Cesarean

Birth: It’s not a competition

On a friends facebook page recently I came across an angry statement from a young mother:
"It's rather sad that you feel like you need a pat on the back for giving birth vaginally. If you highlight the fact that you gave birth vaginally without pain meds whenever recounting your birth story, and if the only way you can "recover" from your "traumatic" other births is by shoving a baby out your vag, then yes, it's pathetic. Other people have actual accomplishments. But I get it, everyone needs a trophy in the mommy race."
Another mother on the thread likened giving birth vaginally to a child learning to take a crap in a potty, she believed vaginal birth deserved no more recognition.

Where does this animosity come from? What drives someone to write such nasty comments? While these comments are more on the bitchy end of the spectrum, this attitude, albeit toned down, is seen far more than you'd expect. It's not uncommon to read something like this in a discussion about natural birth:
You are no better than me because you had a natural birth and I had an epidural. The only difference is I didn't have to feel pain.
What stands out to me is a feeling of defensiveness and resentment, along with a misunderstanding of why women might feel proud of their natural births. I'm also guessing there's a lack of knowledge about the physiological and emotional aspects of natural birth, the potential benefits of a natural birth, and the potential detriments of certain interventions.

Natural birth is one of those things that unless you've personally experienced you probably won't understand what it's like. Natural birth is different for each woman, and it's not universally loved by all women who undertake it. For most it's very intense and exhausting, both physically and mentally, requiring immense focus. Towards the end, many women go into a trance-like state, becoming less aware of what's going on around them and focusing solely on giving birth. It's also a process of learning to let go emotionally and physically, learning to trust your body, instead of fighting against the pain of contractions. This may sound airy fairy to those who've never experienced it, but I'm trying to be as matter of fact as possible. The truth is, natural birth is very emotional, the body is literally taken over with huge surges of hormones you've never felt before. For many it's a strange, painful, intense and exhilarating experience like nothing they've ever experienced.

Having been through this intense, exhausting experience, having done it all by myself... yes, I did feel proud as punch. I love the quote, "happiness is self sufficiency", and it definitely applies to natural birth. But according to some, I don't deserve to feel proud of my birth, apparently it's no more significant than taking a dump. Last I heard we don't beg for epidurals when passing a stool (no your haemorrhoids are nothing in comparison), or spend 24 hours passing one giantic stool the size of a large watermelon. For many women natural birth was the most painful experience of their lives, why try to deny that a woman overcame that? Why piss all over her hard work, trying to convince her that her pain and effort was worthless and insignificant?

No one likes to think that their birth was any less of an accomplishment than someone else's. Many who opted for an epidural or cesarean may wonder why a woman who had a natural birth should be congratulated or feel proud for putting herself through unnecessary pain? This is where knowledge about the negative effects of birth interventions comes into play. See this post here for a large list of risks associated with common interventions such as epidurals, cesareans and inductions.

For instance one important reason to avoid interventions, such as epidurals, inductions, cesareans, and pain medication, is that they lower naturally occurring birth hormones. These hormones are needed for birth progression, bonding, and breastfeeding. Provided hormones are left intact, women will usually experience massive surges of hormones causing a 'birth high' when baby is born, promoting a very memorable and happy time after birth. This helps explain why women often remember their natural births with such excitement and enthusiasm.

Besides the risks associated with unnecessary intervention, many women who opt for a natural birth do so simply because they CAN - their bodies are capable of doing so and the feeling of accomplishment and self sufficiency is fantastic. It may not seem practical to some, just like I don't see the practicality of climbing a mountain when you could helicopter to the top, but the exhilaration the mountaineer feels at the top of that mountain is like nothing we can imagine. Just like the accomplishment of giving birth to your offspring, all by yourself, is like nothing you can imagine.

So to answer a commenter angry at women for expressing their pride in their natural birth:

Women don't choose to have natural births to feel superior to those who don't.
The reasons a woman may choose a natural birth are unique to each woman, for instance she may have faith in the natural way in which our species procreates and wishes to follow suit, or she has knowledge of the negative consequences of unnecessary intervention in an uncomplicated pregnancy and wishes to avoid them.
A woman who gave birth naturally may feel and express pride because she was glad she was able to avoid unnecessary or possibly detrimental interventions. Maybe it was simply because the experience was amazing, birth hormones surged through her body imprinting memories of intense feelings of love and happiness in the moments after birth. And of course she may also be proud because she accomplished something huge, it was a mammoth task, and she did it all by herself.

