How Hylenex breaks down filler
Hylenex is an enzyme that breaks down hyaluronic acid–based filler so the body can absorb and clear it. Clinicians target the specific gel in the treated area to reduce volume and address lumps or asymmetry. The approach focuses on controlled enzymatic breakdown rather than physically displacing or removing the product.
The dose of Hylenex is tailored to the volume of filler being addressed and the treatment area. Different HA fillers vary in formulation and longevity, so your clinician will review your filler history and proceed conservatively. Treatment planning balances sufficient enzyme to correct the issue while avoiding unintended tissue changes.
What to expect during treatment
Appointments are scheduled for 45 MINUTES to allow assessment, treatment, and immediate post-procedure review. We begin with a focused consultation about prior injections, specific concerns, and the area to be treated. Many Bronx clients commuting from Fordham or nearby neighborhoods appreciate the efficient workflow that still allows careful evaluation.
During treatment, small injections of Hylenex are placed where filler is present; you may feel mild pressure or brief stinging. Swelling, bruising, and tenderness are common and monitored. Your clinician will provide aftercare guidance, including activity and medication considerations tailored to the treated volume and your medical history.
Risks, timing, and follow-up
Allergic reactions to Hylenex are possible but uncommon; a medical history review identifies risks and contraindications before treatment. Because the enzyme acts on hyaluronic acid, clinicians use conservative dosing and may stage treatments to reduce overcorrection and better control contour changes.
Follow-up visits let your provider assess response and decide whether additional enzyme is needed; timing depends on the amount and type of filler treated. Saged NYC offers scheduling mindful of transit-oriented Bronx life, including early morning, evening, and weekend options to accommodate commuters, students, and working families.
