read her review here and share if you agree with all the spin in the media about this new research review. Additionally, head on over to the professional and parent Lamaze International sites to check out the new infographic on epidurals to share with your students and clients.- Sharon Muza, Science & Sensibility Manager. 

Epidural infographic oneArticles have been popping up all over the internet in recent weeks citing a new Cochrane systematic review- Early versus late initiation of epidural analgesia for labour, concluding that epidural analgesia for labor needn’t be delayed because early initiation doesn’t increase the likelihood of cesarean delivery, or, for that matter, instrumental vaginal delivery (Sng 2014). The New York Times ran this piece. Some older studies have found that early initiation appeared to increase likelihood of cesarean (Lieberman 1996; Nageotte 1997; Thorp 1991), which is plausible on theoretical grounds. Labor progress might be more vulnerable to disruption in latent than active phase. Persistent occiput posterior might be more frequent if the woman isn’t moving around, and fetal malposition greatly increases the likelihood of cesarean and instrumental delivery. Which is right? Let’s dig into the review.

The review includes 9 randomized controlled trials of “early” versus “late” initiation of epidural analgesia. Participants in all trials were limited to healthy first-time mothers at term with one head-down baby. Five trials further limited participants to women who began labor spontaneously, three mixed women being induced with women beginning labor spontaneously, and in one, all women were induced. Analgesia protocols varied, but all epidural regimens were of modern, low-dose epidurals. So far, so good.

Examining the individual trials, though, we see a major problem. You would think that the reviewers would have rejected trials that failed to divide participants into distinct groups, one having epidural initiation in early labor and the other in more advanced labor, since the point of the review is to determine whether early or late initiation makes a difference. You would think wrong. Of the nine included trials, six failed to do this.

cc photo bryanrmason http://flickr.com/photos/b-may/397189835

cc photo bryanrmason http://flickr.com/photos/b-may/397189835

The two Chestnut trials (1994a; 1994b) had the same design, differing only in that one was of women who were laboring spontaneously at trial entry and the other included women receiving oxytocin for induction or augmentation. Women were admitted to the trial if they were dilated between 3 and 5 cm. Women in the early group got their epidural immediately while women in the late group could have an epidural only if they were dilated to 5 cm or more. If late-group women were not dilated to 5 cm, they were given systemic opioids and could have a second dose of opioid one hour later. They could have an epidural when they attained 5 cm dilation or regardless of dilation, an hour after the second opioid dose. Let’s see how that worked out.

Among the 149 women in the trial that included women receiving oxytocin (Chestnut 1994b), median dilation in the early group at time of epidural initiation was 3.5 cm, meaning that half the women were dilated more and half less than this amount. The interquartile deviation was 0.5 cm, which means that values were fairly tightly clustered around the median. The authors state, however, that cervical dilation was assessed using 0.5 increments which meant that dilation of 3-4 cm was recorded as 3.5. In other words, women in the early group might have been dilated to as much as 4 cm. The median dilation in the late group was 5.0 cm, again with a 0.5 cm interquartile deviation. Some women in the late group, therefore, were not yet dilated to 5 cm when their epidural began, and, in fact, the authors report that 26 of the 75 women (35%) in the late group were given their epidural after the second dose of opioid but before attaining 5 cm dilation. The small interquartile deviation in the late group tells us that few, if any, women would have been dilated much more than 5 cm. Add in that assessing dilation isn’t exact, so women might have been a bit more or less dilated than they were thought to be, and it becomes clear that the “early” and “late” groups must have overlapped considerably. Furthermore, pretty much all of them were dilated between 3 and 5 cm when they got their epidurals, which means that few of these first-time mothers would have been in active labor, as defined by the new ACOG standards.

Overlap between early and late groups must have been even greater in Chestnut et al.’s (1994a) trial of 334 women laboring spontaneously at trial entry because median dilation in the early group was greater than in the other trial (4 cm, rather than 3.5) while median dilation in the late group was the same (5.0 cm), and interquartile deviation was even tighter in the late group (0.25 cm, rather than 0.5 cm). As before, dilation was measured in 0.5 cm increments, which presumably means that women in the early group dilated to 4-5 cm would have been recorded as “4.5,” thereby qualifying them for the “early” group even though they might have been as much as 5 cm dilated.

Based on my analysis, I would argue that there was no clinically meaningful difference in dilation between early and late groups in either trial.

