Navigating a Planned Caesarean: Integrative Strategies for Preparation, Healing & Microbiome Support

Hi I’m Sammy,

Your Good Farm in-house nutritionist. Here to bring you essential information on nutrition, diet and permaculture gardening - in a bite size, easy to understand, science-backed way.

My first pregnancy was relatively uneventful, something I can only fully appreciate now in contrast to my second pregnancy four years later.

My first daughter was born full term via a low-intervention vaginal birth at our local hospital on the Mid North Coast. I had a very positive experience within the hospital setting and felt well supported by the midwives throughout labour and birth. My partner and I completed a hypnobirthing course during that pregnancy, which I believe transformed our experience. It allowed us to feel informed and empowered rather than fearful.

Four years later, my second pregnancy unfolded very differently.

At a routine 20-week anatomy scan, I was told that my placenta was low-lying. At the time, I felt cautiously optimistic. In many cases, including low-lying placentas and even some cases of major placenta praevia, the placenta can shift upwards as the uterus expands, resolving without intervention. With that in mind, I left the appointment hopeful that this would be the case for me, and that the pregnancy might continue without major disruption.

At my 21-week appointment, which now needed to be with an obstetrician, I was told it was placenta praevia, grade 3. I was instructed to go on complete vaginal rest and limit strenuous physical activity.

Placenta praevia occurs when the placenta partially or completely covers the cervix. Typically, the placenta implants higher up within the uterine wall. In a grade 3, or major, placenta praevia, the placenta covers the cervical opening to a degree that makes vaginal birth unsafe due to the risk of significant bleeding. As the uterus expands and the cervix begins to soften or open later in pregnancy, the placenta can shear away from the uterine wall, leading to haemorrhage, posing a risk to both mother and baby.

In my case, as the uterus continued to expand into the third trimester, the expected upward movement of the placenta did not occur. From 28 weeks’ gestation, I began experiencing non-painful bleeding, a known complication of placenta praevia. This bleeding can range from mild to severe and, in some cases, dictates early delivery to protect both mother and baby.

For me, it began as ongoing minor bleeding requiring close and continuous monitoring. From there, my pregnancy became increasingly medically managed, including week-long hospital admissions from 28 weeks’ gestation, with regular observation and ongoing discussions with my care team around timing, safety, and planning.

While strict bed rest is not routinely recommended due to its impact on maternal mental health, it became clear that even non-strenuous movement could trigger bleeding, leading me to opt for predominantly bed rest where possible.

Although I had always understood caesarean birth as a valid and often lifesaving intervention, it was not the path I had prepared for emotionally. I grieved the birth I had imagined while adjusting to the medical reality, gradually reframing it as a necessary intervention and feeling grateful it was an available option. The goal posts had shifted; my priority became staying pregnant safely for as long as possible and reaching full term.

I wanted to understand how to best support my body through significant abdominal surgery, and how to support my baby in the absence of some of the key exposures that come with a vaginal birth. What follows is the approach I used to support both my recovery and my baby’s early development.

Supporting Your Baby’s Microbiome After a Caesarean Birth

The biggest concern I had going into a C-section was my baby’s microbiome, specifically how it is first established.

During a vaginal birth, babies are exposed to a rich community of beneficial bacteria from the mother’s vaginal and gut microbiome. This early exposure helps seed the gut and plays a foundational role in shaping immune development, digestion, and long-term health.

With a C-section, that initial transfer looks different. There is typically lower exposure to key species such as Bifidobacteria in the early stages. However, the microbiome is built over time, and there are multiple opportunities to support its development in the days, weeks, and months that follow.

A few key areas can strongly influence this process:

Breastfeeding
Breastmilk plays a central role in microbiome development. It contains human milk oligosaccharides (HMOs), which selectively feed beneficial bacteria such as Bifidobacteria, along with immune factors and live microbes that help guide early immune development.

Exclusive breastfeeding for at least 3–6 months strongly supports the establishment of Bifidobacteria-dominant gut communities. However, even partial breastfeeding remains beneficial, and continuing beyond 12 months can further support immune and metabolic development.

Probiotics
Targeted probiotic support may help guide early colonisation, particularly following a caesarean birth or antibiotic exposure. Strain specificity is important, with a focus on infant-relevant species such as Bifidobacterium (including B. infantis) and selected Lactobacillus strains, which are often reduced in caesarean-born infants.

Probiotics can be applied to the nipple prior to breastfeeding, mixed with a small amount of expressed breastmilk and given via syringe, or added to a bottle.

Skin-to-skin contact and proximity
Close physical contact supports microbial transfer from mother to baby, while also helping regulate the infant’s stress response and physiology. This extends well beyond birth through ongoing contact and responsive care.

Where possible, prioritise regular skin-to-skin contact, breastfeeding, babywearing, and close sleep arrangements to maximise exposure.

Environmental exposure
Microbial diversity is shaped by the environment. Time outdoors, exposure to natural elements, and contact with animals can help support a broader microbial landscape. An overly sterile environment may limit this process.

We evolved as part of nature, not separate from it.

Bathing practices
Frequent washing, particularly with soaps and chlorinated water, can disrupt the skin microbiome. Less frequent bathing in early life helps preserve these communities.

Where possible, filtered household water for baths and showers can help reduce exposure to chlorine and chloramine. Bath sharing may offer some microbial exposure, but its impact is likely small compared to direct skin-to-skin contact.

Antibiotic use
Antibiotics are sometimes necessary, but early use can disrupt microbial development, particularly when used repeatedly. Most upper respiratory tract infections in infants and young children are viral rather than bacterial. Despite this, it is estimated that around 30–50% of antibiotics prescribed in early life are for conditions where they offer little benefit.

