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采用1450纳米激光联合动态冷却进行皮下皮肤更新。

Subsurface skin renewal by treatment with a 1450-nm laser in combination with dynamic cooling.

作者信息

Paithankar Dilip Y, Clifford Joan M, Saleh Bilal A, Ross E Victor, Hardaway Christina A, Barnette David

机构信息

Candela Corporation, 530 Boston Post Road, Wayland, Massachusetts 01778, USA.

出版信息

J Biomed Opt. 2003 Jul;8(3):545-51. doi: 10.1117/1.1586703.

Abstract

A new nonablative laser device, Smoothbeam, has been under evaluation for nonablative wrinkle reduction in skin with minimal side effects. This device incorporates a laser at 1450-nm wavelength to heat the dermis and cryogen spray cooling to prevent epidermal damage. The thermal injury created is internal and imperceptible. The wound-healing response to this internal injury causes improvement in the appearance of skin wrinkles. Biopsies taken immediately after treatment showed mild residual thermal damage (RTD) at a depth range of 150 to 400 microm, which is the dermal zone where most solar elastosis resides. Biopsies from two months after treatment showed fibroplasia extending over a range of depths similar to the acute RTD zones. An improvement in wrinkle severity was noted on the treated side compared with the control side.

摘要

一种新型非剥脱性激光设备Smoothbeam,一直在接受评估,用于减少皮肤皱纹且副作用最小。该设备采用1450纳米波长的激光来加热真皮层,并通过冷冻剂喷雾冷却来防止表皮损伤。所产生的热损伤是内部的且不可察觉的。对这种内部损伤的伤口愈合反应会改善皮肤皱纹的外观。治疗后立即进行的活检显示,在150至400微米的深度范围内有轻度残余热损伤(RTD),这是大多数日光性弹力纤维变性所在的真皮区域。治疗两个月后的活检显示,纤维组织增生在类似于急性RTD区域的一系列深度范围内延伸。与对照侧相比,治疗侧的皱纹严重程度有所改善。

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