Skin Research and Technology · 2023 · 16 citations · 4 references
MedicineDermatologyUltrasonographyUltrasoundAblation TherapyFacial RejuvenationInterventional UltrasoundSkin RejuvenationUltrasound ImagingCombination Rejuvenation TherapiesEnergy-based Skin RejuvenationMinimally Invasive Skin RejuvenationRadiofrequency Skin RejuvenationRadiofrequency TreatmentSkin UltrasoundUltrasound-based Skin Rejuvenation
BACKGROUND: High-intensity focused ultrasound (HIFU) and radiofrequency (RF) are non-invasive modalities for skin rejuvenation, but their combined effects have not been evaluated. OBJECTIVE: We evaluated and compared the efficacy of HIFU alone and combined HIFU and bipolar RF using a newly designed probe. METHODS: Twenty-two Korean adults with facial wrinkles and aging underwent treatment on both sides of their face: HIFU-only on the left and HIFU combined with RF on the right. Skin parameters were measured at different time points to evaluate the improvement in skin rejuvenation. RESULTS: HIFU treatment significantly improved skin parameters, including pore volume and number, skin elasticity, depth of eye wrinkles, degree of sagging in the eye area, nasolabial folds and cheeks, volume of the jawline, skin density, and permittivity. Furthermore, combining bipolar RF with HIFU treatment enhanced efficacy in reducing pore number, improving skin elasticity, diminishing eye wrinkle depth, and increasing skin moisturization. These findings indicate that bipolar RF can synergically improve skin rejuvenation by providing a thermal effect to the upper papillary dermis, which is more superficial than the target area of HIFU. CONCLUSION: Combining HIFU with bipolar RF synergistically improves skin rejuvenation, including pore reduction, periorbital wrinkle improvement, skin elasticity, and skin moisturization.
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Intense Focused Ultrasound Tightening in Asian Skin: Clinical and Pathologic Results
Dong Hye Suh, Min Kyung Shin, Sang Jun Lee et al. · Dermatologic Surgery · 2011 · 163 citations
Medicine, Dermatology, Pathology +13
Ji Won Byun, Yoo Ri Kang, Soojung Park et al. · Skin Research and Technology · 2023 · 16 citations · Full text