ライフサイエンスコーパス: in clearing

1 ass Ib-restricted CTL play an important role in clearing a primary LM infection and generate a memory

2 cient as CD8+ T cells from perforin +/+ mice in clearing a rotavirus infection.

3 e PRAS40 phosphorylations play crucial roles in clearing aberrant proteins that accumulate due to mTO

4 While successful in clearing Abeta and improving cognition in mice, anti-

5 more efficacious than ibuprofen or celecoxib in clearing Abeta deposits from the brains of Tg mice, i

6 topoiesis and suggests a role for the spleen in clearing abnormal erythrocytes.

7 T cells play a critical role in clearing an acute RSV infection, as well as contribut

8 data demonstrate that T cells are essential in clearing an acute S. pneumoniae bacterial sinus infec

9 xygen radicals released by PMN are important in clearing an infection or cellular debris, but can als

10 o identify the immune cells that participate in clearing an oncolytic infection in glioma, we used fl

11 rrent treatment strategies are not effective in clearing anogenital HPV infection and need improvemen

12 esenting cells and that they may play a role in clearing antigen and protecting against inflammatory

13 CD14(-/-) macrophages in vivo are defective in clearing apoptotic cells in multiple tissues, suggest

14 Defects in clearing apoptotic debris disrupt tissue and immunolo

15 h TGF-beta production in phagocytes involved in clearing apoptotic T cells, which suggests that apopt

16 -based combination therapy is very effective in clearing asexual stages of malaria and reduces gameto

17 protein receptor (LDLR) plays a pivotal role in clearing atherogenic circulating low-density lipoprot

18 es (AMPs), e.g., beta-defensins, play a role in clearing bacteria from mouse corneas already infected

19 The liver plays a central role in clearing bacteria from the bloodstream.

20 The liver plays a major role in clearing bacteria from the bloodstream.

21 rt innate immune functions that are critical in clearing bacterial infections.

22 se to bacterial infection and were defective in clearing bacterial infections.

23 s are important targets of the immune system in clearing bacterial pathogens.

24 The 2/2 mice are markedly defective in clearing beta-migrating VLDL particles, and spontaneo

25 d lymphoid compartments plays a central role in clearing blood-borne pathogens.

26 tion, PLCgamma2-deficient mice are defective in clearing C. albicans infection in vivo.

27 in chicken and shows antibody is ineffective in clearing C. jejuni from the ceca within the productio

28 acrophages or dendritic cells, were impaired in clearing C. rodentium.

29 Mitochondria are thought to be important in clearing calcium from synaptic terminals.

30 fused weekly for 12 weeks was more effective in clearing central nervous system storage than native G

31 vate CAR, and mice lacking CAR are defective in clearing chronically elevated bilirubin levels.

32 responses against pathogens and play a role in clearing circulating viral Ags from the blood of infe

33 on circulating CLL cells, but less activity in clearing CLL cells from tissues such as marrow.

34 entive to engage in the required investments in clearing, cultivation, animal tending, and storage.

35 s demonstrate a role for immunoglobulin (Ig) in clearing damaged self during healing and suggest that

36 er than hemocytes are the primary phagocytes in clearing degenerating dendrites.

37 indicated the lymphatic system was effective in clearing deposited plutonium from the lung tissues.

38 e therapeutic studies and were not effective in clearing diffuse plaques following direct injection i

39 ficient mice showed profound in vivo defects in clearing dying cells in the thymus and testes.

40 1alpha-deficient mice showed in vivo defects in clearing dying cells, which led to multiple organ dam

41 ice (W/Wv) were up to 20-fold less efficient in clearing enterobacteria than control WBB6F1 +/+ (+/+)

42 tudies underscore the critical role of ABCA1 in clearing excess cholesterol from macrophages and gene

43 D- but not SP-A-deficient mice are defective in clearing free DNA from the lung.

44 The role of transporters in clearing free glutamate from the synaptic cleft was s

45 endothelium and the role of this interaction in clearing FVII/FVIIa from the circulation are unknown.

46 cating that EAAT4 is preferentially involved in clearing glutamate from CF synapses.

47 was significantly more effective than rhGAA in clearing glycogen from numerous skeletal muscle tissu

48 current longitudinal study, the role of CTL in clearing HPV 16 infection in women without SILs was i

49 mucosal immune system plays a critical role in clearing HSV reactivations.

50 ytes, but not polymorphonuclear neutrophils, in clearing HSV-1 from the infected cornea.

51 host defense, monocytes play important roles in clearing infected microbes.

52 uble-edged swords by playing essential roles in clearing infection but also causing tissue damage, ye

53 ing bacteremia in all cats but was effective in clearing infection from only four cats.

54 a, CD8(+) T cells have an important function in clearing infection from tissues and preventing viral

55 nd initiate an immune response that will aid in clearing infection.

56 Both proteins bind pathogens and assist in clearing infection.

57 in which the efficacy of the immune response in clearing infections is directly proportional to the d

58 maintains the majority of its effectiveness in clearing infections.

59 Airway mucus plays a critical role in clearing inhaled toxins, particles, and pathogens.

60 from lungs of intranasally infected animals in clearing intestinal infection.