Common childhood illnesses such as colds, coughs, bronchiolitis, viral sore throats, and many ear infections are often viral in origin, yet remain frequent reasons antibiotics are prescribed.

When antibiotics are required, supporting recovery through breastfeeding, diet, and, where appropriate, probiotics can help restore balance over time.

Introduction of whole foods
As solids are introduced, diet becomes the primary driver of microbiome development. An ancestral wholefoods approach should be the focus, prioritising whole, minimally processed foods that support gut and immune system maturation.

In contrast, rice cereals and fruit purées are highly refined and can negatively impact the developing microbiome, especially when used as dietary staples, which they so often are.

Antibiotic Recovery for Mother

In many planned caesareans, a single dose of prophylactic antibiotics, given to mother, is standard practice to reduce the risk of post-surgical infection. In some cases, as it was for me with complications of the removal of my placenta, additional antibiotics were required.

While important, antibiotics disrupt the gut microbiome, reducing both diversity and beneficial species.

Targeted probiotic support
Targeted probiotic support may help guide recolonisation, particularly following a caesarean birth or antibiotic exposure. The strongest clinical evidence supports specific strains such as Lactobacillus rhamnosus GG (LGG) and Saccharomyces boulardii.

Current research supports commencing probiotics alongside antibiotic therapy, taken at least two hours away from each dose to reduce direct interference. Continuing for a minimum of 30 days post-antibiotics provides a foundation, alongside an ongoing focus on prebiotic-rich and fermented foods to support longer-term microbial diversity.

Prebiotic and fibre intake
Feeding the microbiome is just as important as “reseeding” it. A strong focus on fibre-rich whole plant foods and dietary diversity to help support the growth of beneficial microbial species.

This can be complemented with prebiotic supplements where appropriate, including green banana flour, larch arabinogalactan, and slippery elm. Resistant starch sources such as cooked and cooled rice, potatoes, and pasta can also be incorporated to further support microbial fermentation and short-chain fatty acid production.

Nutrient-dense, whole foods
A diet centred on whole, minimally processed foods helps nourish beneficial gut bacteria and support microbial diversity, while reducing refined sugars and ultra-processed foods, including industrial seed oils, may help limit disruption to gut balance and inflammation.

Wound Healing Support

A caesarean is major abdominal surgery, involving multiple layers of tissue including skin, fascia, and muscle. Nutrition becomes a key lever in supporting tissue repair, immune function, and overall healing. Prioritising adequate protein intake is foundational, as it provides the building blocks for repair and regeneration (see our article on protein here). Alongside this, key micronutrients such as vitamin C and zinc are critical for collagen synthesis, immune support, and wound healing. Collagen and gelatin-rich foods provide glycine and proline to further support connective tissue repair. Where there has been blood loss, iron status may also need to be monitored and restored to support oxygen delivery and energy production (see our article on iron here). Hydration underpins all of this, supporting circulation, nutrient delivery, and lymphatic flow.

In practice, this looked like building my meals around high-quality protein and nutrient-dense whole foods. I focused on slow-cooked meats, bone broths, and connective tissue cuts, alongside a variety of fresh, colourful fruits and vegetables to support vitamin C intake. I also included supplements and food-based supplements where needed, particularly liver in the form of a powder or capsules, as a concentrated source of iron, zinc, and other key nutrients. While I generally prefer to meet protein needs through whole foods, I also included a high-quality whey protein to help meet the increased demands during recovery.

Non-Food Support for Recovery

Physical support post-caesarean can make a difference to comfort and longer-term healing. External abdominal support, such as a belly band, can help reduce strain on the incision site and provide a sense of stability in the early weeks. Similarly, SRC recovery tights or other forms of graduated compression can support circulation, reduce swelling, and assist with abdominal and pelvic support during recovery.

Once the wound has closed, silicone scar strips can support scar healing and may help reduce thickening, adhesions, and discolouration when used consistently. As healing progresses, gentle scar mobilisation, introduced at the appropriate time, typically around the 6–8 week mark with professional approval, can help prevent adhesions and improve tissue mobility. Pelvic floor and postnatal physiotherapy also play an important role, with assessment and guided rehabilitation supporting recovery of both the abdominal wall and pelvic floor following surgical birth.

Alongside this, simple lymphatic support strategies such as gentle movement, adequate hydration, and in some cases manual lymphatic drainage can support fluid balance and help reduce swelling during recovery.

My Birth and Beyond

I delivered a healthy baby at 37 weeks and 1 day after spending almost nine weeks in and out of hospital over the summer. During that time, my world became very small. Movement was so restricted, I also could not swim or drive, and I needed to stay close to the hospital when I was discharged. My days were split between hospital admissions and short, uncertain periods at home.

The unpredictability created a constant low-level stress for me, my partner, and our five-year-old daughter, who is still processing parts of that experience.

But alongside the difficulty, there were unexpected gifts. My partner stepped fully into home life in a way that deepened his relationship with our daughter and created shifts that might not have unfolded so naturally otherwise.

When life becomes that contained, your focus narrows to the small things. I became very tuned in to the simple things, sunlight, fresh air, the trees outside my hospital window, short conversations, and human connection that can be so easily missed in the busyness of everyday life. I even turned off the bar fridge in my hospital room just so I had a reason to walk to the shared kitchen.

Now, nine weeks postpartum, that perspective has stayed with me. After so long with every movement constantly having to be considered, the ability to move freely no longer feels ordinary.

If you have the capacity to move your body, use it. It is easy to overlook, but it is everything.