A second pair of trials, one a mixed trial of spontaneous labor onset and induction and the other all induced, also had the same design in both trials (Wong 2005; Wong 2009). All women were less than 4 cm dilated at first request for pain medication. In the early group, women had an opioid injected intrathecally, i.e. the “spinal” part of a combined spinal-epidural, and an epidural catheter was set. At the second request, an epidural was initiated. In the late group, women were given a systemic opioid. At second request, they were given a second dose of systemic opioid if they hadn’t reached 4 cm dilation and an epidural if they had dilated to 4 cm or more. At third request, they were given an epidural regardless of dilation. Women who had no vaginal exam at second request and were given an epidural were “assumed,” in the authors’ words, to be dilated to at least 4 cm. What were the results?

Wong (2005) included 728 women, some beginning labor spontaneously and some induced. You may already have noticed the flaw in the trials’ design: Wong and colleagues confused the issue by considering intrathecal opioid to be equivalent to epidural anesthetic in the early group, although women didn’t actually receive anesthetic until their second request for pain medication some unknown time later. So far as I know we have no evidence that opiods, spinal or epidural, have any effect on labor progress. As to dilation at the time of epidural initiation, 63% of women in the so-called “early” group were either determined or assumed to be at 4 cm dilation or more while in the late group, some unknown proportion were less than 4 cm dilated either because they got their epidural at third pain medication request regardless of dilation or they were assumed to be at 4 or more cm dilation at second request, but weren’t assessed.

Wong (2009), a study of 806 induced women, was set up the same way but reported data somewhat differently. Early-group women were administered a spinal opioid at a median of 2 cm dilation and an interquartile range of 1.5 to 3 cm, which means that values in the middle 50% of the dataset ranged from 1.5 to 3 cm. We have no information on dilation at the time they received their epidural. The median dilation at which late-group women had their epidural initiated was 4 cm with an interquartile range of 3 to 4 cm, that is, in the middle 50% of the dataset ranged from 3 to 4 cm dilation.

As with the Chestnut trials, dilation at time of epidural initiation in the two Wong trials must have overlapped considerably between groups. And, again, few women in the late epidural group would have been in active labor. The Wong trials, however, muddy the waters even further by considering spinal opioid to be the same thing as epidural anesthetic, and while the authors were careful to use the term “neuraxial analgesia,” the Cochrane reviewers made no such distinction.

This brings us to Parameswara (2012), a trial of 120 women that included both spontaneous onset and induced labors. This trial defined the early group as women less than 2 cm dilated at time of epidural initiation and the late group as women more than 2 cm dilated. That’s all the information they provide on group allocation.

Last of the six, we have Wang (2011), a trial of 60 women in spontaneous labor. All women were given intrathecal anesthetic plus opioid. The early group was started on epidural anesthetic plus opioid 20 minutes later whereas the late group had their epidural initiated when they requested additional pain relief. No information is given on dilation at time of epidural initiation. Not only do we have no idea whether early and late groups differed from one another, women in both groups received neuraxial anesthetic at the same time.

In summary, “garbage in, garbage out.” No conclusions can be drawn about the effect of early versus late epidural administration from these six studies.

The other three studies are a different story. They achieve a reasonable separation between groups. Luxman (1998) studied 60 women with spontaneous labor onset. The early group had a mean, i.e., average, dilation of 2.3 cm with a standard deviation of + or – 0.6 cm while the late group had a mean dilation of 4.5 cm + or – 0.2 cm. Ohel (2006) studied a mixed spontaneous onset and induced group of 449 women. The mean dilation at initiation in the early group was 2.4 cm with a standard deviation of 0.7 cm, and the late group had a mean dilation of 4.6 cm with a standard deviation of 1.1 cm. Wang (2009), the behemoth of the trials, included 12,629 women who began labor spontaneously. The early epidural group had a median dilation of 1.6 cm with an interquartile range of 1.1 to 2.8 and the late group a median of 5.1 cm dilation with an interquartile range of 4.2 to 5.7. Cesarean and instrumental delivery rates were similar between early and late groups in all three trials, so had reviewers included only these three trials, they would still have arrived at the same conclusion: early epidural initiation doesn’t increase likelihood of cesarean and instrumental delivery.

We’re not done, though. Wang (2009) points us to a second, even bigger issue.

