LIPORASE (Hyaluronidase) from KOREA

LIPORASE inj.

Active ingredients: Hyaluronidase

Manufacturer: Republic of Korea

Packing unit: 10 vials

Liporase Inj. (Hyaluronidase) is a solution of hyaluronidase, an enzyme catalyzing degradation of hyaluronic acid (HA). It is aimed at dissolving HA-based fillers in case of unsatisfying results of the injection procedure. It can also be used for increasing the effect of a fat-burning injection procedure.

Strengths of Liporase Inj. (Hyaluronidase):

immediate result

the enzyme reverses the effect of incorrectly injected HA-based fillers

enhances the effect of lipolysis injections, decreases cellulitis

Liporase Inj. (Hyaluronidase) is used to dissolve HA deposits or enhance the effect of fat melting procedures.

Scope of Liporase Inj. (Hyaluronidase):

reversing the effect of HA-based fillers that have been injected unevenly, incorrectly, or excessively

enhancing the effect of fat-resolving injections (combined use)

in case of emergency if a dermal filler has been injected into a blood vessel

Product composition: Hyaluronidase 1,500 IU

Liporase Inj. (Hyaluronidase)

10 vials × 1.0 ml per pack

Manufacturer: Daehan New Pharm Co., Ltd., South Korea

LIPORASE contains a specially formulated protein enzyme that rapidly and effectively dissolves hyaluronic acid (HA) and other fluids (including PPC fat melting solutions), increasing their rate of absorption in the body. It is used to dissolve HA dermal fillers and enhance the effect of fat dissolving injections.

This product can reverse the effects of Hyaluronic Acid fillers and boost those of fat-melting serums. Both of these applications of LIPORASE lead to almost immediate results because this enzyme starts to work the moment it is injected in the target area regardless if the latter is a fat deposit or a layer of the skin. However, with some HA filler injections, the effects may become visible 24-48 hours after it has been administered when the HA gel concentration or the cross-linking ratio is higher than the average.