She was self sufficient, and in self sufficiency there is happiness.
Birth

My OB Said What? Commentary

The website "My OB Said What?" offers a very raw look at just how bad the birthing industry can get. The site is filled with appalling quotes that obstetricians, midwives, nurses and other medical staff have said to their patients (along with the occasional good quote). It is by no means a fair representation of all maternity professionals, more like a classic example of how a few bad apples can tarnish the reputation of their profession for others. Below is a collection of those quotes, along with the reasons why the comments are considered so bad, and what should have been said and done instead.

"If a baby hasn't engaged by 37 weeks, we need to do a cesarean section." – OB to mother.

What's wrong with this comment…

Firstly, 37 weeks is far too early to consider a cesarean. "Full term" is when a fetus reaches the approximate gestational age of 40 weeks. If the fetus and mother are doing well at 37 weeks, there is no reason to interfere and the pregnancy should be left to unfold at its own pace.

While many medical staff technically consider 'full term' to be between 37 – 42 weeks, current research shows this is a dangerous assumption – infants born between 36 – 38 weeks triple their risk of mortality compared to infants born at 39 – 42 weeks.27 Infants born before 36 weeks face even greater risks. These risks decrease with each additional week of pregnancy.1 Post term pregnancies (beyond 42 weeks) can also be left to unfold at their own pace provided there are no complications, and regular checks for complications are performed.2

Risks to late preterm infants (36-38 weeks) include 27...

3 fold increased risk infant mortality
4.6 fold increased risk neonatal mortality
28 fold increased risk admission to intensive care unit 
5.5 fold increased risk intravenous fluids
4 fold increased risk mechanical ventilation
7 fold increased risk respiratory distress
3 fold increased risk of infection
10 fold increased risk temperature instability
42% increased risk jaundice
60 fold increased risk apnea
4.5 fold increased risk difficulties with feeding
3 fold increased risk hypoglycemia
3 fold increased risk of hospital readmission 

As for the doctor wanting to do a cesarean…Cesareans carry substantial increased risks for both mother and baby, and should only ever be done when absolutely medically necessary.9 Because of the increased risks, some hospitals have banned elective cesareans.10 Cesarean risks include...

For the mother
5 fold increased risk cardiac arrest 28
4 fold increased risk maternal deep vein thrombosis 25
2 fold increased risk acute renal failure 28
2 fold increased risk anesthetic complications 28
2 fold increased risk hemorrhage requiring hysterectomy 28
3 fold increased risk hysterectomy 28
5 fold increased risk wound hematoma 28
2 fold increased risk in-hospital wound disruption 28
3 fold increased risk major puerperal infection 28
2 fold risk maternal rehospitalization for reasons such as uterine infection, gallbladder disease, surgical wound complications, cardiopulmonary conditions, thromboembolic conditions, and appendicitis 21
2 fold increased risk of failure to breastfeed 25
2 fold increased risk of major post partum pain 25
27 fold increased risk of uterine rupture in future cesarean 25
57 fold increased risk uterine rupture in future vaginal birth 25
4 fold increased risk placenta accrete in future pregnancy 25 (the placenta attaches itself too deeply into the wall of the uterus significantly, increasing risk of hemorrhage during its removal)
3 fold increased risk placenta previa in future pregnancy 25 (the placenta is attached to the uterine wall close to or covering the cervix, it is a leading cause of vaginal hemorrhage)

For the infant
2-3 fold increased risk neonatal death 24, 35
2 fold increased risk neonatal death in preterm infants 32-36 weeks 26
8 fold increased risk neonatal pneumothorax (collapsed lung) 19
3-7.4 fold increased risk neonatal persistent pulmonary hypertension (failure of blood to circulation through the lungs properly) 44, 45
2-5 fold increased risk of serious respiratory morbidity (the earlier gestation the higher the risk) 29
2 fold increased risk neonatal pulmonary disorders 23
87% increased risk neonatal transfer to neonatal intensive care unit 23
4.3 fold increased risk neonatal intracranial hemorrhage 23
30% increased risk later development of asthma 25

There are also many other risks, click here for more details.

If the doctor in question had indeed performed a cesarean on this mother at 37 weeks gestation, he/she would have been needlessly putting the mother and infant at significantly increased risks.

Regardless of the doctors intentions, every woman has the legal right to accept or refuse a cesarean, or any medical procedure, drug, treatment or test. And after a woman makes her decision, she has the right to change her mind.11

"I might have to cut you." – OB to a mother who had made it clear she preferred to tear, moments before making a second degree episiotomy.