The Wang (2009) trial, as did all of the trials, limited participants to healthy first-time mothers with no factors that would predispose them to need a cesarean. The Wang trial further excluded women who didn’t begin labor spontaneously. Nevertheless, the cesarean rate in these ultra-low-risk women was an astonishing 23%. Comparing the trials side-by-side reveals wildly varying cesarean and instrumental vaginal delivery rates in what are essentially homogeneous populations.

© Henci Goer

© Henci Goer

© Henci Goer

© Henci Goer

Comparing the trials uncovers that epidural timing doesn’t matter because any effect will be swamped by the much stronger effect of practice variation.

Analysis of the trials teaches us two lessons: First, systematic reviews can’t always be taken at face value because results depend on the beliefs and biases that the reviewers bring to the table. In this case, they blinded reviewers from seeing that two-thirds of the trials they included weren’t measuring two groups of women, one in early- and one in active-phase labor. Second, practice variation can be an unacknowledged and potent confounding factor for any outcome that depends on care provider judgment.

Conclusion

So what’s our take home? Women need to know that with a judicious care provider who strives for spontaneous vaginal birth whenever possible, early epidural administration won’t increase odds of cesarean or instrumental delivery. With an injudicious one, late initiation won’t decrease them. That being said, there are other reasons to delay an epidural. Maternal fever is associated with epidural duration. Running a fever in a slowly progressing labor could tip the balance toward cesarean delivery as well as have consequences for the baby such as keeping the baby in the nursery for observation, testing for infection, or administering prophylactic IV antibiotics. Then too, a woman just might find she can do very well without one. Epidurals can have adverse effects, some of them serious. Comfort measures, cognitive strategies, and all around good emotionally and physically supportive care don’t. Hospitals, therefore, should make available and encourage use of a wide range of non-pharmacologic alternatives and refrain from routine practices that increase discomfort and hinder women from making use of them. Only then can women truly make a free choice about whether and when to have an epidural.

After reading Henci’s review and the study, what information do you feel is important for women to be aware of regarding epidural use in labor?  What will you say when asked about the study and timing of an epidural?  You may want to reference a previous Science & Sensibility article by Andrea Lythgoe, LCCE, on the use of the peanut ball to promote labor progress when a woman has an epidural. – SM 

References

Caughey, A. B., Cahill, A. G., Guise, J. M., & Rouse, D. J. (2014). Safe prevention of the primary cesarean delivery. American journal of obstetrics and gynecology210(3), 179-193.

Chestnut, D. H., McGrath, J. M., Vincent, R. D., Jr., Penning, D. H., Choi, W. W., Bates, J. N., & McFarlane, C. (1994a). Does early administration of epidural analgesia affect obstetric outcome in nulliparous women who are in spontaneous labor? Anesthesiology, 80(6), 1201-1208. http://www.ncbi.nlm.nih.gov/pubmed/8010466?dopt=Citation

Chestnut, D. H., Vincent, R. D., Jr., McGrath, J. M., Choi, W. W., & Bates, J. N. (1994b). Does early administration of epidural analgesia affect obstetric outcome in nulliparous women who are receiving intravenous oxytocin? Anesthesiology, 80(6), 1193-1200. http://www.ncbi.nlm.nih.gov/pubmed/8010465?dopt=Citation

Lieberman, E., Lang, J. M., Cohen, A., D’Agostino, R., Jr., Datta, S., & Frigoletto, F. D., Jr. (1996). Association of epidural analgesia with cesarean delivery in nulliparas. Obstet Gynecol, 88(6), 993-1000. http://www.ncbi.nlm.nih.gov/pubmed/8942841

Luxman, D., Wolman, I., Groutz, A., Cohen, J. R., Lottan, M., Pauzner, D., & David, M. P. (1998). The effect of early epidural block administration on the progression and outcome of labor. Int J Obstet Anesth, 7(3), 161-164. http://www.ncbi.nlm.nih.gov/pubmed/15321209?dopt=Citation

Nageotte, M. P., Larson, D., Rumney, P. J., Sidhu, M., & Hollenbach, K. (1997). Epidural analgesia compared with combined spinal-epidural analgesia during labor in nulliparous women. N Engl J Med, 337(24), 1715-1719. http://www.ncbi.nlm.nih.gov/pubmed/9392696?dopt=Citation

Ohel, G., Gonen, R., Vaida, S., Barak, S., & Gaitini, L. (2006). Early versus late initiation of epidural analgesia in labor: does it increase the risk of cesarean section? A randomized trial. Am J Obstet Gynecol, 194(3), 600-605. http://www.ncbi.nlm.nih.gov/pubmed/16522386?dopt=Citation

Parameswara, G., Kshama, K., Murthy, H. K., Jalaja, K., Venkat, S. (2012). Early epidural labour analgesia: Does it increase the chances of operative delivery? British Journal of Anaesthesia 108(Suppl 2):ii213–ii214. Note: This is an abstract only so all data from it come from the Cochrane review.

