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1 -diet-fed whey-sensitized donors transferred immunologic memory.
2 effector mechanisms in addition to promoting immunologic memory.
3 adly reactive IgM without inducing classical immunologic memory.
4 plexins in the GC reaction and generation of immunologic memory.
5 o MSP1 in conferring protection and inducing immunologic memory.
6 tumor activity and the ability to potentiate immunologic memory.
7  tumor cells, demonstrating the existence of immunologic memory.
8                            ADCs also induced immunologic memory.
9 tial for T cell expansion and development of immunologic memory.
10 al disease from infancy onward and prime for immunologic memory.
11 n vivo and to have the capacity to establish immunologic memory.
12 e mechanisms that regulate processes such as immunologic memory.
13 inia-naive participants, which may be due to immunologic memory.
14 pparent depletion rather than enhancement of immunologic memory.
15 fectively with therapy and generated durable immunologic memory.
16 ), increase the PS antibody titer and elicit immunologic memory.
17 expressing low levels of CCR5 and markers of immunologic memory.
18 ormal physiologic processes that provide for immunologic memory.
19 Hib combination vaccines appear to prime for immunologic memory.
20 the absence of reliable surrogate markers of immunologic memory.
21 s alone are responsible for the induction of immunologic memory.
22 M) have been proposed as key determinants of immunologic memory.
23 orozoites, demonstrated the establishment of immunologic memory.
24 cing alpha beta+ splenocytes consistent with immunologic memory.
25  with multiple immunotherapy modalities, and immunologic memory.
26 8(+) T cell dependent and resulted in robust immunologic memory.
27 o complete responses and conferred long-term immunologic memory.
28 he presence of donor-specific antibodies and immunologic memory.
29 rable tumor control of irradiated tumors and immunologic memory.
30 ements for the generation and maintenance of immunologic memory, a critical component of adaptive imm
31            Human subjects maintain long-term immunologic memory against infective organisms but the m
32                                              Immunologic memory, although a fundamental aspect of mam
33 mical properties for their ability to induce immunologic memory and (ii) to study the cellular intera
34  SLOs are dispensable for the maintenance of immunologic memory and directly demonstrate the utility
35  nm), applied after immunization, suppressed immunologic memory and the elicitation of delayed-type h
36 tion, applied after immunization, suppresses immunologic memory and the elicitation of delayed-type h
37 ponses and are central to the development of immunologic memory and tolerance.
38 hiX174, demonstrated normal antibody titers, immunologic memory, and class-switching.
39 y upon repeated antigen exposure is known as immunologic memory, and it is thought that acquisition o
40 ogic responses, tumor immune infiltrates and immunologic memory, and merits further investigation in
41 achieves prolonged tumor regression, induces immunologic memory, and provides additive benefits to an
42 tment with CD4+ T cells developed tumor-type immunologic memory as demonstrated by their ability to r
43 was also effective in establishing long term immunologic memory as determined by limiting dilution an
44 t appear to provide protection in infancy or immunologic memory as measured by antibody responses.
45 with reciprocal studies where stimulation of immunologic memory because of CD4 depletion was complete
46  system has the advantage of flexibility and immunologic memory but it is completely dependent upon e
47                                          The immunologic memory could be transferred with an I.V. inj
48  useful signature of successful induction of immunologic memory during novel vaccine evaluation.
49  response that occurs, despite an absence of immunologic memory elicited during gonorrhea.
50 ing infectious immunity in individuals where immunologic memory exists to the autoantigen to be expre
51                           Response rates and immunologic memory following measles vaccination are red
52 f a glycoprotein conjugate vaccine to induce immunologic memory for the polysaccharide moiety.
53 g T lymphocytes was the mechanism underlying immunologic memory formation following CD4 depletion.
54 eripheral lymph nodes (PLN) are critical for immunologic memory formation in response to antigens tha
55                       Enteric mast cells use immunologic memory functions to detect foreign antigens
56 cause of their specificity and generation of immunologic memory important for controlling recurrences
57 roenvironment and led to tumor rejection and immunologic memory in 100% of mice.
58 (197)) increase PS antibody titer and elicit immunologic memory in infants.
59 s well tolerated and immunogenic and induced immunologic memory in infants.
60 ls exhibiting characteristics of traditional immunologic memory in people with HIV (PWH).
61 e complete tumor regression and long-lasting immunologic memory in pre-clinical models of aggressive
62 sterility, these mice displayed hallmarks of immunologic memory in response to rechallenge with C. ne
63  of metastatic disease and the generation of immunologic memory in the majority of treated mice.
64 inase Akt has recently been shown to promote immunologic memory in virus-specific murine models, but
65                                              Immunologic memory involving CD8(+) T cells is a hallmar
66                                              Immunologic memory is a hallmark of the vertebrate immun
67                                              Immunologic memory is associated with the activation and
68          As the generation and regulation of immunologic memory is central to vaccination, our findin
69                                              Immunologic memory is the ability of adaptive immune sys
70 lla are poorly immunogenic and do not confer immunologic memory, limitations overcome by covalently a
71  the anti-donor immune response secondary to immunologic memory make allosensitization an absolute co
72 s on lymphocyte trafficking and formation of immunologic memory may impact on a variety of autoimmune
73 l-mediated immunity, T helper functions, and immunologic memory may offer effective tools for cancer
74 ment and molecular signals that underlie the immunologic memory of IgE responses remain unclear.
75 function may be mediated through a defect in immunologic memory or early senescence rather than throu
76                                              Immunologic memory reflects the ability of a host to mor
77 tumor cells, suggesting that a host-specific immunologic memory response had been generated.
78 in the first year suggesting no evidence for immunologic memory response.
79                                       Potent immunologic memory responses are generated in mice cured
80 th the identified peptides and evaluated for immunologic memory responses.
81 ue combination of innate immune response and immunologic memory shows that gammadelta T cells can fun
82   By contrast, adaptive immune cells display immunologic memory that has 2 basic characteristics, ant
83 olerated and induced an immune response with immunologic memory that protected from rechallenge witho
84 hanisms may be in place to ensure comparable immunologic memories to various pathogens.
85 tive immunity that prevents the formation of immunologic memory to a growing tumor, highlighting the
86 jugate vaccine conferred anti-polysaccharide immunologic memory to naive recipient mice.
87 recently NK cells have been shown to mediate immunologic memory to secondary exposures to cytomegalov
88 d facilitating the development of persistent immunologic memory toward the vaccine-specific pathogen.
89 standing could add to the way we think about immunologic memory, vaccine development, and cancer immu
90 s given another vaccination 4-5 years later, immunologic memory was exhibited by 45% on the basis of
91                                        Thus, immunologic memory was sustained for > or =5 years; howe
92  that this pattern was a general property of immunologic memory, we turned to independently generated
93                          Antibody levels and immunologic memory were assessed in 5-year-old Gambian c
94 ccine is safe and immunogenic and results in immunologic memory when given with other routinely admin
95         Notably, IL9-deficient mice acquired immunologic memory, which actively protected from residu
96 to the rapid loss of Ag-specific T cells and immunologic memory, which may be a strategy for this pat
97 lls, CGD patients maintain an intact humoral immunologic memory, with potential contribution from CD2
98           Memory B cells (mBCs) are a key to immunologic memory, yet their distribution within lympho