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1 immune responses in the context of organ and tissue transplantation.
2 fic cancers, rheumatoid arthritis, and organ/tissue transplantation.
3  for local immune modulation after organ and tissue transplantation.
4 he immunodominance of H60 mH-Ag in organ and tissue transplantation.
5 de effects and be clinically useful for bone tissue transplantation.
6  T cell programming in a model of allogeneic tissue transplantation.
7 ted mice also failed to infect naive mice by tissue transplantation.
8 nt developed acute hepatitis C shortly after tissue transplantation.
9 hat has been noted in the context of ovarian tissue transplantation.
10  major obstacle to expanding human composite tissue transplantation.
11 inflammation, infection, or after allogeneic tissue transplantation.
12 d expand clinical applications for composite-tissue transplantation.
13 l infection, antineoplastic chemotherapy, or tissue transplantation.
14 n, and arguably, the most successful form of tissue transplantation.
15 sed the injection of XSlug antisense RNA and tissue transplantation.
16  mammalian conceptus contradicts the laws of tissue transplantation.
17  after myocardial injury is fetal myocardial tissue transplantation.
18  mechanisms of rejection following organ and tissue transplantation.
19 l transplantation is the most common form of tissue transplantation.
20 on and would allow for improved outcomes for tissue transplantation.
21 rative medicine without the need for cell or tissue transplantation.
22 ctor to reduce tissue damage in vascularized tissue transplantation.
23 ng the oldest and most common kinds of human tissue transplantation.
24 most prevalent and successful forms of solid tissue transplantation.
25  treat graft rejection after human organ and tissue transplantations.
26              Dye tracking, live imaging, and tissue transplantation also revealed that ventricular en
27 in stimulation), and restorative techniques (tissue transplantation and gene therapy).
28              Restorative techniques, such as tissue transplantation and gene therapy, are exciting bu
29 ilin-1, and use functional knockdown assays, tissue transplantation and in vivo confocal time-lapse i
30 so immunogenic has important implications in tissue transplantation and vaccine design.
31 y in corneal grafts, the most common form of tissue transplantation, and highlight the importance of
32 ne clonal analysis, genetic lineage tracing, tissue transplantation, and mutant characterization to i
33 ion benefits the anatomical recovery by cell/tissue transplantation, and thus provides a more permiss
34 ature swine were thymectomized before thymic tissue transplantation, and two remained euthymic.
35 d for humans this may occur in the course of tissue transplantation, animal handling, and food produc
36 xed biological environments such as cell and tissue transplantation, apheresis or parabiosis.Clarifyi
37                                        Using tissue transplantation assays, we demonstrate that a "zo
38        The main outcome measure was organ or tissue transplantation before 14 y of age.
39 ring may provide an alternative to organ and tissue transplantation, both of which suffer from a limi
40 munodominance have implications not only for tissue transplantation, but also for autoimmunity and tu
41  We have tested whether fetal porcine thymic tissue transplantation can lead to tolerance across a di
42 -pulsed, Rapa-conditioned DC after composite tissue transplantation can prevent rejection of the graf
43                                    Composite tissue transplantation effectively reconstructs the most
44 mpatibility (H) loci are serious barriers to tissue transplantation even among major histocompatibili
45                                              Tissue transplantation for conditions from thermal injur
46  and double-blinded clinical trials of fetal tissue transplantation for PD(1).
47 successful attempts in 1990, human embryonic tissue transplantation has attracted the attention of mu
48                                       Neural tissue transplantation has become an alternative treatme
49                                       Thymic tissue transplantation has been performed previously in
50 hepatitis C virus (HCV) transmission through tissue transplantation has been rarely reported, a donor
51 direct pathways of allorecognition following tissue transplantation is essential in the design of tol
52                           Autologous vaginal tissue transplantation may also transform this field.
53 sk of re-seeding disease relative to ovarian tissue transplantation, may ultimately provide a means t
54 ransplantation, conjunctival and extraocular tissue transplantation, multiagent immunosuppressant the
55  In a clinical trial of human fetal striatal tissue transplantation, one patient died 18 months after
56  who are immunosuppressed for bone marrow or tissue transplantation or who have AIDS.
57                       These studies of tumor tissue transplantation provide a platform for exploring
58 ons such as microbial exposure in the gut or tissue transplantation, regulatory CD4+CD25+ Tregs broad
59 ms underlying non-self Ag recognition during tissue transplantation rejection between MHC-matched mou
60 e provide interim recommendations to enhance tissue-transplantation safety.
61 riginally defined by classical histology and tissue transplantation studies twenty to thirty years ag
62                            During allogeneic tissue transplantation, the inhibition of lymphangiogene
63 d at an international symposium on composite tissue transplantation, we developed a protocol for huma
64                                        Using tissue transplantation, we show that melanophore pattern
65 antigens that act as a barrier to allogeneic tissue transplantation when donor and recipient are matc