Sng, B. L., Leong, W. L., Zeng, Y., Siddiqui, F. J., Assam, P. N., Lim, Y., . . . Sia, A. T. (2014). Early versus late initiation of epidural analgesia for labour. Cochrane Database Syst Rev, 10, CD007238. doi: 10.1002/14651858.CD007238.pub2 http://www.ncbi.nlm.nih.gov/pubmed/25300169

Thorp, J. A., Eckert, L. O., Ang, M. S., Johnston, D. A., Peaceman, A. M., & Parisi, V. M. (1991). Epidural analgesia and cesarean section for dystocia: risk factors in nulliparas. Am J Perinatol, 8(6), 402-410. http://www.ncbi.nlm.nih.gov/pubmed/1814306?dopt=Citation

Wang, F., Shen, X., Guo, X., Peng, Y., & Gu, X. (2009). Epidural analgesia in the latent phase of labor and the risk of cesarean delivery: a five-year randomized controlled trial. Anesthesiology, 111(4), 871-880. http://www.ncbi.nlm.nih.gov/pubmed/19741492?dopt=Citation

Wang, L. Z., Chang, X. Y., Hu, X. X., Tang, B. L., & Xia, F. (2011). The effect on maternal temperature of delaying initiation of the epidural component of combined spinal-epidural analgesia for labor: a pilot study. Int J Obstet Anesth, 20(4), 312-317. http://www.ncbi.nlm.nih.gov/pubmed/21840705

Wong, C. A., McCarthy, R. J., Sullivan, J. T., Scavone, B. M., Gerber, S. E., & Yaghmour, E. A. (2009). Early compared with late neuraxial analgesia in nulliparous labor induction: a randomized controlled trial. Obstet Gynecol, 113(5), 1066-1074. http://www.ncbi.nlm.nih.gov/pubmed/19384122?dopt=Citation

Wong, C. A., Scavone, B. M., Peaceman, A. M., McCarthy, R. J., Sullivan, J. T., Diaz, N. T., . . . Grouper, S. (2005). The risk of cesarean delivery with neuraxial analgesia given early versus late in labor. N Engl J Med, 352(7), 655-665. http://www.ncbi.nlm.nih.gov/pubmed/15716559?dopt=Citation

About Henci Goer

Henci Goer

Henci Goer

Henci Goer, award-winning medical writer and internationally known speaker, is the author of The Thinking Woman’s Guide to a Better Birth and Optimal Care in Childbirth: The Case for a Physiologic Approach She is the winner of the American College of Nurse-Midwives “Best Book of the Year” award. An independent scholar, she is an acknowledged expert on evidence-based maternity care.  

Cesarean Birth, Childbirth Education, Epidural Analgesia, Guest Posts, informed Consent, Medical Interventions, New Research, Systematic Review , , , , , , ,

The Childbirth Educator’s Role in The Cesarean Epidemic: 10 Steps You Can Take Now!

April 29th, 2014 by avatar

As Cesarean Awareness Month (April 2014) comes to a close, I wanted to share ten things that childbirth educators can do in their childbirth classes to support families to avoid unneeded cesareans, help families to have a cesarean birth that is respectful and family centered and support families who give birth by cesarean, (planned or unplanned) both during the birth, in the postpartum period and when planning future births.

1. Birth plan exercises

Have your birth planning/birth choices activity include preferences for a cesarean birth.  Allow parents the option to select items such as delayed cord clamping, skin to skin in the operating room, delaying newborn weights and measurements, and more.  While these may not be available options in all areas, encouraging discussion amongst families and their health care providers is a good place to start.  Additionally, consider role playing a cesarean section in class and discuss ways to make the procedure family friendly.  Remember to suggest ways that the partner and other support people can best support mother and baby during the surgery. Consider sharing “The natural caesarean: a woman-centred technique” video so families can explore options for a family friendly cesarean birth.

