@article{1461862,
      recid = {1461862},
      author = {Han, Seung-Kyu.},
      title = {Innovations and advances in wound healing /},
      publisher = {Springer,},
      address = {Singapore :},
      pages = {1 online resource},
      year = {2023},
      abstract = {This book presents state of the art knowledge on new  techniques and materials that can improve functional and  aesthetic results in wound healing while reducing  invasiveness, based on the author's extensive personal  experience. The aim is to equip the practitioner with all  the information required in order to select a strategy that  will accelerate wound healing and minimize both the risk of  complications and scar formation after the wound has fully  healed. The opening chapters set the stage by providing an  overview of wound healing, including brief descriptions of  the anatomy of the skin, the wound healing process, and  advanced wound dressings. A full description follows of the  various methodologies employed in repairing acute wounds  with the goal of achieving optimal functional and cosmetic  outcomes while utilizing the safest and least invasive  method. Treatment protocols that have proven successful in  closing nonhealing and/or delayed healing chronic wounds  are then presented. In addition, a chapter addresses  aesthetic procedures using advanced technology in wound  healing. The closing chapter presents authors experience  with the establishment a hospital wound dressing team. The  text is supported by 1,411 full color photos. Since the  publication of the second edition, there have been many  notable advances in wound healing research. The third  edition is expanded and updated to reflect the advancements  and new information. Key revisions include new chapters  and/or sections on recently developed dressings such as a  bioelectric dressing, a fluorescence imaging device of  bacteria, usefulness of fibrin glue to support wound  healing, graft of 3D-printed micronized adipose tissue,  significance of skin hydration level for wound healing,  novel staged excision technique to reduce scar length,  newly developed risk scoring system to predict wound  healing outcomes in diabetic patients, expanded coverage of  cell therapy, new devices such as extracorporeal shock wave  therapy, and automated SVF cell isolation system.},
      url = {http://library.usi.edu/record/1461862},
      doi = {https://doi.org/10.1007/978-981-19-9805-8},
}