Skip to Content

Do you have to be asleep during C-section?

A C-section, also known as a Cesarean section, is a surgical procedure used to deliver a baby through incisions in the abdomen and uterus. It involves numbing medication and anesthesia to prevent the mother from feeling pain during the procedure. Many mothers wonder if they have to be completely asleep and unconscious during a C-section or if other options like spinal anesthesia exist.

Do you have to be put to sleep for a C-section?

No, you do not have to be put to sleep and be unconscious for a C-section. The most common method of anesthesia used for C-sections is regional anesthesia such as an epidural or spinal block. This numbs the lower half of the body while allowing the mother to remain awake. General anesthesia, where the mother is completely asleep, is only used in certain emergency situations or upon patient request.

Here are some quick facts on the anesthesia options for a C-section:

  • Regional anesthesia such as a spinal block or epidural is used in over 95% of C-sections in the United States.
  • An epidural or spinal block only affects sensation in the lower half of the body. The mother remains conscious but cannot feel pain from the waist down.
  • General anesthesia renders the mother completely unconscious and is only used in about 5% of scheduled C-sections when an epidural is not suitable, and in some emergency cases.
  • Being awake with regional anesthesia allows mothers the experience of seeing and hearing their baby at birth.
  • Spinal anesthesia provides faster and more complete pain relief compared to an epidural.
  • General anesthesia carries more health risks compared to regional options.

In summary, the majority of mothers having a planned C-section can opt for regional anesthesia and do not have to be completely asleep or unconscious during the procedure.

What are the different types of anesthesia used for a C-section?

There are three main options for anesthesia during a C-section:

Spinal Block

A spinal block, or spinal anesthetic, is the most common option used for planned C-sections. It involves an injection of a local anesthetic drug into the fluid around the spinal cord, numbing the nerves that carry sensation from the lower body. It provides rapid and complete pain relief within minutes that lasts about 1-2 hours.

Epidural Anesthesia

An epidural block involves placing a catheter into the epidural space around the spinal cord and giving anesthetic drugs through the catheter. It takes 10-20 minutes to provide pain relief. The effects last longer than a spinal block, making it a good option for longer surgeries.

General Anesthesia

General anesthesia renders the mother completely unconscious for the surgery. It involves giving anesthetic drugs intravenously as well as using a breathing tube. It results in loss of consciousness within seconds but has more risks compared to regional anesthesia.

Here is a comparison of the different anesthesia options:

Type How it works Onset of effects Duration Pros Cons
Spinal Block An injection into the spinal fluid in the lower back 2-10 minutes 1-2 hours
  • Fast onset
  • Complete temporary pain relief
  • Lower risk than general anesthesia
  • Allows mother to be awake
  • Short duration
  • Risk of headache
  • Requires injection in the back
Epidural Medication given through a catheter placed in the epidural space of the spine 10-20 minutes 1-2 hours
  • Gradual onset
  • Allows mother to be awake
  • Can be topped up if needed
  • Slower onset
  • Not as complete pain relief as spinal
  • Risk of inadequate pain relief
General Anesthesia IV and inhaled medications that make you unconscious 30-60 seconds Up to 24 hours
  • Very fast acting
  • Total lack of awareness
  • Unable to be awake for birth
  • Increased medical risks
  • Longer hospital stay
  • Slower recovery

In summary, regional anesthesia allows mothers to experience the birth while avoiding the risks of general anesthesia. Spinals provide faster pain relief while epidurals have a longer duration.

What are the risks and benefits of being awake during a C-section?

There are several potential benefits and risks to being awake and alert during a C-section compared to having general anesthesia:

Benefits of being awake

  • Hearing baby’s first cries – Being awake allows mothers to hear their baby as soon as its delivered.
  • Seeing baby born – Mothers can witness and see their baby coming into the world.
  • Lower health risks – Regional anesthesia has lower complication risks compared to general anesthesia.
  • Quicker recovery – Avoiding general anesthesia allows for faster recovery and less time in the hospital.
  • Initiate breastfeeding – Being awake allows mothers to start breastfeeding sooner.
  • Includes partner – Partners can be present and share the experience if the mother is awake.

Risks of being awake

  • Feeling tugging or pressure – Some tugging, pulling or pressure sensations may be felt during surgery even with numbing.
  • Hearing surgical sounds – Some surgical sounds may cause anxiety for some mothers.
  • Rare complications – Though minimal, regional anesthesia has rare risks like severe headaches or nerve injury.
  • Discomfort holding still – Remaining still while awake can lead to back discomfort or arm numbness.
  • Anesthesia wearing off – As regional anesthesia wears off, mothers may feel some pain or nausea.

Overall, most mothers report benefits from being able to experience their baby’s birth when awake with regional anesthesia for a C-section. The advantages seem to outweigh the small risks.

What happens if you are awake during a C-section?