2. Access teaching resources on the Lamaze International website

Lamaze International offers some great teaching resources on cesareans for educators on their website and for families on the Lamaze International parent site.  There are two infographics that cover the topic of cesarean sections; “Avoiding the First Cesarean” and “What’s the Deal with Cesareans.”  You might consider showing the brand new infographic video to your families in class. At only 3 minutes long, it does a great interactive job of highlighting important information. In addition to using these materials in class, encourage families to explore them more thoroughly at home.

3.  Provide current statistics

Access and share statistics about national and provincial or state cesarean rates and VBAC rates, along with local rates for facilities and providers if available.  Help your families to understand the difference between overall cesarean rates and primary cesarean rates and why facilities caring for high risk mothers or babies might have higher rates.  Make sure that you are providing the most current information available, and update your figures when new numbers are released. Encourage discussion in class with families who are considering changing birth location or providers if they feel so inclined.

4. Encourage the use of birth doulas

The addition of trained labor support has been shown to reduce common interventions and cesareans. (Hodnett, 2012)  Take some time during class to share how doulas can help support both the laboring woman and her partner and team.  Provide resources for families to locate doulas (DONA.org and DoulaMatch.net are two such lists that come to mind) and briefly share information on questions to ask a doula during an interview, so the families are prepared.

cam two ribbon5.   Share current best practice information

Be sure that the information in your classes is current, accurate and based on best practices and evidence.  Know the sources of the information you cover.  Make sure it is up to date and verifiable.  Have a short list of favorite online resources to share with families, including Lamaze International’s Giving Birth with Confidence blog- written specifically for parents.  Utilize the references that make up the Six Healthy Birth Practices, there is a citation sheet for all six of the birth practices.

6. Support the midwifery model of care

Share information in your classes about the midwifery model of care, which has been shown to be an appropriate choice for healthy, low risk women.  Let your class families know how to find a midwife by using the search functions on the American College of Nurse-Midwives website and information on finding a midwife on the Citizens for Midwifery website.

7. Have meaningful class reunions

If your childbirth class includes a reunion, create a space for all the families to share their stories, both the vaginal births and the cesarean births.  Honor the work that the families did to birth their babies and celebrate their intention and teamwork.  Highlight their shining moments and let them know that you recognize how hard they worked.  Model excellent listening skills and support all the families as they share their birth stories.

8. Provide support group information

Make sure that all families that leave your class have been given resources for a support group for women who birth by cesarean section.  Access the International Cesarean Awareness Network (ICAN) to find the nearest local ICAN chapter website or Facebook group. Or refer the families to the main ICAN Facebook page.  VBACFacts.com also has a large peer to peer support network active on Facebook as well.

9.  Share postpartum resources

Families that birth by cesarean section might find themselves needing additional support from professionals during the postpartum period.  Be sure that they have resources to find lactation consultants, mental health counselors, postpartum doulas, physical therapists and other professionals that might be useful for healing emotionally and physically from a cesarean section.  In the throes of postpartum hormones, exhaustion, sleep deprivation and physical recovery, having to hunt down appropriate professionals can be a daunting task for any new families, never mind a mother recovering from surgery with a newborn.

10.  Offer a cesarean only class

Some families know they will be needing a cesarean for maternal or infant health circumstances and are hesitant about taking the standard childbirth class, feeling like they won’t fit in.  While they may not be needing the coping skills or comfort techniques and pushing positions that you cover in the typical childbirth class, they do need information about the cesarean procedure, pain medication options, recovery, breastfeeding and newborn care/procedures and informed consent and refusal information, among other things.  Having a class designed with their needs in mind can help them to make choices that feel good to them and participate in the community building that is such an important part of childbirth classes.

Don’t underestimate the role of the childbirth educator (you!) to offer evidence based information, appropriate resources, respectful dialogue along with skills and techniques to help women to have the best birth possible, avoid a cesarean that is not needed and recover and heal  while feeling supported with options for future births.  Thank you for all you do to help women to avoid cesareans or if needed, have the best cesarean possible.

References

Hodnett, E. D., S. Gates, et al. (2012). “Continuous support for women during childbirth.” Cochrane database of systematic reviews: CD003766.

Cesarean Birth, Childbirth Education, Giving Birth with Confidence, Healthy Birth Practices, Lamaze International, Maternal Quality Improvement, Maternity Care, Medical Interventions, Midwifery, Practice Guidelines, Vaginal Birth After Cesarean (VBAC) , , , , , , ,