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1 al therapies and limits understanding of its basic biology.
2 ology, thus influencing our understanding of basic biology.
3 nd nuclear medicine in unique ways by way of basic biology.
4 ating a more thorough understanding of their basic biology.
5 e discussed in the context of the underlying basic biology.
6 iome has revolutionized many concepts in our basic biology.
7 ive and sustained participation of lipids in basic biology.
8 le in several ways that have implications in basic biology.
9 ears, yet the genetic basis of the bed bug's basic biology and adaptation to dense human environments
13 es" article, we have engaged experts in both basic biology and clinical immunology to capture the wor
15 findings transform our understanding of the basic biology and clinical relevance of inflammasomes.
17 the current state of knowledge on neutrophil basic biology and discusses how the breakdown of neutrop
26 ment occurs is of fundamental importance for basic biology and medical sciences, but our knowledge is
28 cent advances, embodied in new insights into basic biology and technology that can be applied to meta
30 of great importance to our understanding of basic biology and to making advances in biomedical resea
31 lines of evidence from human neuropathology, basic biology, and genetics have implicated loss of the
32 organisms are widely used for understanding basic biology, and have significantly contributed to the
33 atherosclerosis will bridge epidemiology and basic biology, and promise increased understanding of ca
34 gical aspects; and (3) a reduced emphasis on basic biology apart from an increased focus on mouse mod
35 pathway has yielded fundamental insights for basic biology, as well as provided rational targets for
37 this review is to summarize the most recent basic biology, biochemistry, and pharmacology that serve
38 our understanding of cGVHD pathogenesis and basic biology, born out of a combination of mouse models
39 t the cell surface is important not only for basic biology but also for the development of novel anti
40 thwarted progress toward understanding their basic biology, but via the use of new genetic tools and
43 ipotent stem (iPS) cells has applications in basic biology, drug development, and transplantation.
44 nger ribonucleic acid profiling, advances in basic biology have led to a more complete and sophistica
46 t and to provide additional insight into the basic biology, immunology, and evolution of the virus.
52 s needed to advance our understanding of the basic biology, mechanisms, and epidemiology of betel qui
53 AV vectors has implications not only for the basic biology of AAV but also for the optimal use of the
56 s will be broadly useful in the study of the basic biology of ALKBH3 and in clinical cancer applicati
57 portant challenge with relevance both to the basic biology of animal communication and to biomedicine
58 that are relevant for understanding both the basic biology of bacterial adaptation and its technologi
60 l efforts will lead to new insights into the basic biology of biofilm formation, as well as new strat
61 sts and researchers to understand better the basic biology of brain function and the way in which var
64 dosage abnormalities, and the effect on the basic biology of cells when a mouse carries a freely seg
66 neous revascularization does not address the basic biology of coronary atherosclerosis and therefore
67 hese findings have implications both for the basic biology of CSC function, and for the use of in viv
69 though extremely useful in understanding the basic biology of H. influenzae, has yet to provide signi
70 though extremely useful in understanding the basic biology of H. influenzae, these data have not prov
73 k for understanding critical features of the basic biology of HIV-1, including the selective tropism
74 ng force behind the desire to understand the basic biology of HSC niches is the clear implications fo
76 ave built on increasing understanding of the basic biology of HSV to minimise vector toxicity and exp
77 s may contribute to our understanding of the basic biology of human germ cell development and may pro
79 provide a powerful means to characterize the basic biology of LSCs as well as to identify improved me
80 is in laboratory broth cultures, much of the basic biology of M. tuberculosis in its natural setting
81 duced a wealth of new observations about the basic biology of malaria parasites, and it is likely tha
84 ed by important gaps in our knowledge of the basic biology of Mycobacterium tuberculosis, the causati
86 d factors have numerous implications for the basic biology of obesity and provide prospective targets
89 icroorganisms allows us to better define the basic biology of pathogenesis while providing better ins
90 g studied intensively both to understand the basic biology of pluripotency and cellular differentiati
94 itro establishes the foundation to study the basic biology of SSCs and makes possible germ-line modif
95 tem cells is essential for understanding the basic biology of stem cells and for facilitating clinica
99 arinii pneumonia are well characterized, the basic biology of the causative organism is poorly unders
100 , including a refocusing on the study of the basic biology of the disease, and an embracing of the co
104 ion to the fact that our knowledge about the basic biology of the MDR and XDR strains of Mycobacteriu
105 llowing injury and provide insights into the basic biology of the organ with implications for develop
107 owerful tools to answer questions related to basic biology of the p53 pathway, as well as cancer ther
108 dings indicate that there are aspects of the basic biology of the ribosome in S. aureus and other rel
112 may in turn inform our understanding of the basic biology of these pathways and lead to the validati
113 r neural functions, these studies add to the basic biology of these processes and could provide targe
114 tations has had on fueling insights into the basic biology of thick filament proteins and reinforce t
115 udies have provided greater insight into the basic biology of this chemokine and have implicated CXCL
120 hat we develop a better understanding of the basic biology of this parasite and how it interacts with
123 ed that a more complete understanding of the basic biology of tumor vessels will be necessary to full
131 ion is of primary interest for understanding basic biology, protein biochemistry, and human disease.
132 than any other environment studied, and the basic biology research theme accounted for half of the t
135 rong connections between plant pathology and basic biology, something that could perhaps be made more
138 is providing a deeper understanding of their basic biology, taxonomy and evolution, as well as their
141 contributing to diverse research areas, from basic biology to biomanufacturing and disease therapy.
143 nic arrhythmia syndromes shows that to bring basic biology to the clinic is a powerful approach.
144 ibe the most notable applications of Cas9 in basic biology, translational medicine, synthetic biology
145 homeostasis contributes knowledge about the basic biology underlying taste disruptions in patients t
147 available for exploration of this pathogen's basic biology, we chose this heme-detoxification pathway
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