What's wrong with this comment…

An episiotomy is a surgical cut in the perineum as the baby is born in order to increase the opening of the vagina. Routine episiotomy is proven to offer no benefit and is no longer advisable, it increases the need for stitching, causes pain, extended healing time, increased bowel incontinence, and increased pain during intercourse.3, 4, 36

Obviously the doctor in question was not aware of current research and recommendations to abandon the practice of episiotomies. Regardless, he/she should not have cut this mother, he should have honored her request to not be cut. Again, every woman has the legal right to refuse an episiotomy, or any procedure, drug, treatment or test.11

Steps the doctor could have taken to maintain the integrity of the mothers perineum include using a caster oil heat pack held on the perineum during pushing.14

"Let's break your water and get an IV going to speed things up." – OB to mother who had made great progress until asked to get out of the tub and flat on her back on the bed.

What's wrong with this comment…

Firstly, laboring in water can effectively reduce the need for obstetric intervention (amniotomy, oxytocin, epidural, or operative delivery).8 Had this mother not been forced to leave the water, the need for obstetric intervention may have never been 'needed'.

Secondly, the 'supine' position (lying flat on back) is considered one of the most ineffective positions in which to give labor. When compared to an upright position, the supine position is associated with longer pushing time, more fetal distress, more pain, and more injury to the perineum (a 3 fold risk of perineal tears, and a 2 fold risk of severe tears).5, 6, 7

Every woman has the legal right to labor in any position she wishes. Every woman also has the legal right to freedom of movement during labor, unrestricted by wires, tubes or other apparatus. And again every woman has the legal right to refuse to get out the water, having her waters broken, having an IV, or any procedure, drug, treatment or test.11

"So what, do women who give birth naturally get a trophy or walk around with gold stars on their foreheads?" – L&D nurse to mother during transition.

What's wrong with this comment…

The cavalier and unsupportive attitude of the medical staff in question undermines the fact that epidurals carry a myriad of substantial risks to both mother and baby, these include...

For the mother
88% increased risk of being dissatisfied with birth 31
4 fold increased risk of malposition of baby 30, 41
5.6 fold increased risk of dystocia 38
3 fold increased risk of needing synthetic oxytocin 30 (see above for risks associated with induction)
2 fold increased risk of needing the maximal dose of synthetic oxytocin 40
31.6 fold increased risk of motor blockade 37
18 - 74 fold increased risk maternal hypotension 30, 37
5 fold increased risk of shivering 37
29 fold increase risk of itching 43
46% increased nausea 30
3.3 - 5.6 fold increased risk of maternal fever 30, 37  (see below for risks associated with maternal fever)
42% - 6 fold increased risk of needing a forceps / vacuum delivery  37, 39 (see below for risks associated with forceps / vacuum delivery)
2.4 - 3.7 fold increased risk of cesarean for failure to progress  30, 39 (see above for risks associated with cesarean delivery)
43% increased risk of ceasarean for fetal distress 37
2-5 fold increased risk of postpartum hemorrhage 30
3.2 fold increased risk of anal sphincter tear 42
85% increased risk of 3rd and 4th degree perineal lacerations 30
2 fold increased risk of not breastfeeding at 6 months postpartum 13

For the infant
3.3 fold increased risk of variable or late decelerations 30
80% increased risk of bradycardia 43
3.5 fold increased risk of neonatal infection 30
75% increased risk of jaundice 30
19% Increased risk of admission to NICU 37

Infants whose mothers had a fever while giving birth face increased risks, these include…
3 fold increased risk of having 1 minute Apgars scores less than 7 30
10 fold increased risk of being hypotonic after delivery 30
4 fold increased risk of requiring bag and mask resuscitation 30
6 fold increased risk of needing oxygen in nursery 30

When both forceps and vacuum are used the risks substantially increase, these include...
11 fold increased risk perineal tear 12
4 fold increased risk neonatal seizures 12
8 fold increased risk neonatal intercranial bleeding 12
13 fold increased risk neonatal facial nerve damage 12

Risks of induction include...
3 fold increased risk fetal asphyxia 46
2 fold increased risk of cesarean 32
2 fold increased risk of hemorrhage 33

