GynWell | Intrauterine Sodium Hyaluronate Gel
A sodium hyaluronate–based medical gel intended for use inside the uterine cavity to help reduce the formation of adhesions after certain medical and surgical procedures.
About GynWell
GynWell is a sodium hyaluronate medical gel intended for use inside the uterine cavity, to help reduce the formation of intrauterine adhesions after certain medical and surgical procedures.
The product provides a temporary barrier inside the uterine cavity during the recovery phase, helping to reduce tissue contact and limit the formation of adhesions.
Use
GynWell is used inside the uterine cavity after the procedures specified in the product’s instructions for use, to help prevent or reduce the formation of intrauterine adhesions.
How does GynWell work?
Intrauterine adhesions may form during the recovery phase after certain procedures.
GynWell acts as a temporary barrier inside the uterine cavity, helping to reduce contact between tissue surfaces during this phase and limit the formation of adhesions.
Technical information
Product type
Anti-adhesion medical gel intended for use inside the uterine cavity.
Core material
Cross-linked sodium hyaluronate
Cross-linked Sodium Hyaluronate
Concentration
10 mg/mL
Manufacturing technology
BDDE Cross-linking Technology
Formulation properties
A highly viscous, cohesive gel formulation designed to help it remain in place inside the uterine cavity for the intended period of use.
Sterilisation
Steam sterilised at high temperature.
Storage
Store at room temperature, away from light, at humidity below 80%.
Intended purpose
Helping to prevent or reduce intrauterine adhesions after the procedures specified for the product.
Professional use
Intended for use by specialists in accordance with the product’s instructions for use.
Supply for medical facilities
Beauty Roots supplies GynWell to medical facilities, with supply, storage, distribution and follow-up services. To obtain the product’s medical file or enquire about supply, contact the Beauty Roots team directly.