ライフサイエンスコーパス: radiation chimera

1 h tissue-specific targeted mouse mutants and radiation chimeras.

2 DC and myeloid development using a series of 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 nd arthritis models, the latter permitting a radiation chimera approach to help identify the CCL17 re

7 Specifically, lack of Syk (murine radiation chimeras) attenuated shear-induced thrombus fo

8 Reciprocal radiation chimeras between B6.C3-Bbaa1 and C57BL/6 mice

9 Reciprocal radiation chimeras between C3H and IFNAR1(-)/(-) mice im

10 sms in HSV-2 tk- OVA clearance was tested in radiation chimeras by adoptive transfer of wild-type or

11 Bone marrow radiation chimeras demonstrated that both hematopoietic

12 Radiation chimeras demonstrated that MCPIP1 in nonhemato

13 Radiation chimeras demonstrated that the presence of p50

14 (mCMV) using VIP-knockout (VIP-KO) mice and radiation chimeras engrafted with syngenic VIP-KO hemato

15 Indeed, Ikkbeta-/- radiation chimeras exibit elevated circulating TNFalpha,

16 Furthermore, radiation chimera experiments reveal how bone marrow fro

17 Radiation chimera experiments revealed that resident joi

18 Subsequent analysis of radiation chimeras generated from wild-type and Relb(-/-

19 Here, we used a radiation chimera in which mice were exposed to densely

20 for B-1-cell tolerance, we generated GalT-/- radiation chimeras in which CR1/CR2 was expressed on eit

21 Early virus clearance was demonstrated in radiation chimeras in which IFN-gammaR expression was li

22 Using mixed radiation chimeras in which the hematopoietic or nonhema

23 Experiments with bone marrow radiation chimeras indicate that the immune CD4(+) effec

24 Mucins induced microthrombi in radiation chimeras lacking endothelial P-selectin but no

25 mouse skin allograft model and an allogeneic radiation chimera model to examine the role of MHC Ags i

26 y normal bone marrow environment using mixed radiation chimeras, NKAP deletion results in HSC failure

27 Allogeneic transplantation of radiation chimeras previously engrafted with TLR5 knocko

28 s of Sle1 are completely reconstituted in B6 radiation chimeras receiving B6.NZMc1 bone marrow but no

29 ith genetic ablation of CTLA-4, we have used radiation chimeras reconstituted with a mixture of CTLA-

30 failure and lethality is cell intrinsic, as radiation chimeras reconstituted with inducible Mx1-cre

31 In contrast, radiation chimeras reconstituted with RelA or TNFR1/RelA

32 Radiation chimeras revealed that CD1d(+) dendritic cells

33 Bone marrow (BM) radiation chimeras revealed that enhanced susceptibility

34 Radiation chimeras revealed that MC159 expression in the

35 Ikkbeta-/- radiation chimeras show thymic rudiments, aberrant lymph

36 NFR1/RelA-deficient embryonic tissues and of radiation chimeras suggest that the dependence on RelA i

37 Model experiments with radiation chimeras supported this hypothesis.

38 sent study, we used Bambi-deficient mice and radiation chimeras to evaluate the function of this rece

39 tudy we have used PECAM-1-deficient mice and radiation chimeras to investigate the function of this r

40 Moreover, using radiation chimeras we find that T cell lymphopenia depen

41 Using radiation chimeras, we demonstrated these in vitro obser

42 Using radiation chimeras, we were able to rule out a requireme

43 Radiation chimeras were made by using CD4+ T cells and b

44 nd that peripheral deletion was defective in radiation chimeras with non-functional tissue FasL, rega

45 tablished model of atherosclerosis, creating radiation chimeras with NZM2410-derived, lupus-susceptib