The following adverse reactions have been reported in the mother:
Anaphylactic reaction Premature ventricular contractions, Postpartum hemorrhage Pelvic hematoma, Cardiac arrhythmia Subarachnoid hemorrhage, Fatal afibrinogenemia Hypertensive episodes, Nausea Rupture of the uterus, Vomiting, Excessive dosage or hypersensitivity to the drug may result in uterine hypertonicity, spasm, tetanic contraction, or rupture of the uterus. The possibility of increased blood loss and afibrinogenemia should be kept in mind when administering the drug. Severe water intoxication with convulsions and coma has occurred, associated with a slow oxytocin infusion over a 24-hour period. Maternal death due to oxytocin-induced water intoxication has been reported.34

The following adverse reactions have been reported in the fetus or neonate:
Bradycardia Low Apgar scores at five minutes, Premature ventricular contractions and other arrhythmias Neonatal jaundice, Permanent CNS or brain damage Neonatal retinal hemorrhage, Fetal death. Neonatal seizures have been reported with the use of Pitocin.34

Instead of patronizing these laboring mothers, medical staff should have taken every measure possible to facilitate natural birth and avoid an epidural. My guess is the medical staff simply weren't sufficiently trained to facilitate a natural birth, nor were they aware of the risks associated with an epidural and the interventions that often follow. Otherwise, the medical staff did know, but they simply didn't care.

One of the most effective methods of managing labor pain is to have a doula (professional birth supporter) in attendance at the birth, the effects include 15

50% reduction in the cesarean rate
25% shorter childbirth
60% reduction in epidural requests
40% reduction in oxytocin use
30% reduction in analgesia use
40% reduction in forceps delivery

Other techniques that help facilitate natural birth include having a safe, private room to birth, water birth, supportive companions, abdominal breathing, vocalization, visualization, affirmation, self-hypnosis, repetitive movement, standing up, experimenting with different positions, massage, perineal massage, acupressure and hot or cold packs.14 Click here for more details.

"If you hadn't declined vaginal exams we would have known the baby was breech." – OB to mother who had declined vaginal exams at her prenatal appointments.

What's wrong with this comment…

This doctor should have palpated (felt) the mothers abdomen at regular intervals throughout pregnancy to determine whether the baby was breech. This is the most common method of examination, and studies show that it is 70% effective. If there was any doubt of the baby's position, the doctor should have ordered an ultrasound. And this should have been done well before the onset of labor.16

Vaginal exams are not recommended to determine whether a baby is in the breech position, there is no need to perform a vaginal exam. I could find little evidence to show that a vaginal exam could possibly ever determine whether a baby was breech. All that can be felt by a vaginal exam is the condition of the cervix.17

Further, vaginal exams carry an increased risk of infection, a perfectly sterile vaginal exam is impossible – as soon as a sterile glove hits the air it's exposed to bacteria. Further, when a finger is inserted into the vagina, bacteria is pushed up towards the cervix, increasing the risk of infection. The more vaginal exams, the higher the risk of infection.18 Having a vaginal exam at the beginning of labor increases the risk of neonatal infection 2.5 fold. 17 Infants born with an infection face a 4 fold risk of mortality.

Other risks caused by vaginal exams include prematurely stimulating the cervix into labor, and premature rupture of membranes (PROM).17

The main reason maternity carers ask to perform a vaginal exam is to determine the condition of the cervix, for instance how many centimeters the cervix has dilated. However vaginal exams are not necessary, and it can be very discouraging for women in labor to hear a labor assistant announce 'you are not progressing fast enough'. Provided there are no complications, a labor should be left to unfold at its own pace.17

Again every woman has the legal right to refuse a vaginal exam, or any procedure, drug, treatment or test.11

These are just a couple of quotes from "My OB Said What", I'll be writing a commentary on more in the future.

Sources:

1. Study Gives New View of 'Full-Term' Pregnancy
http://www.webmd.com/baby/news/20110523/study-gives-new-view-of-full-term-pregnancy

2. Postterm with favorable cervix: is induction necessary?
http://www.sciencedirect.com/science/article/pii/S0301211502002439

3. Outcomes of Routine EpisiotomyA Systematic Review
Katherine Hartmann et al, 2005
http://jama.jamanetwork.com/article.aspx?articleid=200799

4.Episiotomy for vaginal birth (Review)
Carroli G, Belizan J
http://apps.who.int/rhl/reviews/CD000081.pdf

5. Randomised controlled trial on modified squatting position of delivery.
http://www.ncbi.nlm.nih.gov/pubmed/12319813

6. Postpartum Outcomes in Supine Delivery by Physicians vs Nonsupine Delivery by Midwives
http://www.jaoa.org/cgi/content/full/106/4/199

