Autocrine Growth Regulation of keloid &Normal Human Dermal Fibroblasts - Mohammed El Shishtawy, Omyma;Hanafy Abd-Al-Aziz, Abd-Al-Aziz
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Keloid is defined as an abnormal raised, ill-defined scar that grows beyond the boundary of the original site of a skin injury. These are caused by injury to the skin, such as a burn, insect bite, acne, cut, body piercing, or a surgical incision. The treatment of keloid scarring remains one of the most difficult challenges in plastic surgery. The limited success of 1 technique has given rise to numerous treatment protocols. However, keloids still a high recurrence rate. Fibroblasts in keloids have different properties than those seen in normal skin. In this study, we are investigating…mehr

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Produktbeschreibung
Keloid is defined as an abnormal raised, ill-defined scar that grows beyond the boundary of the original site of a skin injury. These are caused by injury to the skin, such as a burn, insect bite, acne, cut, body piercing, or a surgical incision. The treatment of keloid scarring remains one of the most difficult challenges in plastic surgery. The limited success of 1 technique has given rise to numerous treatment protocols. However, keloids still a high recurrence rate. Fibroblasts in keloids have different properties than those seen in normal skin. In this study, we are investigating differences in the autocrine control of both cultured normal human dermal fibroblasts and keloid fibroblasts by studying the effects of fibroblasts conditioned medium at 25 & 50% concentration on P2 cultured fibroblast.
Autorenporträt
MS Omyma El Shishtawy holds master's degree in Biochemistry from Helwan university(2011)and Bachelor of science degree in Chemistry and Biochemistry(2006). She received her master under the supervision of Prof.Abd-Al-Aziz Hanafy. She has university teaching experience of 4 years. She is working as chemist in the chemistry administration in Cairo.