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Technological breakthrough. However, a team of Swiss surgeonshas successfully transplanted a donor liver which was stored outside the body for three days using new technology. The normothermic perfusion machine mimics the human body by giving the organ a continuous blood supply.
13 feb 2019 · Nanotechnology platforms can deliver specific therapeutics to targeted cell types and/or tissue sites and thus have the potential to engineer immune responses that are tailored to the...
- Anil Dangi, Shuangjin Yu, Xunrong Luo
- 2019
11 lug 2022 · An overview of ML applications in solid-organ transplantation is depicted in Fig. 1. Fig. 1: Applications of ML in solid-organ transplantation. a Artificial Neural Networks (ANNs) benefit from ...
28 lug 2021 · This technology-assisted decision tool requires data on previous acceptance behavior for transplant centers and surgeons to prioritize organ offers and reduce burden, both of which are needed in light of recent kidney allocation reforms which substantially increase the complexity of organ placement .
- Issac R. Schwantes, David A. Axelrod
- 2021
23 lug 2021 · In April 2019, the University of Maryland Unmanned Aircraft Systems Test Site conducted the first drone delivery of a live organ for transplant into a waiting patient, a 44-year-old former...
- Jennifer Kite-Powell
10 giu 2022 · 4 Citations. 1 Altmetric. Explore all metrics. Abstract. Purpose of Review. Transplantation evolved dramatically since the first organ transplant in 1954. Rapid increases in knowledge of immunology and surgical care outpaced the organ transportation infrastructure for organ shipment.
The off-target effect, efficient delivery methods of CRISPR molecules for in-vitro and particularly for in-vivo applications and immunogenicity of Cas9 protein against the human immunity system are major barriers for CRISPR technology.