7. Supine position compared to other positions during the second stage of labor: a meta-analytic review.
http://www.ncbi.nlm.nih.gov/pubmed/15376403

8. Randomised controlled trial of labouring in water compared with standard of augmentation for management of dystocia in first stage of labour
http://www.bmj.com/content/328/7435/314.full

9. Elective cesarean sections are too risky, WHO study says
http://www.scientificamerican.com/blog/post.cfm?id=elective-cesarean-sections-are-too-2010-01-11

10. Banner Hospitals banning elective C-sections, induced labor for pregnant women
http://www.abc15.com/dpp/news/region_phoenix_metro/central_phoenix/banner-health-banning-elective-%22convenient%22-c-sections-and-induced-labor-for-pregnant-women

11. The rights of childbearing women
http://www.childbirthconnection.org/pdfs/rights_childbearing_women.pdf

12. Epidural Effects on Labor - Defined
http://naturalmamanz.blogspot.com/2011/05/epidural-effects-on-labor-defined.html

13. Intrapartum epidural analgesia and breastfeeding: a prospective cohort study
Siranda Torvaldsen et al, 2006
http://www.internationalbreastfeedingjournal.com/content/1/1/24

14. Natural Pain Relief During Childbirth
http://naturalmamanz.blogspot.com/2011/02/natural-pain-relief-during-childbirth.html

15. Doula Studies
http://doulaadvantage.blogspot.co.nz/p/doula-studies.html

16. Exam can fail to detect breech birth
http://www.irishhealth.com/article.html?id=9995

17. The Dangers of Vaginal Exams
http://www.natural-pregnancy-mentor.com/vaginal-exams.html

18. Prevention of Perinatal Group B Streptococcal Disease: A Public Health Perspective
http://www.cdc.gov/mmwr/PDF/rr/rr4507.pdf

19. The Influence of Timing of Elective Cesarean Section on Risk of Neonatal Pneumothorax
http://www.sciencedirect.com/science/article/pii/S0022347606011851

20. Prevention of iatrogenic neonatal respiratory distress syndrome: elective repeat cesarean section and spontaneous labor.
http://www.ncbi.nlm.nih.gov/pubmed/7081331

21. Association between method of delivery and maternal rehospitalisation
Mona Lydon-Rochelle et al, 2000
http://jama.jamanetwork.com/article.aspx?articleid=192686
http://jama.jamanetwork.com/article.aspx?articleid=192686

23. Planned cesarean versus planned vaginal delivery at term: Comparison of newborn infant outcomes
http://www.daraluznetwork.com/documents/csectionrisks4newborns.pdf

24. Infant and Neonatal Mortality for Primary Cesarean and Vaginal Births to Women with ''No Indicated Risk,'' United States, 1998–2001 Birth Cohorts
http://webcache.googleusercontent.com/search?q=cache:http://www.pbh.gov.br/smsa/bhpelopartonormal/estudos_cientificos/arquivos/cesariana_eletiva_x_parto_birth_2006.pdf

25. Risks Associated With Cesarean Delivery
http://www.medscape.org/viewarticle/512946_4

26. Impact of cesarean section on intermediate and late preterm births: United States, 2000-2003.
http://www.ncbi.nlm.nih.gov/pubmed/19278380

27. Late Preterm Infants, Early Term Infants, and Timing of Elective Deliveries
http://www2.cfpc.ca/local/user/files/%7BFC626F94-49DC-4B25-B586-7D3C87679DDB%7D/Late%20term.pdf

28. Maternal mortality and severe morbidity associated with low-risk planned cesarean delivery versus planned vaginal delivery at term
http://www.cmaj.ca/content/176/4/455.full

29. Risk of respiratory morbidity in term infants delivered by elective caesarean section: cohort study
Anne Kirkeby Hansen et al, 2007
http://www.bmj.com/content/336/7635/85

30. Side Effects of Epidurals: Research Data
http://transitiontoparenthood.com/ttp/foreducators/ceinfo/Side%20Effects%202.htm

31. Maternal satisfaction and pain control in women electing natural childbirth
http://www.ncbi.nlm.nih.gov/pubmed/11561269

32. Elective induction of labor as a risk factor for cesarean delivery among low-risk women at term
http://www.ncbi.nlm.nih.gov/pubmed/10831992?dopt=Abstract

