I’m truly sorry to hear about your injury — dog bites to the face, especially the lips, can be traumatic both physically and emotionally. I want to share some insights based on my clinical experience, especially since I’ve treated a similar case, published & presented it at international medical conferences. A few years ago, I cared for a 47-year-old woman who was bitten by her own dog on her lower lip. It was a complex, deep wound — and understandably, she was terrified about the possibility of permanent disfigurement. I treated her within 24 hours using a topical application of placental-derived exosomes. These are cell-free, extracellular vesicles involved in intercellular communication, and they’ve shown promising potential in enhancing wound healing, reducing inflammation, and reducing the incidences of hypertrophic scarring. In her case, the results were quite remarkable: she was fully epithelialized in nine days, had no visible scar, and even after several years, she has not developed hypertrophic scarring or loss of function even after 3 years. It’s important to understand that facial dog bite injuries are uniquely challenging. Research shows that out of over 1,300 reviewed cases ( published in September 2022), 75% required surgical intervention, 19% needed revision surgery, and complication rates were higher in patients treated in emergency rooms than those treated in surgical settings. Common complications include infection, scarring, nerve injury, and psychological impact. While my case report highlights a positive outcome, I want to be very clear: this is not a promotional post, and I am not endorsing any specific brand or claiming that exosomes are a guaranteed solution. The use of exosomes is still investigational. The FDA has NOT approved any Exosomes. and more controlled human studies are needed before we can make broad claims. The link for my published case report is attached. That said, over the past five years, I’ve used topical exosomes (from various sources, including adipose, placental, umbilical, and platelet-derived) in more than 500–600 cases for nonsurgical aesthetic procedures, especially after ablative and nonablative lasers. I believe they have a role when applied post-laser for reducing downtime and expediting wound healing. Their effects in wound healing span all four phases: reducing inflammation, accelerating epithelialization, supporting collagen remodeling, and potentially preventing Hypertrophic scar formation by controlling myofibroblast conversion. My goal with that patient—and with every patient—is always to explore every ethical, science-backed method available to promote optimal healing. If we have safe, noninvasive, cell-free, readily available regenerative tools, why not use them to minimize long-term consequences like scarring? Again, this is just a single case report, and I’m sharing it purely to inform, not to sell or promise outcomes. I encourage you to research and consult with experienced plastic surgeons familiar with advanced wound healing options. Scars don’t have to be inevitable, and sometimes, early intervention makes all the difference. Wishing you a smooth and complete recovery. Warmly, Dr. Shanthala