SG

Home > Literature Database > view

Consensus Recommendations on the Use of Injectable Poly-L-Lactic Acid for Facial and Nonfacial Volum

Danny Vleggaar MD, Rebecca Fitzgerald MD, Z. Paul Lorenc MD FACS, J.Todd Andrews MD, Kimberly Butterwick MD, Jody Comstock MD, C. William Hanke MD, T. Gerald O'Daniel MD FACS, Melanie D. Palm MD MBA, Wendy E. Roberts MD, Neil Sadick MD, and Craig F. Tell


* 特别声明:

1.本栏目所收录的文献,均为已在国内外医学期刊正式发表的学术论文,其内容系独立的科学研究成果。本公司仅作为学术资料进行转载与分享,并不对文献中的观点、数据或结论进行任何形式的背书或确认。

2.本栏目内容仅供相关人士参考,不构成任何形式的医疗建议、产品推荐或治疗方案指引,所有医美项目均需前往正规机构咨询专业医生量身定制合适方案。

3.文献中涉及的医学材料或技术的功效描述,是基于特定学术观点与发现,并非对任何具体产品的功效、安全性或适应症的承诺、保证或宣传。本栏目中涉及的部分医美项目,基于产品特性,请结合所在司法辖区产品注册适应症甄别借鉴。

4.既往研究成果可能被新的科学证据所更新或替代,敬请动态甄别。

5本栏目仅供中国大陆地区年满18周岁用户浏览。

You might like...

12-28

2023

聚左旋乳酸(艾维岚)在皮肤与注射的应用进展

随着人们对衰老的逐步认识,可注射填充物和体积增强剂已成为人们对抗衰老的重要治疗选择。聚左旋乳酸(Poly-L-lacticacid,PLLA)作为一种临床常用的医美填充材料,具有很好的皮肤外观改善效果,目前应用广泛。

08-12

2021

Randomized, Controlled, Multicentered, Double-Blind Investigation of Injectable Poly-L-Lactic Acid f

At the 12-month follow-up, there was a statistically significant increase of skin elasticity and hydration in PLLA-treated subjects and a decrease in transepidermal water loss in both groups. Pigmentation, erythema, and pore size were significantly decre

09-22

2021

The biological basis for poly-L-lactic acid-induced augmentation

PLLA-induced augmentation is most likely based on capsule formation orchestrating macrophages, (myo-)fibroblasts, and collagen type I and III fibres. We observed considerably slower degradation of PLLA particles than described previously. Thus PLLA partic

0.031700s