Collagenesis-Enabled Solubilized Active Biodegradable Polymer
DexLevo’s Collagenesis-Enabled Solubilized Active Biodegradable Polymer TechnologyTM is a unique technology that enables the generation of collagen in the skin without the use of microparticles. This technology makes possible injection into any dermal layer and allows mixing with other functional active ingredients.
Biostimulation-Enabled Rejuvenating Absorbable Thread
DexLevo’s Biostimulation-Enabled Rejuvenating Absorbable Thread TechnologyTM enables two combined actions, lifting and regenerating. BERAT TechnologyTM allows reation of innovative biodegradable biocompatible materials to restore volume longer and tighten the skin stronger. BERAT TechnologyTM also enables the delivery of functional molecules into the dermal layers more efficiently.
Smart Drug Delivery System
DexLevo’s Smart Drug Delivery System TechnologyTM improves targeting of active ingredients into specific organs or tissues and it also enhances solubility of hydrophobic active ingredients and stability in the aqueous phase. In addition, active ingredients are protected from endogenous proteases and peptidases due to the technology’s smart micellar structures.
First in Class (INIBLANC) |
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Best in Class (DXP 01) |
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Dexlevo desarrolló un nuevo tipo de PCL solubilizado, biocompatible y biodegradable que se extiende uniformemente por toda la piel y forma una extensa malla 3D de gran duración y sin provocar fagocitosis.
La tecnología CESABP (polímeros biodegradables activos solubilizados que estimulan la colagénesis) está patentada por Dexlevo y es la única tecnología del mundo que, sin contener micropartículas, permite la regeneración del colágeno natural de la piel.
Y esto supone una innovación contra el envejecimiento esencial.
World’s unique technology of manufacturing of Solubilized PCL for natural skin collagen synthesis
![]() | Patent no.(KR) : 10-2018-0058947 |
![]() | Patent no.(US) :16/410,611 |
![]() | Patent no.(PCT) :16/410,611 |
![]() | Patent no.(KR) : 10-2018-0058947 |
![]() | Patent no.(US) :16/410,611 |
![]() | Patent no.(PCT) :16/410,611 |