1 n FA for its energy needs and is responsible
for clearing a major fraction of circulating FA.
2 recruitment of inflammatory cells necessary
for clearing a systemic bacterial burden.
3 A critical protein
for clearing Abeta across the blood-brain barrier is the
4 ed that mice lacking two enzymes responsible
for clearing all-trans-retinal, namely photoreceptor-spe
5 Even as the sole fidelity pathway
for clearing amino acid selection errors in the pathogen
6 induction that exploited natural mechanisms
for clearing apoptotic debris, we show that antigen-deco
7 nnot produce neutralizing antibody necessary
for clearing B19.
8 Alveolar macrophages are essential
for clearing bacteria from the alveolar surface and prev
9 at MHC class II and CD4 T cells are critical
for clearing bacteria from the murine genital tract.
10 at YFP fluorescence in CST-YFP mice is faint
for clearing-
based 3D imaging in comparison with fluores
11 dicate that Abeta immunization may be useful
for clearing both hallmark lesions of AD, provided that
12 independent and redundant T cell mechanisms
for clearing C. muridarum genital tract infections: one
13 ansude into the mucosal lumen are sufficient
for clearing cell-free virus.
14 protein receptor (LDLR) pathway is essential
for clearing circulating LDL cholesterol (LDL-C).
15 ponse and elevation of Trem2, both necessary
for clearing damaged myelin, were markedly reduced in GA
16 Autophagy is an essential mechanism
for clearing damaged organelles and proteins within the
17 insight into the mechanisms yeast cells use
for clearing different species of alpha-synuclein and de
18 vision septum and, like SpoIIIE, is required
for clearing DNA from the septum.
19 Apoptosis is an important mechanism
for clearing DNA-damaged cells.
20 ne dopamine transporter (DAT) is responsible
for clearing dopamine from the synapse.
21 We established a method
for clearing ETBF in mice, using the antibiotic cefoxiti
22 CD4 T cells are critical
for clearing experimental Chlamydia muridarum genital tr
23 ular pathogens and T(H)2 cells are important
for clearing extracellular organisms.
24 ghly proinflammatory cells that are critical
for clearing extracellular pathogens and for inducing mu
25 vivo clearance mechanisms singly sufficient
for clearing genital tract infections within six weeks;
26 del have shown that CD4 T cells are critical
for clearing genital tract infections.
27 ectly supporting the role of innate immunity
for clearing HCV definitively.
28 T cells are critical
for clearing infection and preventing tumors induced by
29 ells produce a variety of effector molecules
for clearing infection but also contribute to inflammati
30 Neutrophils are indispensable
for clearing infections with the prominent human pathoge
31 data indicate that CD8 T cells are important
for clearing infectious gamma HV-68 from the spleen.
32 d also that the antibody response is crucial
for clearing infectious virus.
33 gy and asthma, these responses are essential
for clearing intestinal helminth infestations by mechani
34 ssential metabolic program that is also used
for clearing intracellular pathogens.
35 surgical centres with an early success rate
for clearing jaundice of 55% overall.
36 t progress has been made with intact methods
for clearing,
labeling, and imaging whole organs such as
37 a-dependent lethal hemorrhagic diathesis and
for clearing LCMV infection through CTLs.
38 down-regulation of the receptors responsible
for clearing LDL-C from the bloodstream.
39 cing RSV neutralizing antibodies responsible
for clearing lung viral loads, we show that modulation o
40 ns elicits a Th17 response that is necessary
for clearing many fungal pathogens.
41 providing a separate hydrolytic active site
for clearing mischarged tRNA.
42 Protein quality control is essential
for clearing misfolded and aggregated proteins from the
43 called the CP1 domain, which is responsible
for clearing misformed products.
44 s, rather than macrophages, were responsible
for clearing most of the dead DRG neurons.
45 t autophagy, which is an important mechanism
for clearing mutant Htt.
46 Macrophage effector functions are essential
for clearing mycobacterial infections.
47 lial cells are the primary cells responsible
for clearing neuronal debris, but the cellular and molec
48 cific LeuRS domain called CP1 is responsible
for clearing noncognate amino acids that are misactivate
49 as done using different filtering parameters
for clearing out contamination and noise of the RNAseq d
50 suppression to inhibit Th1 immunity crucial
for clearing pathogenic infection.
51 ave recently emerged as a promising approach
for clearing pathological protein conformers in these di
52 iculum stress-induced autophagy is important
for clearing polyubiquitinated protein aggregates and fo
53 Innate immunity is critical
for clearing Pseudomonas aeruginosa from the lungs.
54 Additionally, neutrophils, essential
for clearing S. aureus, demonstrated sex-specific S. aur
55 leukemia immune responses that are important
for clearing small numbers of residual tumor cells after
56 LRP1 is a cell surface receptor responsible
for clearing some 30 known ligands.
57 Glutamate transporters are responsible
for clearing synaptically released glutamate from the ex
58 Currently, no treatment is available
for clearing tau aggregates.
59 h Sertoli cells and to test novel antivirals
for clearing testicular ZIKV infection.
60 No-go decay provides a mechanism
for clearing the cell of stalled translation elongation
61 adenosine kinase (Adk), which is responsible
for clearing the endogenous antiepileptic agent adenosin
62 he only ubiquitous cellular checkpoint known
for clearing the error.
63 This response is best suited
for clearing the infecting pathogen and repairing the da
64 The STAT1 pathway is necessary
for clearing the initial viral load, whereas the STAT1-i
65 to respiratory-virus infection is essential
for clearing the pathogen but, if excessive, can lead to
66 rane translocation and that YidC is required
for clearing the protein-conducting channel.
67 cell responses that are considered essential
for clearing vaccinia virus infections.
68 of Ag-specific CTL is a critical determinant
for clearing viral infection and eliminating tumor.
69 CD8(+) T cells are critical
for clearing viral infection, yet recent evidence shows
70 ice early during WNV infection are essential
for clearing virus from the periphery, it is important t
71 Direct killing of infected cells is crucial
for clearing viruses and other intracellular pathogens,