Here is a general idea of what mothers can expect if they remain awake and alert for their C-section using regional anesthesia like a spinal block:

  • An IV will be started to give fluids and medication if needed.
  • Monitoring devices will be attached like blood pressure cuff, ECG leads, and oxygen saturation monitor.
  • A catheter may be inserted to drain the bladder and monitor urine output.
  • The anesthesia provider will sterily prepare the back and inject medication into the spinal space for the spinal block.
  • As the spinal starts to work, the lower body will become numb to touch and temperature. The mother will be helped onto the OR table.
  • A barrier screen is set up to block view of the surgical area but allow the mother to see the baby.
  • Surgery starts – the mother may feel tugging, pulling or pressure sensations.
  • When the baby is delivered, mothers can hear first cries and see the baby briefly.
  • The partner can be present to share the experience if desired.
  • After surgery, the mother is monitored in recovery and spinal anesthesia starts to wear off.

Even though they don’t feel physical pain, being awake during the surgery enables mothers to experience the awe of childbirth. The medical team will provide support throughout the process as well.

What are the risks of general anesthesia for a C-section?

While general anesthesia for a C-section allows the mother to be completely unconscious during surgery, it has some increased risks compared to regional anesthesia which include:

  • Respiratory complications – Intubation can lead to breathing problems like collapsed lung.
  • Drug reactions – Allergic reactions or side effects from anesthesia medications.
  • Nausea and vomiting – Common side effects after general anesthesia.
  • Drowsiness – Mothers remain sleepier and more disoriented after surgery.
  • Increased bleeding – Some data shows higher blood loss with general anesthesia.
  • Neonatal effects – Drugs cross placenta and may affect baby like lower APGAR scores.
  • Longer hospital stay – General anesthesia delays mobility and recovery.

While serious complications are rare, avoiding general anesthesia reduces risks and recovery time for both the mother and baby. Regional anesthesia has an excellent safety record.

Risk factors for general anesthesia with C-section

Some situations where general anesthesia is more likely needed for a C-section include:

  • Emergency surgery for fetal distress or life-threatening bleeding
  • Extremely premature delivery
  • Severe maternal heart or lung disease
  • Coagulopathy or platelet disorders
  • Placenta accreta spectrum disorders
  • Multiple gestation (twins, triplets)
  • Acute fetal compromise during labor
  • Inability to place regional anesthesia
  • Patient refusal of regional anesthesia

However, even in emergency situations, the risk versus benefits of general anesthesia will be weighed given the potential complications.

What factors affect the choice of using general anesthesia versus regional anesthesia for C-section?

There are several factors that impact whether regional anesthesia or general anesthesia will be used for a C-section. These include:

Emergency versus planned C-section

For scheduled planned C-sections, there is time to place regional anesthesia. But in emergency situations, general anesthesia may be needed for extremely urgent delivery.

Anesthesia provider recommendation

The anesthesia care team will assess the patient’s medical history and surgical needs to determine the safest method.

Surgical factors

Issues like severe placenta previa, history of prior uterine surgery or complications may make regional anesthesia challenging or risky.

Maternal preference

If the patient requests general anesthesia and there are no contraindications, this may guide the choice.

Clinical policies

Some hospitals and obstetric units have a low threshold for general anesthesia use while others use it rarely.

Anesthesia availability

Having anesthesia staff immediately available to provide general anesthesia for urgent cases may influence usage.

In the end, the anesthesia choice will depend on clinical judgment of the safest option for that patient’s unique situation.

How long does it take to recover from general anesthesia after a c-section?

Recovery after general anesthesia for a C-section takes longer compared to recovery after regional anesthesia. Some timeframes include:

  • Regaining consciousness – 60-90 minutes after surgery ends
  • Able to drink fluids – 2 hours post-op
  • Able to eat solid foods – 4-6 hours
  • Able to sit up or walk with assistance – 6-12 hours
  • Bowel sounds return and passing gas – 12-24 hours
  • Able to walk unassisted – 18-24 hours
  • Pain controlled with oral medications – 24-48 hours
  • Discharged from hospital – 3-4 days average
  • Return to normal energy levels – 2 weeks

In comparison, mothers who had regional anesthesia can be discharged as early as 24-48 hours after a C-section. General anesthesia delays early bonding, breastfeeding and mobility – all important after birth.

Tips to recover faster after general anesthesia

  • Get up and walk as soon as able to prevent blood clots.
  • Take regular pain medication to stay ahead of pain.
  • Use pillows to splint incision when moving or coughing.
  • Do deep breathing exercises to expand lungs fully.
  • Drink plenty of fluids and eat high-fiber foods for bowel regularity.
  • Have a family member or nurse assist with baby care initially.
  • Rest and sleep as much as possible.
  • Ask for help from hospital staff or home health care if needed.

Having realistic expectations about the recovery time can help new mothers plan accordingly for extra help after a C-section with general anesthesia.

Conclusion

In conclusion, the majority of mothers having a planned C-section do not have to be completely asleep with general anesthesia. Regional anesthesia like a spinal block allows mothers to experience their baby’s birth while also avoiding the greater risks of being unconscious under general anesthesia.

Being awake does have benefits like quicker recovery and bonding with the newborn. However, a small percentage of mothers will still require general anesthesia for certain medical conditions or emergency situations.

The anesthesia team will consider many factors and ultimately choose the safest method of anesthesia for each patient’s unique situation. But in routine planned C-sections, regional anesthesia enables mothers to witness the awe of childbirth while minimizing the risks of being fully asleep.