ライフサイエンスコーパス: immunologist

1 ell lymphopenia were evaluated by a clinical immunologist.

2 ng developmental biologist to devoted T cell immunologist.

3 actical diagnostic approach for the clinical immunologist.

4 tients are likely to present to an allergist/immunologist.

5 ically inaccessible to the non-computational immunologist.

6 euroscientists, developmental biologists and immunologists.

7 dentified previously in turf grass pollen by immunologists.

8 was originally a problem of concern only to immunologists.

9 ses remain one of the mysteries that perplex immunologists.

10 st material was sent to 1,017 allergists and immunologists.

11 hip Program for Computational Scientists and Immunologists.

12 ir discovery, neutrophils continue to puzzle immunologists.

13 lational diagnostic and prognostic tools for immunologists.

14 g the consensus of at least four experienced immunologists.

15 2-28, 2020, as a global celebration of Black immunologists.

16 educators to enhance the training of future immunologists.

17 mmune response has long been a focus of many immunologists.

18 linical use has become an important goal for immunologists.

19 has more recently attracted the attention of immunologists.

20 id (polySia), has been largely overlooked by immunologists.

21 ERD" cases to have been seen by an allergist/immunologist (38.7% vs 93.2%; P < .0001).

22 Service leads are allergists/immunologists (91%) or anaesthetists (7%).

23 ure president of the American Association of Immunologists, a JEM Advisory Editor, has been awarded n

24 Egwuagu is an epidemiologist/immunologist and chief of the Molecular Immunology Secti

25 refore combined the expertise of allergists, immunologists and anaesthesiologists.

26 mune cells in cancer, a chasm exists between immunologists and biologists: although sharing a common

27 For over two decades, immunologists and biomaterials scientists have co-existe

28 combined efforts of clinicians, geneticists, immunologists and cell biologists are producing rapid pr

29 Here, we urge immunologists and clinicians to consider the potential o

30 of how concepts that grew out of efforts by immunologists and dermatologists to understand immune re

31 will discuss what immune imprinting means to immunologists and describe efforts to overcome or silenc

32 ppreciated, this duality continues to puzzle immunologists and has implications for the development o

33 rogram is forging new collaborations between immunologists and infectious disease experts and is rein

34 among stem cell biologists, transplantation immunologists and materials scientists.

35 ding how this is accomplished has fascinated immunologists and microbiologists for many years, but th

36 By providing answers to these questions, immunologists and neurobiologists increasingly expose th

37 f 'neuroimmunology' has--for both mainstream immunologists and neuroscientists alike--often seemed mo

38 Of considerable interest to immunologists and parasitologists is the distinction bet

39 ntriguing and exciting field of research for immunologists and parasitologists.

40 aradox of fetomaternal tolerance has puzzled immunologists and reproductive biologists alike for almo

41 occasional serendipity, and the present-day immunologists and surgeons exploring immune transplant t

42 For more than a century, immunologists and vaccinologists have existed in paralle

43 is study, we provide a primer on malaria for immunologists and, in this context, review progress iden

44 Bringing together virologists, immunologists, and disease ecologists, we discussed the

45 Clinicians, immunologists, and epidemiologists must collaborate to i

46 luded hepatologists, surgeons, pathologists, immunologists, and histocompatibility specialists.

47 Collaboration among medical oncologists, immunologists, and neurobiologists in the cancer neurosc

48 It is important for allergists, immunologists, and other health care providers to take a

49 vided, and collaboration with hepatologists, immunologists, and pathologists is emphasized as a requi

50 sts, pediatricians, dermatologists, clinical immunologists, and pharmacists.

51 mportant lessons for public health programs, immunologists, and transplanters.

52 e has begun to impact how vaccinologists and immunologists approach early pre-clinical vaccine develo

53 Immunologists are already comfortable with the need for

54 Immunologists are attempting to answer increasingly comp

55 Immunologists are central to fighting any pandemic.

56 However, PhD immunologists are critically needed for future health ch

57 Neurobiologists and immunologists are exploring common ideas like the synaps

58 Tumor immunologists are moving away from traditional transplan

59 Immunologists are now beginning to use this knowledge to

60 Immunologists are trying to assign disease culpability t

61 al biologists to trace the origins of cells, immunologists are turning to fate-mapping to better unde

62 enic components of grass pollen are known by immunologists as group 1 allergens.

63 er is of broad interest to hematologists and immunologists as it illuminates the role of donor T cell

64 ese performance metrics provide guidance for immunologists as to which prediction methods to use, and

65 ling is a useful addition to the tool set of immunologists, as it has extra features that allow for s

66 Immunologists attending the 5th Leukocyte Signal Transdu

67 the time, it revolutionized the thinking of immunologists because it provided a simple explanation f

68 CD169(+) macrophages have fascinated immunologists because of their unique distribution in se

69 so known as NFIL3) was of little interest to immunologists, being best known for its role in regulati

70 For decades, immunologists believed that these two characteristics we

71 work intends to provide a tool not only for immunologists but also for primary care physicians and o

72 r (EAI) prescription or visited an allergist/immunologist, but more likely to have had an ED visit/ho

73 Immunologists call these heterologous effects and epidem

74 Immunologists can aid the development of sorely needed a

75 different career possibilities to which PhD immunologists can make valuable contributions.