33. Oxytocin exposure during labor among women with postpartum hemorrhage secondary to uterine atony
http://download.journals.elsevierhealth.com/pdfs/journals/0002-9378/PIIS0002937810010264.main-abr.pdf?jid=ymob

34. Pitocin Side Effects
http://www.drugs.com/sfx/pitocin-side-effects.html

35. Incidence of Early Neonatal Mortality and Morbidity After Late-Preterm and Term Cesarean Delivery
http://pediatrics.aappublications.org/content/123/6/e1064.abstract

36. ACOG Recommends Restricted Use of Episiotomies
March 31, 2006
link

37. Pain management for women in labour: an overview of systematic reviews
Leanne Jones et al, 2012
http://onlinelibrary.wiley.com/doi/10.1002/14651858.CD009234.pub2/tables#CD009234-tbl-0028

38. Obstetric risk indicators for labour dystocia in nulliparous women: A multi-centre cohort study
Hanne Kjærgaard et al, 2008
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC2569907/

39. Epidural analgesia and risks of cesarean and operative vaginal deliveries in nulliparous and multiparous women.
Nguyen US et al. 2010
http://www.ncbi.nlm.nih.gov/pubmed/19760498

40. Epidural analgesia during labor vs no analgesia: A comparative study
Wesam Farid Mousa et al, 2012
http://www.ncbi.nlm.nih.gov/pmc/articles/PMC3299112/

41. Changes in fetal position during labor and their association with epidural analgesia.
Lieberman E et al, 2005
http://www.ncbi.nlm.nih.gov/pubmed/15863533

42. Risk Factors for Anal Sphincter Tear During Vaginal Delivery
Mary P. FitzGerald et al
https://www.pfdnetwork.org/Portals/0/PFDN/Papers/P13_2A09.pdf

43. Fetal bradycardia due to intrathecal opioids for labour analgesia: a systematic review
Chahe´ Mardirosoff et al, 2002
http://ape.med.miami.edu/Doc/Resident%20Web%20Site%20Articles/Complications%20of%20regional%20anesthesia/Fetal%20bradycardia%20due%20to%20intrathecal%20opioids-BJOG%202002%20Vol%201.pdf

44. Persistent pulmonary hypertension of the newborn following elective cesarean delivery at term
Kim C. Winovitch et al, November 2011
http://informahealthcare.com/doi/abs/10.3109/14767058.2010.551681

45. Risk Factors for Persistent Pulmonary Hypertension of the Newborn
Sonia Hernández-Díaz et al, 2007
http://pediatrics.aappublications.org/content/120/2/e272.full

46. Influence of maternal, obstetric and fetal risk factors on the prevalence of birth asphyxia at term in a Swedish urban population.
Milsom I et al, 2002
http://www.ncbi.nlm.nih.gov/pubmed/12366480



Birth

Epidural Effects on Labor - Defined

This chart goes into detail about some, but not all of the effects an epidural has on labor. After researching, in my opinion, if you can avoid an epidural during labor, please do. I haven't listed it here, but cesareans carry their own risks, and you are much more likely to have a cesarean if you have an epidural. For more info on the risks or cesareans, click here.

Please click on the below flowchart to enlarge:


Risks in detail

For the mother
88% increased risk of being dissatisfied with birth
4 fold increased risk of malposition of baby
5.6 fold increased risk of dystocia
3 fold increased risk of needing synthetic oxytocin (see above for risks associated with induction)
2 fold increased risk of needing the maximal dose of synthetic oxytocin
31.6 fold increased risk of motor blockade
18 - 74 fold increased risk maternal hypotension
5 fold increased risk of shivering
29 fold increase risk of itching
46% increased nausea
3.3 - 5.6 fold increased risk of maternal fever (see below for risks associated with maternal fever)
42% - 6 fold increased risk of needing a forceps / vacuum delivery (see below for risks associated with forceps / vacuum delivery)
2.4 - 3.7 fold increased risk of cesarean for failure to progress (see above for risks associated with cesarean delivery)
43% increased risk of ceasarean for fetal distress
2-5 fold increased risk of postpartum hemorrhage
3.2 fold increased risk of anal sphincter tears
85% increased risk of 3rd and 4th degree perineal lacerations
2 fold increased risk of not breastfeeding at 6 months postpartum

For the infant
3.3 fold increased risk of variable or late decelerations
80% increased risk of bradycardia
3.5 fold increased risk of neonatal infection
75% increased risk of jaundice
19% Increased risk of admission to NICU

