Results 21 to 30 of about 4,769 (189)

Burn Etiology and Pathogenesis [PDF]

, 2018
As a trauma type, “Burn” is one of the high-frequency accidents in the world. It is mostly caused by electricity, hot water, and chemical agents. A trauma can have acute effects on burns, skin, and other organ systems.
Kara, Yesim Akpinar
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A Scoping Review of the Methodology Used in Studies of Genetic Influences on the Development of Keloid or Hypertrophic Scarring in Adults and Children After Acute Wounding [PDF]

, 2021
Significance: Keloid and hypertrophic scarring are common following acute wounds. However, the variability in scarring outcomes between individuals and in particular, the association between genetic factors and scarring, is not well understood.
Cuttle, Leila, Davies, Philippa, Young, Amber   +2 more
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The Effects of Topical Agent (Kelo-Cote or Contractubex) Massage on the Thickness of Post-Burn Scar Tissue Formed in Rats

Archives of Plastic Surgery, 2013
Background We conducted an experimental study to compare the effect of massage using topical agents (Kelo-cote or Contractubex) on scar formation by massaging the healed burn wound on the dorsal area of Sprague-Dawley (SD) rats. Methods Four
Won Jin Ko, Young Cheon Na, Bum Sin Suh, Hyeon A Kim, Woo Hoe Heo, Gum Ha Choi, Seo Ul Lee   +6 more
doaj   +1 more source

The Keloid Disorder: Heterogeneity, Histopathology, Mechanisms and Models

Frontiers in Cell and Developmental Biology, 2020
Keloids constitute an abnormal fibroproliferative wound healing response in which raised scar tissue grows excessively and invasively beyond the original wound borders.
Grace C. Limandjaja, Frank B. Niessen, Rik J. Scheper, Susan Gibbs, Susan Gibbs   +4 more
doaj   +1 more source

A systematic review of objective burn scar measurements [PDF]

, 2016
BackgroundProblematic scarring remains a challenging aspect to address in the treatment of burns and can significantly affect the quality of life of the burn survivor.
Akita, Akita, Alex, Allely, Alster, Anderson, Anthonissen, Anthonissen, Ardehali, Ardigò, Atiyeh, Babalola, Bae, Barel, Barolet, Bartell, Beausang, Berman, Berry, Bessonart, Bhedi, Bloemen, Bloemen, Blome-Eberwein, Bowling, Bowling, Boyce, Brandt, Bray, Brown, Brusselaers, Brusselaers, Burke-Smith, Campanati, Chan, Chang, Chang, Chen, Chen, Chen, Chen, Cheng, Cheon, Cheon, Choi, Chu, Cilip, Clark, Clark, Clark, Clarys, Corica, Coster, Cui, Da Costa, Danin, Davey, De Paepe, De Paepe, de Rigal, de Vries, Dematte, Dobrev, Draaijers, Draaijers, Draaijers, Drexler, Du, Ehrlich, Eraud, Esposito, Ferriero, Fischer, Fluhr, Fong, Forrester, Fournier, Gambichler, Gangemi, Gankande, Gankande, Gankande, Gee Kee, Ghassemi, Gisquet, Gong, Gong, Gunner, Hallam, Haller, Hambleton, Hardwicke, Hern, Hoeffelin, Hoeksema, Hoogewerf, Horta, Hosoda, Hsu, Ichioka, Jiang, Jones, Kaartinen, Kaartinen, Katz, Kautzky, Kelf, Khorasani, Kim, Kim, Kim, Klosova, Koller, Konig, Kottner, Kovacs, Krusche, Lacarrubba, Lagarde, Lahtinen, Lai, Lamah, Landis, Larrabee, Lau, Lau, Leung, Li, Li, Li-Tsang, Li-Tsang, Liew, Lim, Lo, Lumenta, Lye, Magliaro, Magnusson, Malenfant, Matsuzaki, McHugh, Meirte, Merkel, Miller, Moloney, Moncrieff, Monstrey, Moshref, Musgrave, Nardin, Nedelec, Nedelec, Nedelec, Nedelec, Nehal, Nguyen, Nguyen, Niyaz, Nuutinen, O'Goshi, Oliveira, Page, Palmieri, Parry, Pasqui, Perry, Pilley, Popovic, Powell, Powers, Prindeze, Qui, Qui, Rab, Rahmanian-Schwarz, Rajadhyaksha, Rennekampff, Rennekampff, Rodrigues, Rolfe, Rosado, Sawada, Selig, Shuwairi, Sin, Singer, Spann, Steiner, Stekelenburg, Stewart, Straub, Suetake, Sugama, Tanaka, Tanaka, Taylor, Tena, Tena, Thacker, Theer, Thumfart, Timar-Banu, Tsap, Tseng, Tseng, Tzou, Ud-Din, Urbanová, Valente, Valisuo, Van den Kerckhove, Van den Kerckhove, van der Helm, van der Wal, van der Wal, van Zuijlen, van Zuijlen, van Zuijlen, Verhaegen, Verhaegen, Verhaegen, Wang, Wang, Wei, Welzel, Welzel, Wernicke, Winkler, Wittenberg, Wohlrab, Wurzer, Yip, Yoo, Zhang, Zhang, Zhu, Zhuang, Zmudzinska   +237 more
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Evaluation of public’s perception of scar cosmesis after thyroidectomy: Results of a survey of Turkish versus South Korean individuals [PDF]