76 Furthermore, allergists/immunologists can play a role in building trust within t

77 Allergists and immunologists can use practical ways to accomplish the g

78 We discuss pathways allergists/immunologists can use to contribute to addressing enviro

79 consisted of practicing medical oncologists, immunologists, clinical researchers, biostatisticians, a

80 Mammalian immunologists coined primary, secondary and tertiary lym

81 In 2001, The American Association of Immunologists Committee on the Status of Women conducted

82 experimental, structural, and computational immunologists define commonly used terms associated with

83 luation of what Janeway famously called 'the immunologists dirty secret', that humoral immune reactio

84 d the study of antimicrobial agents can help immunologists discover targets and mechanisms of host im

85 layed by key molecules already well known to immunologists (e.g., complement and components of the ma

86 Five expert clinical immunologists each provided 5 real-world, anonymized PI

87 order that has fascinated dermatologists and immunologists for decades.

88 utine tool used by clinical pathologists and immunologists for diagnosis and monitoring of patients w

89 ents the basis of a dilemma that has stumped immunologists for many years, how are self-specific T ce

90 s imposed on alphabeta T cells has intrigued immunologists for several decades.

91 hroughs have brought IPC to the attention of immunologists for their role in innate immunity and in s

92 by neuroscientists and the immune system by immunologists, fuelling the notion that these systems re

93 (COVID-19) pandemic can be developed into an immunologists' guide for preparedness for future pandemi

94 A major challenge for immunologists has been the development of vaccines desig

95 A central challenge for tumor immunologists has thus been the breaking of tolerance to

96 Immunologists have a great deal to contribute to the dev

97 For over 50 years immunologists have based their thoughts, experiments, an

98 Over the past decade, immunologists have been increasingly preoccupied with de

99 However, immunologists have been striving to decipher how SARS-Co

100 Some immunologists have characterized T helper (Th)17 T cells

101 Biologists, physicians and immunologists have contributed to the understanding of t

102 To appreciate the diverse ways in which immunologists have contributed, Nature Reviews Immunolog

103 Traditionally, immunologists have deconvoluted this heterogeneity with

104 For over 35 years, immunologists have divided T-helper (T(H)) cells into fu

105 Immunologists have for long reveled in using 'model anti

106 Thus, immunologists have frequently turned to Salmonella infec

107 Tumor immunologists have hypothesized that Th1 cells are criti

108 Since the early 20th century, immunologists have investigated mechanisms that protect

109 Immunologists have long been influenced by ideas from ph

110 Transplant physicians and immunologists have much to learn from those direct clini

111 Over the last ten years, immunologists have recognized the central importance of

112 For decades immunologists have relied heavily on the mouse model for

113 For decades, immunologists have studied the role of circulating immun

114 Qualitatively, immunologists identified several themes (eg, correctness

115 ent problems seen by allergists and clinical immunologists in daily practice.

116 ugs and Contrast Media and expert allergists/immunologists including members of the Adverse Reactions

117 cians, including a board-certified allergist/immunologist, independently reviewed each potential case

118 In addition, immunologists interested in immunotherapy frequently ass

119 It is targeted at allergists, clinical immunologists, internal medicine specialists, pediatrici

120 upported through The American Association of Immunologists Intersect Fellowship Program for Computati

121 ts to foster collaborations and attract more immunologists into malaria research.

122 any cases, which suggests that the allergist/immunologist is the appropriate specialist for these pat

123 One case of particular interest for immunologists is finding matches for linear peptide T ce

124 An important issue for immunologists is the difference between the two main pro

125 The challenge for immunologists is to harness computing and turn an avalan

126 One major objective of tumor immunologists is to prevent cancer development in indivi

127 gens exist, the central dilemma facing tumor immunologists is why the host immune response is so inef

128 osphorylation have been intensely studied by immunologists, less attention has been paid to the impac

129 intensive care, during which allergists and immunologists may encounter patients with these unique t

130 also a member of the American Association of Immunologists' Minority Affairs Committee.

131 Qualitative LLM assessment was made by immunologist narratives.

132 t domain experts such as microbiologists and immunologists need to vet candidate results for follow-u

133 These discoveries offer immunologists new opportunities to define effector mecha

134 empt to address two questions often asked by immunologists not familiar with the field: what do scaff

135 s longstanding fact, it may be surprising to immunologists of a younger vintage, particularly those w

136 l host immunity are challenges that clinical immunologists often face in their quest to establish a s

137 Although discussions to improve training for immunologists often focus on graduate programs, there ar

138 man studies are sometimes neglected by mouse immunologists, on the basis of the uncontrolled conditio

139 use studies are sometimes neglected by human immunologists, on the basis that mice are not humans and

140 95% CI, 0.53-0.78) or visiting an allergist/immunologist (OR, 0.78; 95% CI, 0.63-0.95) before the in

141 , and with involvement of immunogeneticists, immunologists, other basic scientists, biostatisticians,

142 oma antigens has been a major focus of tumor immunologists over the past two decades, and a broad arr

143 alsalva, Scarpa, and Hunter, to contemporary immunologists Owen, Medawar, and Billingham, and to lege

144 alsalva, Scarpa, and Hunter, to contemporary immunologists Owen, Medawar, and Billingham, and to lege

145 of the T(H)17 pathway illuminates a shift in immunologists' perspectives regarding the basis of tissu

146 sease modeling, pharmaceuticals to vaccines, immunologists play a crucial role in translating basic s

147 academic medical center-affiliated allergist-immunologist practice.