Infants whose mothers had a fever while giving birth face increased risks, these include…
3 fold increased risk of having 1 minute Apgars scores less than 7
10 fold increased risk of being hypotonic after delivery
4 fold increased risk of requiring bag and mask resuscitation
6 fold increased risk of needing oxygen in nursery

When both forceps and vacuum are used the risks substantially increase, these include...
11 fold increased risk perineal tear
4 fold increased risk neonatal seizures
8 fold increased risk neonatal intercranial bleeding
13 fold increased risk neonatal facial nerve damage

Risks of induction include...
3 fold increased risk fetal asphyxia
2 fold increased risk of cesarean
2 fold increased risk of hemorrhage
The following adverse reactions have been reported in the mother:
Anaphylactic reaction Premature ventricular contractions, Postpartum hemorrhage Pelvic hematoma, Cardiac arrhythmia Subarachnoid hemorrhage, Fatal afibrinogenemia Hypertensive episodes, Nausea Rupture of the uterus, Vomiting, Excessive dosage or hypersensitivity to the drug may result in uterine hypertonicity, spasm, tetanic contraction, or rupture of the uterus. The possibility of increased blood loss and afibrinogenemia should be kept in mind when administering the drug. Severe water intoxication with convulsions and coma has occurred, associated with a slow oxytocin infusion over a 24-hour period. Maternal death due to oxytocin-induced water intoxication has been reported.
The following adverse reactions have been reported in the fetus or neonate:
Bradycardia Low Apgar scores at five minutes, Premature ventricular contractions and other arrhythmias Neonatal jaundice, Permanent CNS or brain damage Neonatal retinal hemorrhage, Fetal death. Neonatal seizures have been reported with the use of Pitocin.

Source: http://naturalmamanz.blogspot.co.nz/2011/07/my-ob-said-what-commentary.html
Birth

International MotherBaby Childbirth Initiative

Below is a document outlining the care YOU should be receiving from your obstetrician, gynecologist, midwife or other health professional throughout your childbearing years. The full PDF of the document below is available here.

The International MotherBaby Childbirth Initiative (IMBCI) is an evidence‐based global effort developed in the early 2000s to:

  • Improve maternal care during birth in order to save lives and prevent harm from the overuse of obstetric technologies.
  • Promote care during labour and birth and breastfeeding that is centered on physiology and normalcy.
  • Emphasize a humanistic women‐ and family‐centered approach and all types of care most conducive to good outcomes, including collaboration among involved professionals, midwifery knowledge and skills, hands‐on support for the mother.

The 10 Steps of the MotherBaby Childbirth Initiative are based on the results of best available evidence about the safety and effectiveness of specific tests, treatments, and other interventions for mothers and babies. "Safe" means that care is provided through evidence-based practices that minimize the risk of error and harm and support the normal physiology of labour and birth. "Effective" means that the care provided achieves expected benefits and is appropriate to the needs of the pregnant woman and her baby based on sound evidence. Safe and effective care of the MotherBaby provides the best possible health outcomes and benefits with the most appropriate and conservative use of resources and technology. Optimal MotherBaby maternity services have written policies, implemented in education and practice, requiring that its health care providers:

Step 1 Treat every woman with respect and dignity, fully informing and involving her in decision making about care for herself and her baby in language that she understands, and providing her the right to informed consent and refusal.

Step 2 Possess and routinely apply midwifery knowledge and skills that enhance and optimize the normal physiology of pregnancy, labour, birth, breastfeeding, and the postpartum period.

Step 3 Inform the mother of the benefits of continuous support during labour and birth, and affirm her right to receive such support from companions of her choice, such as fathers, partners, family members, doulas4, or others. Continuous support has been shown to reduce the need for intrapartum analgesia, decrease the rate of operative births and increase mothers' satisfaction with their birthing experience.

Step 4 Provide drug-free comfort and pain-relief methods during labour, explaining their benefits for facilitating normal birth and avoiding unnecessary harm, and showing women (and their companions) how to use these methods, including touch, holding, massage, labouring in water, and coping/relaxation techniques. Respect women's preferences and choices.

