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1 DC and myeloid development using a series of radiation chimeras.
2 h tissue-specific targeted mouse mutants and radiation chimeras.
3  CD4:CD8 phenotype could be reconstituted in radiation chimeras.
4  that deletion is efficient in reconstituted radiation chimeras and is B cell, CD28, inducible costim
5 dependent autoimmune manifestations shown by radiation chimeras and thymic transplants in nude mice,
6            Specifically, lack of Syk (murine radiation chimeras) attenuated shear-induced thrombus fo
7                                   Reciprocal radiation chimeras between B6.C3-Bbaa1 and C57BL/6 mice
8                                   Reciprocal radiation chimeras between C3H and IFNAR1(-)/(-) mice im
9 sms in HSV-2 tk- OVA clearance was tested in radiation chimeras by adoptive transfer of wild-type or
10                                              Radiation chimeras demonstrated that MCPIP1 in nonhemato
11                                              Radiation chimeras demonstrated that the presence of p50
12  (mCMV) using VIP-knockout (VIP-KO) mice and radiation chimeras engrafted with syngenic VIP-KO hemato
13                           Indeed, Ikkbeta-/- radiation chimeras exibit elevated circulating TNFalpha,
14                                              Radiation chimera experiments revealed that resident joi
15                       Subsequent analysis of radiation chimeras generated from wild-type and Relb(-/-
16                              Here, we used a radiation chimera in which mice were exposed to densely
17 for B-1-cell tolerance, we generated GalT-/- radiation chimeras in which CR1/CR2 was expressed on eit
18    Early virus clearance was demonstrated in radiation chimeras in which IFN-gammaR expression was li
19                                  Using mixed radiation chimeras in which the hematopoietic or nonhema
20                 Experiments with bone marrow radiation chimeras indicate that the immune CD4(+) effec
21               Mucins induced microthrombi in radiation chimeras lacking endothelial P-selectin but no
22 mouse skin allograft model and an allogeneic radiation chimera model to examine the role of MHC Ags i
23 y normal bone marrow environment using mixed radiation chimeras, NKAP deletion results in HSC failure
24                Allogeneic transplantation of radiation chimeras previously engrafted with TLR5 knocko
25 s of Sle1 are completely reconstituted in B6 radiation chimeras receiving B6.NZMc1 bone marrow but no
26 ith genetic ablation of CTLA-4, we have used radiation chimeras reconstituted with a mixture of CTLA-
27  failure and lethality is cell intrinsic, as radiation chimeras reconstituted with inducible Mx1-cre
28                                 In contrast, radiation chimeras reconstituted with RelA or TNFR1/RelA
29                                              Radiation chimeras revealed that CD1d(+) dendritic cells
30                             Bone marrow (BM) radiation chimeras revealed that enhanced susceptibility
31                                              Radiation chimeras revealed that MC159 expression in the
32                                   Ikkbeta-/- radiation chimeras show thymic rudiments, aberrant lymph
33 NFR1/RelA-deficient embryonic tissues and of radiation chimeras suggest that the dependence on RelA i
34                       Model experiments with radiation chimeras supported this hypothesis.
35 sent study, we used Bambi-deficient mice and radiation chimeras to evaluate the function of this rece
36 tudy we have used PECAM-1-deficient mice and radiation chimeras to investigate the function of this r
37                                        Using radiation chimeras, we demonstrated these in vitro obser
38                                        Using radiation chimeras, we were able to rule out a requireme
39                                              Radiation chimeras were made by using CD4+ T cells and b
40 nd that peripheral deletion was defective in radiation chimeras with non-functional tissue FasL, rega
41 tablished model of atherosclerosis, creating radiation chimeras with NZM2410-derived, lupus-susceptib

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