148 ildren with JIA-associated uveitis to ocular immunologists prepared to move on to systemic immunomodu

149 Many immunologists quickly pivoted from their existing resear

150 More than 450 immunologists recently met in Cavtat, Croatia to discuss

151 navia has 1000 different words for reindeer, immunologists recognize the range of fates available for

152 percent (946 of 3281) of surveyed allergists/immunologists responded, and 87.1% (825 of 946) of respo

153 developed for the platform that enhance the immunologist's analytical arsenal.

154 Here, we provide an immunologist's perspective on how the heart solves this

155 From an immunologist's perspective, a conceptual breakthrough is

156 ass I multimers are staple components of the immunologist's toolbox, enabling reliable quantification

157 y now familiar and trusted components of the immunologist's toolbox, their application to models of m

158 t of the cutting-edge techniques in a modern immunologist's toolbox.

159 ng mouse has become an essential tool in the immunologist's toolbox.

160 MHC therefore provides unique advantages for immunologists seeking to confidently validate antigenic

161 There are many reasons immunologists should be interested in MS.

162 Immunologists should examine this interplay between huma

163 Allergists and clinical immunologists should have a leading role in this unprece

164 ecent advances and availability of datasets, immunologists should take a closer look at the role for

165 Involvement of an allergist/immunologist significantly increases the likelihood of a

166 Neurobiologists and immunologists study concepts often signified with identi

167 Immunologists studying the relationship between nutritio

168 While it is of immediate utility for immunologists, the developed benchmarking framework also

169 Perhaps surprisingly for immunologists, the Krebs cycle has emerged as the centra

170 Donor restriction dominates immunologists' thinking about the T cell response becaus

171 hallenges represents a call to arms of basic immunologists to advance our knowledge of malaria immuni

172 w molecular and genetic tools are empowering immunologists to answer longstanding unresolved question

173 w technologies, make it the perfect time for immunologists to be involved in designing the next gener

174 Technological advances are now allowing immunologists to correlate data obtained in vitro with i

175 It has been used extensively by immunologists to derive useful structural and functional

176 his Review may help chemists, biologists and immunologists to design the next generation of molecular

177 obic microbial lipid antigens has challenged immunologists to explain, in molecular terms, the nature

178 This fundamental concept has allowed immunologists to explore mechanisms that enable humoral

179 ists generated tools for microbiologists and immunologists to explore whether autophagy contributes t

180 ened a workshop of malaria investigators and immunologists to foster collaborations and attract more

181 This review will help immunologists to identify suitable algorithmic tools for

182 cribe emerging technologies that might allow immunologists to leverage this valuable tool and expand

183 on technology, and genome sequencing allowed immunologists to open the box.

184 In so doing, we hope to inspire immunologists to participate in defeating this devastati

185 energetically expensive, leading ecological immunologists to postulate that they might participate i

186 The key challenge facing immunologists today lies in synthesizing these results t

187 The Empowering Next Generation Allergist/immunologist toward Global Excellence Task Force (ENGAGE

188 s mechanisms of lymphatic contraction (which immunologists traditionally do not take into account), a

189 Although immunologists typically examine immune responses in peri

190 d use by immuno-informaticians, virologists, immunologists, vaccine developers, and other scientists

191 are (ie, EAI prescription fill and allergist/immunologist visit) was associated with a significantly

192 For a long time, immunologists were mainly concerned with what is termed

193 Participants, the bronchoscopist, and immunologists were masked to treatment assignment.

194 icle provides the perspective of a molecular immunologist who became a transplant patient after many

195 It also enables immunologists who are interested in a specific gene to v

196 immunology, and create a community of Black immunologists who can support each other to flourish des

197 Immunologists who identify a metabolic phenotype in thei

198 idelines implementation among allergists and immunologists who manage infants for food allergy.

199 Essentially all allergists/immunologists who responded to the survey reported full

200 obiologists, have important implications for immunologists who wish to understand how indigenous micr

201 ed vertebrates (gnathostomes) provides every immunologist with a bird's eye view of how human immunog

202 ed novel packages can be overwhelming to the immunologist with limited computational background.

203 ermingle the perspectives and work of cancer immunologists with cancer biologists and pharmacologists

204 ater forgotten, have come back to haunt many immunologists with new recognition of the importance of

205 " levels of the normal eye surface have left immunologists wondering whether a true microbiome exists

206 ainst a specific immunogen in many vaccines, immunologists would agree that immune responses are subo