, 2023
Purpose: Visible scars on the neck caused by thyroid surgery give rise to significant aesthetic, functional, and psychosocial problems. The objective of this study is to comparatively investigate the public perception of neck scar cosmesis in Turkish and
Alçı, Erman, Chang, Hang-Seok, Gözener, Seda, Hassoy, Hür, İçöz, Gökhan, Kim, Seok-Mo, Kim, Soo Young, Lee, Yong Sang, Makay, Özer, Türk, Yiğit, Yun, Hyeok Jun, Özdemir, Murat   +11 more
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Anti-Vascular Endothelial Growth Factor (Bevacizumab) Therapy Reduces Hypertrophic Scar Formation in a Rabbit Ear Wounding Model

Archives of Plastic Surgery, 2016
Background Hypertrophic scarring is a pathological condition that occurs after trauma or surgery. Angiogenesis occurs more often with hypertrophic scarring than with normotrophic scarring.
Do Hoon Kwak, Tae Hui Bae, Woo Seob Kim, Han Koo Kim   +3 more
doaj   +1 more source

Fibromodulin Reduces Scar Size and Increases Scar Tensile Strength in Normal and Excessive-Mechanical-Loading Porcine Cutaneous Wounds [PDF]

, 2018
Hypertrophic scarring is a major postoperative complication which leads to severe disfigurement and dysfunction in patients and usually requires multiple surgical revisions due to its high recurrence rates.
Chen, Eric, Jiang, Wenlu, Lee, Soonchul, Li, Chenshuang, Song, Richard, Soo, Chia, Ting, Kang, Zara, Janette N., Zhang, Xinli, Zhao, Zhihe, Zheng, Zhong   +10 more
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THE USE OF CRYOCONSERVATED PLACENTA FOR PREVENTION OF PATHOLOGIC SCAR FORMATION OF THE HEAD AND NECK AT THE INTRA- AND POSTOPERATIVE STAGE IN PLANNED SURGERY

Український стоматологічний альманах, 2020
As the trend to look beautiful is growing, so does the number of patients seeking reconstructive and aesthetic facial surgery, which leads to the rapid development of this field.
O.A. Toropov, D.S. Avetikov, K.P. Lokes, D.V. Steblovskyi, V.M. Skrypnyk, R.A. Prykhidko   +5 more
doaj   +1 more source

Presence of Type 1 Collagen Alpha-2 (COL1A2) (rs42524) Gene Polymorphism and Scar Tissue Formation in Different Areas of Head and Neck [PDF]

, 2022
Objective: To determine the effect type I collagen gene polymorphism alpha-2 (COL1A2) (rs42524) on the formation of scar tissue that is localized in the head and neck areas.
Avetikov, David Solomonovich, Buchanhenko, Olga Petrivna, Izmajlova, Olga Vitaliivna, Kajdashev, Igor Petrovich, Klitynska, Oksana Vasylivna, Lokes, Kateryna Petrivna, Shlykova, Oksana Anatoliivna, Vesnina, Ludmila Eduardivna   +7 more
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