Step 5 Provide specific evidence-based practices proven to be beneficial in supporting the normal physiology of labour, birth, and the postpartum period, including:
  • Allowing labour to unfold at its own pace, while refraining from interventions based on fixed time limits and utilizing the partogram to keep track of labour progress;
  • Offering the mother unrestricted access to food and drink as she wishes during labour;
  • Supporting her to walk and move about freely and assisting her to assume the positions of her choice, including squatting, sitting, and hands-and-knees, and providing tools supportive of upright positions6;
  • Techniques for turning the baby in utero and for vaginal breech delivery;
  • Facilitating immediate and sustained skin-to-skin MotherBaby contact for warmth, attachment, breastfeeding initiation, and developmental stimulation, and ensuring that MotherBaby stay together;
  • Allowing adequate time for the cord blood to transfer to the baby for the blood volume, oxygen, and nutrients it provides;
  • Ensuring the mother's full access to her ill or premature infant, including kangaroo care, and supporting the mother to provide her own milk (or other human milk) to her baby when breastfeeding is not possible.
Step 6 Avoid potentially harmful procedures and practices that have no scientific support for routine or frequent use in normal labour and birth. When considered for a specific situation, their use should be supported by best available evidence that the benefits are likely to outweigh the potential harms and should be fully discussed with the mother to ensure her informed consent. These include:
  • shaving
  • enema
  • sweeping of the membranes
  • artificial rupture of membranes
  • medical induction and/or augmentation of labour
  • repetitive vaginal exams
  • withholding food and water
  • keeping the mother in bed
  • intravenous fluids (IV)
  • continuous electronic fetal monitoring (cardiotocography)
  • pharmacological pain control
  • insertion of a bladder catheter
  • supine or lithotomy (legs-in-stirrups) position
  • caregiver-directed pushing
  • fundal pressure (Kristeller)
  • episiotomy
  • forceps and vacuum extraction
  • manual exploration of the uterus
  • primary and repeat caesarean section
  • suctioning of the newborn
  • immediate cord clamping
  • separation of mother and baby
Step 7 Implement measures that enhance wellness and prevent emergencies, illness, and death of MotherBaby:
  • Provide education about and foster access to good nutrition, clean water, and a clean and safe environment;
  • Provide education in and access to methods of disease prevention, including malaria and HIV/AIDS prevention and treatment, and tetanus toxoid immunization;
  • Provide education in responsible sexuality, family planning, and women's reproductive rights, and provide access to family planning options;
  • Provide supportive prenatal, intrapartum, postpartum, and newborn care that addresses the physical and emotional health of the MotherBaby within the context of family relationships and community environment.
Step 8 Provide access to evidence-based skilled emergency treatment for life-threatening complications. Ensure that all maternal and newborn healthcare providers have adequate and ongoing training in emergency skills for appropriate and timely treatment of mothers and their newborns.

Step 9 Provide a continuum of collaborative maternal and newborn care with all relevant health care providers, institutions and organizations. Include traditional birth attendants and others who attend births out of hospital in this continuum of care. Specifically, individuals within institutions, agencies and organizations offering maternity-related services should:
  • Collaborate across disciplinary, cultural, and institutional boundaries to provide the MotherBaby with the best possible care, recognizing each other's particular competencies and respecting each other's points of view;
  • Foster continuity of care during labour and birth for the MotherBaby from a small number of caregivers;
  • Provide consultations and transfers of care in a timely manner to appropriate institutions and specialists;
  • Ensure that the mother is aware of and can access available community services specific to her needs and those of her newborn.
Step 10 Strive to achieve the 10 Steps to Successful Breastfeeding as described in the WHO/UNICEF Baby-friendly Hospital Initiative:
  1. Have a written breastfeeding policy that is routinely communicated to all health care staff.
  2. Train all health care staff in skills necessary to implement the policy.
  3. Inform all pregnant women about the benefits and management of breastfeeding.
  4. Help mothers initiate breastfeeding within a half-hour of birth. Place babies in skin-to-skin contact with their mothers immediately following birth for at least an hour and encourage mothers to recognize when their babies are ready to breastfeed, offering help if needed.
  5. Show mothers how to breastfeed and how to maintain lactation, even if they should be separated from their infants.
  6. Give newborn infants no food or drink other than breastmilk, unless medically indicated.
  7. Practice "rooming in"-- allow mothers and infants to remain together 24 hours a day.
  8. Encourage breastfeeding on demand.
  9. Give no artificial teats or pacifiers (also called dummies or soothers) to breastfeeding infants.
  10. Foster the establishment of breastfeeding support groups and refer mothers to them on discharge from the hospital or clinic.
The International MotherBaby Childbirth Organization, in collaboration with other organizations, is developing a companion document detailing the extensive scientific evidence supporting the 10 Steps of the IMBCI, and will update both documents over time as needed to reflect the best available research.

Get more info about IMBCI here.