Publications by authors named "Christina Stamatiou"

In this article, the authors describe the 1-stage surgical technique that has been used by the senior author since 1990 for all his primary grade 2 and grade 3 augmentation-mastopexies. The article provides a safe, simple, and reproducible approach to a challenging procedure, one that tends to be the most litigious in aesthetic breast surgery. The key points of this technique are simple preoperative markings; the augmentation is performed with a true submuscular placement of smooth implants; and the mastopexy is performed with an inferior pedicle technique with unlimited skin flap undermining and no limitation of nipple elevation.

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The CD36/FAT scavenger receptor/fatty acids transporter regulates cellular lipid accumulation important for inflammation, atherosclerosis, lipotoxicity, and initiation of cellular senescence. Here we compared the regulatory effects of the vitamin E analogs alpha-tocopherol (αT), alpha-tocopheryl phosphate (αTP), and αTP/βCD (a nanocarrier complex between αTP and β-cyclodextrin [βCD]) and investigated their regulatory effects on lipid accumulation, phagocytosis, and senescence in THP-1 monocytes and macrophages. Both, αTP and αTP/βCD inhibited CD36 surface exposition stronger than αT leading to more pronounced CD36-mediated events such as inhibition of DiI-labeled oxLDL uptake, phagocytosis of fluorescent Staphylococcus aureus bioparticles, and cell proliferation.

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Synopsis of recent research by authors named "Christina Stamatiou"

  • - Christina Stamatiou's research primarily focuses on aesthetic surgery techniques, particularly in augmentation mastopexy, highlighting innovative and efficient surgical methods to address complex patient needs in breast surgery.
  • - In her work on monocytes and macrophages, she investigates the modulation of lipid accumulation and cellular senescence through vitamin E analogs, revealing significant implications for inflammatory responses and chronic diseases.
  • - Additionally, she explores the therapeutic potential of platelet-rich plasma in mitigating chemotherapy-induced alopecia, contributing to the broader understanding of supportive care treatments in oncology.