Advancing mouse models for transplantation research
医学
移植
重症监护医学
计算生物学
外科
生物
作者
Paolo Cravedi,Leonardo V. Riella,Mandy L. Ford,Anna Valujskikh,Madhav C. Menon,Allan D. Kirk,Maria‐Luisa Alegre,Alessandro Alessandrini,Sandy Feng,Patricia Kehn,Nader Najafian,Wayne W. Hancock,Peter S. Heeger,Jonathan S. Maltzman,Roslyn B. Mannon,Satish N. Nadig,Jonah Odim,Hēth Turnquist,Julia M. Shaw,Lori J. West,Xunrong Luo,Anita S. Chong,Jonathan S. Bromberg
Mouse models have been instrumental in understanding mechanisms of transplant rejection and tolerance, but cross-study reproducibility and translation of experimental findings into effective clinical therapies are issues of concern. The Mouse Models in Transplantation symposium gathered scientists and physician-scientists involved in basic and clinical research in transplantation to discuss the strengths and limitations of mouse transplant models and strategies to enhance their utility. Participants recognized that increased procedure standardization, including the use of prespecified, defined endpoints, and statistical power analyses, would benefit the field. They also discussed the generation of new models that incorporate environmental and genetic variables affecting clinical outcomes as potentially important. If implemented, these strategies are expected to improve the reproducibility of mouse studies and increase their translation to clinical trials and, ideally, new Food and Drug Administration-approved drugs.