6篇
您的检索式：作者名="Luca Cicalese"
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| 1 | BACTERIAL TRANSLOCATION IN CLINICAL INTESTINAL TRANSPLANTATION显示文摘 | Luca Cicalese Pierpaolo Sileri Michael Green Kareem Abu-Elmagd Samuel Kocoshis Jorge Reyes | 2001 | Transplantation2001，，10： | 3 |
| 2 | Visualizing Hepatitis C Virus Infections in Human Liver by Two-Photon Microscopy显示文摘 | Yuqiong Liang Tuya Shilagard Shu–Yuan Xiao Ned Snyder Daryl Lau Luca Cicalese Heidi Weiss Gracie Vargas Stanley M. Lemon | 2009 | Gastroenterology2009，，4： | 1 |
| 3 | Acute Pancreatitis and Bacterial Translocation显示文摘 | Luca Cicalese Anurag Sahai Pierpaolo Sileri Cristiana Rastellini Vladimir Subbotin Henry Ford Kenneth Lee | 2001 | Digestive Diseases and Sciences2001，，5： | 1 |
| 4 | Acute Pancreatitis and Bacterial Translocation显示文摘 | Luca Cicalese Anurag Sahai Pierpaolo Sileri Cristiana Rastellini Vladimir Subbotin Henry Ford Kenneth Lee | 2001 | Digestive Diseases and Sciences2001，，5： | 1 |
| 5 | Intestinal Microvascular Patterns During Hemorrhagic Shock显示文摘 | Sergio Morini Wael Yacoub Cristiana Rastellini Eugenio Gaudio Simon C. Watkins Luca Cicalese | 2000 | Digestive Diseases and Sciences2000，，4： | 1 |
| 6 | New approaches to increase intestinal length: Methods used for intestinal regeneration and bioengineering显示文摘Inadequate absorptive surface area poses a great challenge to the patients suffering a variety of in-testinal diseases causing short bowel syndrome. To date, these patients are managed with total parenteral nutrition or intestinal transplantation. However, these carry significant morbidity and mortality. Currently, by emergence of tissue engineering, anticipations to utilize an alternative method to increase the intestinal absorptive surface area are increasing. In this paper, we will review the improvements made over time in attempting elongating the intestine with surgical techniques as well as using intestinal bioengineering. Performing sequential intestinal lengthening was the preliminary method applied in humans. However, these methods did not reach widespread use and has limited outcome. Subsequent experimental methods were developed utilizing scaffolds to regenerate intestinal tissue and organoids unit from the intestinal epithelium. Stem cells also have been studied and applied in all types of tissue engineering. Biomaterials were utilized as a structural support for naive cells to produce bio-engineered tissue that can achieve a near-normal anatomical structure. A promising novel approach is the elongation of the intestine with an acellular biologic scaffold to generate a neoformed intestinal tissue that showed, for the first time, evidence of absorption in vivo. In the large intestine, studies are more focused on regeneration and engineering of sphincters and will be briefly reviewed. From the review of the existing literature, it can be concluded that significant progress has been achieved in these experimental methods but that these now need to be fully translated into a pre-clinical and clinical experimentation to become a future viable therapeutic option. | Ali Shirafkan Mauro Montalbano Joshua Mc Guire Cristiana Rastellini Luca Cicalese | 2016 | World Journal of Transplantation2016，6，1： | 0 |
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