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Breastfeeding offers incredible benefits for both mother and baby. It can also raise questions about certain medications and aesthetic procedures. Maybe, you are considering Dysport to address wrinkles while you’re breastfeeding. It’s natural to wonder if it’s safe for an infant and won’t cause serious illness. Let’s clarify, “Can you get Dysport when breastfeeding”?
Important note: Information in this post is for educational purposes only and shouldn’t be taken as medical advice. Always consult with a licensed physician before getting Dysport.
Botulinum toxin, often referred to by brand names like Dysport or Botox, is used in injections for various therapeutic and cosmetic purposes due to its unique ability to relax muscles temporarily. This relaxation smooths the overlying skin, giving a more youthful appearance.
Medical use
Botulinum toxin treatments are highly effective in treating muscle spasms and chronic pain conditions. These treatments relax the overactive muscles, reducing pain and improving function. They are utilized for:
Cosmetic treatment
The primary application of botulinum toxin is to smooth out dynamic wrinkles — those caused by facial movements such as smiling, frowning, or squinting. Treated areas include:
The results are temporary, typically lasting 3 to 6 months. Follow-up sessions help to maintain your youthful look.
Dysport is a brand of injectable botulinum toxin type A. It is derived from the bacterium Clostridium botulinum, the same source as other well-known brands like Botox. These bacteria can cause botulism, but in small, controlled doses they have therapeutic effects and improve aesthetic concerns.
Botulism is a serious illness that affects the nervous system. It causes muscular weakness, blurred or double vision, drooping eyelids, digestive issues (nausea, vomiting, abdominal pain), and difficulty breathing. Symptoms may vary.
Dysport is commonly used to reduce wrinkles and fine lines, particularly on the forehead, between the eyebrows, and around the eyes. It is utilized for cervical dystonia, hyperhidrosis, chronic migraines, and other conditions.
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Dysport works by delivering small doses of botulinum toxin to specific muscles via injections. The toxin blocks the release of acetylcholine, a neurotransmitter that signals muscles to contract. Dysport relaxes muscles, which can smooth out the sagging skin and reduce symptoms of muscle-related conditions.
Dysport and breastfeeding are a topic of concern for many new moms considering this procedure. Currently, there is limited research specifically on the safety of Dysport in pregnant and breastfeeding women. The central debate is whether the botulinum toxin can be transmitted through breastmilk, and potentially affect the infant [3].
Healthcare providers often recommend taking a precaution — postpone the procedure until the pregnancy or breastfeeding period ends. Although the primary effect of Dysport is localized and won’t harm, there is a theoretical risk that small amounts of the toxin could spread and become detectable systemically, causing botulism or another illness. This could happen if botulinum toxin is absorbed into the bloodstream, especially if administered in high doses or in individuals with certain medical conditions.
There are factors suggesting a low risk, but not guaranteeing safety:
Despite these factors, prioritizing the safety of mother and baby is crucial. Consult your doctor before undergoing Dysport. They can assess your current breastfeeding situation and advise on potential risks or precautions. Additionally, doctors can ensure you have fully recovered from pregnancy and childbirth before recommending Dysport [1].
Remember, a doctor’s guidance is invaluable in navigating postpartum aesthetic procedures.
There are safer alternatives that can be considered for pregnant patients and nursing women who are cautious about Dysport or Botox due to the potential risks associated with botulism. Here are procedures considered generally safe during lactation:
Maintaining good skin hydration and using gentle, natural skincare products can improve skin health without any risk to breastfeeding. Consider using products with ingredients like aloe vera, chamomile, and green tea.
There are no known significant risks of affecting milk or the infant during and after the procedure. However, you should consult with your healthcare provider to discuss the pros and cons of each solution.
If you have consulted with your doctor and decided to get Dysport, there appears another concern — “when to breastfeed after the procedure”.
Here are minor adverse reactions in the baby, such as changes in feeding patterns or irritability, although these are not well-documented. Unfortunately, there isn’t a definite answer to “when” you can breastfeed after Dysport because there’s no clear evidence of its interaction with breastmilk or risk of botulism.
Although specific guidelines are not well-established, some healthcare professionals suggest a waiting period of 24 to 48 hours after receiving Dysport before resuming breastfeeding.
Dysport is formulated to act locally, and the doses of drugs used in treatments are typically low. The majority of the botulinum toxin remains at the shot site and does not enter the bloodstream in significant amounts.
In clinical practice, systemic effects from Dysport are rare. The careful administration by qualified professionals helps minimize any risk of the toxin spreading beyond the target area. The amount of toxin used in each treatment is also kept within safe limits to reduce any potential systemic absorption.
There’s no data on how a fetus and breastfeeding infant might react to even small amounts of botulinum toxin. This lack of information makes it difficult to assess the potential risks accurately.
The main concern is the possibility of Dysport transferring to breast milk, even if the amount is minimal. Since there are no studies on this, it’s impossible to say for sure if it’s completely safe for the infant.
Although the dose used in Dysport is very small, botulinum toxin can theoretically cause muscular weakness or difficulty in swallowing if it were to reach the infant through breast milk. This is a serious concern, especially for newborns whose bodies are still developing. If possible, delaying Dysport until you’ve completed breastfeeding might be the safest approach.
Currently, no clear evidence suggests Dysport directly impacts lactation (milk production). The main concern would be if systematic absorption were to occur. It theoretically impacts various bodily functions, including lactation, and causes illness (botulism).
Stress or discomfort from undergoing a procedure might indirectly affect milk supply. Due to the lack of definitive research on Dysport and nursing, it’s wise to exercise caution [2].
Cosmetic treatments like Dysport can be a concern for breastfeeding mothers, as they need to ensure the good health of their infants. In most cases, it’s advisable to avoid systematic treatments to minimize any risk to the infant. Talk to a healthcare provider or dermatologist before undergoing any procedure. Always use products from reputable sources and ensure treatment is performed by a qualified professional.
