e.p.t.q. S100 was fully degraded by hyaluronidase injection is confirmed by iatrogenic blindness case in in-vivo test.
Effectiveness of retrobulbar hyaluronidase injection in an iatrogenic blindness rabbit model using hyaluronic acid filler injection, Plastic and Reconstructive Surgery 2019
Rheological properties of 41 fillers (including e.p.t.q. S100, 300, 500) directly linked to product performance were measured. Understanding the fillers’ properties can help physicians select the appropriate fillers for more predictable and sustainable results.
Practical guidelines for hyaluronic acid soft-tissue filler use in facial rejuvenation, Dermatologic Surgery 2019
e.p.t.q. can be injected with fine needles(30G) due to fine homogenized particles. Typically Large sized gel particles containing fillers should not be used with small-bore needles, given the potential effects on particle size and rheological equilibrium.
Soft tissue filler properties can be altered by a small-diameter needle, Dermatologic Surgery 2019
e.p.t.q. S300 has sufficient cohesiveness and elastic modulus for forehead augmentation.
Clinical application of a new hyaluronic acid filler based on its rheological properties and the anatomical site of injection, Biomedical Dermatology 2018
e.p.t.q. S100 is a safe and effective choice for temple augmentation when injected to superficial subcutaneous layer.
Novel technique of filler injection in the temple area using the vein detection device, Journal of Plastic Reconstructive and Aesthetic Surgery 2018