61 beta upon TLR3 stimulation and were impaired in clearing intracellular dengue virus infection.

62 es are specialized phagocytic cells involved in clearing invading pathogens.

63 41 children in whom surgery was unsuccessful in clearing jaundice 9 (22%) died and 30 (73%) underwent

64 Sorafenib is effective in clearing leukemic blasts in chemorefractory FLT3-ITD(

65 us to propose a new paradigm of LSEC and HDL in clearing LPS with a potential to avoid inflammation d

66 owed superior activity in immunogenicity and in clearing M. catarrhalis from mouse lungs.

67 irect evidence of a role for T-cell immunity in clearing malignant cells.

68 ng the Wolbachia in O. volvulus is effective in clearing microfilariae in the skin of onchocerciasis

69 metastases, possibly as an adjuvant therapy in clearing micrometastatic disease following primary tu

70 me system (UPS), which plays a critical role in clearing misfolded proteins.

71 Thus, UBQLN1 plays an important role in clearing mislocalized mitochondrial proteins upon cel

72 demonstrates that Rai1 has an essential role in clearing mRNAs with aberrant 5'-end caps.

73 orovirus antibody can play an important role in clearing mucosal infection.

74 mice were less effective than wild-type mice in clearing organisms.

75 8(-/-) mice confirmed a role for macrophages in clearing P. aeruginosa and regulating neutrophil recr

76 We evaluated the role of CFTR in clearing P. aeruginosa from the respiratory tract usi

77 l therapy, which requires the host to assist in clearing parasites, offers an opportunity to measure

78 r resident macrophages, play a dominant role in clearing particles in circulation, complement recepto

79 phagy helps prevent autoimmunity and assists in clearing pathogens.

80 cific T-cell and antibody responses critical in clearing peripheral virus infection.

81 icantly improved the efficacy of doxycycline in clearing persistent C. trachomatis forms.

82 To analyze the role of B cells in clearing persistent infection with lymphocytic chorio

83 ighting the role of IFNs and innate immunity in clearing persistent viral infection, and discussing t

84 They are likely involved in clearing potentially harmful endobiotic and xenobioti

85 lls of the RES, therefore, play a major role in clearing pPBPCs from the circulation in baboons.

86 ted to the mucosal surface are key effectors in clearing primary and secondary bacterial colonization

87 ic cytotoxic lymphocyte population important in clearing primary RSV infection.

88 CD8 T cells play a key role in clearing primary virus infections and in protecting a

89 MR-/- mice were defective in clearing proteins bearing accessible mannose and N-ac

90 0-deficient mice were particularly efficient in clearing Pseudomonas aeruginosa after systemic challe

91 of action of UVB, which is highly effective in clearing psoriasis and inducing remission, and tested

92 on of TLRs, the role of endosomal maturation in clearing receptors and terminating inflammatory respo

93 dhesiveness, which contributes to difficulty in clearing secretions, but surfactant has not been test

94 t-HuTac within 20 min and was also effective in clearing sIL-2Ralpha.

95 -GUS and enhanced the effectiveness of P-GUS in clearing storage in kidney, bone, and retina.

96 art site selection by RNA polymerase III and in clearing TFIIIC from the transcriptional start.

97 lifelong and the immune response ineffective in clearing the bacteria.

98 ides, as a reflection of their dominant role in clearing the bulk of apoptotic cells.

99 that P. carabi mites assist burying beetles in clearing the carcass of bacteria as a side-effect of

100 LECBD is as effective as ERCP in clearing the common bile duct of stones.

101 ose/withdrawal disinfection can be effective in clearing the entire persister and susceptible populat

102 oxicillin, given subsequently, was effective in clearing the infection from three of the remaining ca

103 Differences exist among strains of mice in clearing the infection.

104 T cell response which plays a principle role in clearing the infection.

105 discuss how early and late responses result in clearing the infection.

106 non-professional phagocytes [1] participate in clearing the massive numbers of cells that undergo ap

107 CAM are far more effective than AAM in clearing the microbial load, producing proinflammator

108 ofilms in vivo and could play a crucial role in clearing the pathogen from biofilms forming on cathet

109 We reveal its essential, nonredundant role in clearing the PcG complex and H3K27me3 from the CpG is

110 etion in vivo, supporting its essential role in clearing the peptidoglycan for T3SS assembly.

111 are as effective as IFN-resistant rBC virus in clearing the tumor burden.

112 ve as serum from convalescent wild-type mice in clearing this pathogen from the tracheae of naive rec

113 movement of VE-cadherin and may play a role in clearing VE-cadherin from the site of TEM.

114 Recruitment of the LBRC may play a role in clearing VE-cadherin from the site of TEM.

115 CD8+ T cells play important roles in clearing viral infections and eradicating tumors.

116 -gamma, but not tumor necrosis factor alpha, in clearing virus and that populations of neurons differ

117 us Ab production plays a more important role in clearing virus following acute infection, while in th

118 SV) sets off an array of events that succeed in clearing virus from the cornea but leaves the tissue

119 e immune system clearly plays a central role in clearing virus, the importance of other cellular fact