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1 ucation, community engagement, research, and clinical medicine).
2 rglycemia is the typical therapeutic goal in clinical medicine.
3  the way we currently employ immunoassays in clinical medicine.
4  for biodefense and cellular diagnostics for clinical medicine.
5  and cancer in both experimental animals and clinical medicine.
6  integration of gene expression profiling in clinical medicine.
7 re revolutionizing molecular diagnostics and clinical medicine.
8 one of the most difficult tumors to treat in clinical medicine.
9 me an essential component of the practice of clinical medicine.
10 vely apply the science of human nutrition to clinical medicine.
11 eshaped the development of tumor vaccines in clinical medicine.
12 tifying and applying genetic risk factors to clinical medicine.
13 ular biology are having a profound impact in clinical medicine.
14 ink this sequence to problems in biology and clinical medicine.
15 e poorly understood electrolyte disorders in clinical medicine.
16 omparable with that of most measures used in clinical medicine.
17 has yet to have an impact on the practice of clinical medicine.
18 s of a monumental advance in the practice of clinical medicine.
19 ) related organ system, and 4) importance in clinical medicine.
20 e applications of the method in research and clinical medicine.
21 d to preserve model performance over time in clinical medicine.
22 ) bacterial infections is a major problem in clinical medicine.
23 up studies in physiology, basic science, and clinical medicine.
24 man-scale physiological models for basic and clinical medicine.
25 the potential use of autophagy modulators in clinical medicine.
26 cross tissues, with emerging applications in clinical medicine.
27 status have resulted in a paradigm shift for clinical medicine.
28 ld greatly benefit cell biology research and clinical medicine.
29 highly productive authors and in biology and clinical medicine.
30 omes increasingly central to the practice of clinical medicine.
31  licensed drugs for the targeting of GPER in clinical medicine.
32 pplications in basic biomedical research and clinical medicine.
33 ndation of modern translational research and clinical medicine.
34 omarkers in saliva have significant value in clinical medicine.
35 ion in bridging basic circadian research and clinical medicine.
36 lysis to become a mainstream tool in routine clinical medicine.
37 the effective use of genetic test results in clinical medicine.
38 ng that the sensors might meet many needs in clinical medicine.
39 arch and have the potential to revolutionize clinical medicine.
40 t the life sciences, clinical chemistry, and clinical medicine.
41 lds of investigation throughout research and clinical medicine.
42 rk will have relevance to a broader field of clinical medicine.
43 cations of genome sequencing in research and clinical medicine.
44 powerful technique in biological science and clinical medicine.
45 e relationships remains a major challenge in clinical medicine.
46 nsidered when determining the role of WGS in clinical medicine.
47  the genetic discoveries and their impact on clinical medicine.
48 n the life sciences, clinical chemistry, and clinical medicine.
49 ioelectronic technologies for application in clinical medicine.
50 ng the actions of IL-2 are being utilized in clinical medicine.
51 d bacteria, and their use has revolutionized clinical medicine.
52 hallenges to the pharmaceutical industry and clinical medicine.
53 ted the convergence of discovery science and clinical medicine.
54  the goal of translating these findings into clinical medicine.
55 d to controversies about their usefulness in clinical medicine.
56 ms demonstrate possibilities in robotics and clinical medicine.
57 nd the application of S1PR-targeted drugs in clinical medicine.
58 ng it difficult to link molecular biology to clinical medicine.
59 lecular imaging and the potential impact for clinical medicine.
60 d if used therapeutically will revolutionize clinical medicine.
61  optical molecular imaging will translate to clinical medicine.
62 and the potential they may carry in changing clinical medicine.
63 atherothrombosis, remains an elusive goal in clinical medicine.
64 ogy is increasingly costly in most fields of clinical medicine.
65 the potential for applying these findings in clinical medicine.
66 ac auscultation remains an important part of clinical medicine.
67  have widespread applications in biology and clinical medicine.
68 investigate whether cystatin C has a role in clinical medicine.
69  growth factors have found widespread use in clinical medicine, a 'lymphoid growth factor' has not ye
70  individuals becomes a fundamental aspect of clinical medicine, a thorough consideration of the genet
71 renal nerves has recently been introduced to clinical medicine after the demonstration of significant
72       To better understand the role of SQ in clinical medicine, an efficient analytical approach is n
73 nd stimulating the brain are used throughout clinical medicine and basic neuroscience research, yet a
74 d important information of relevance to both clinical medicine and basic research in skin physiology.
75 ion DNA sequencing promises to revolutionize clinical medicine and basic research.
76                  The growing complexities of clinical medicine and biomedical research have clouded t
77  liver injury (DILI) is a major challenge in clinical medicine and drug development.
78 formation also has important applications in clinical medicine and drug discovery by using a Mendelia
79                            Utility of PRS in clinical medicine and ethical issues related to their us
80 y and has wide-ranging implications for both clinical medicine and experimental biology.
81  we highlight studies at the intersection of clinical medicine and experimental genetics that pinpoin
82 lated reporting increased from 59% to 67% in clinical medicine and from 36% to 69% in public health r
83   Next generation sequencing is transforming clinical medicine and genome research, providing a power
84  Routine blood tests are an integral part of clinical medicine and in interpreting blood test results
85  sequencing (WGS) is increasingly applied in clinical medicine and is expected to uncover clinically
86 ranslational science applications related to clinical medicine and pharmaceutical drug development am
87  in humans and is relevant to basic science, clinical medicine and pharmaceutical research.
88 imaging to a wide variety of applications in clinical medicine and preclinical research.
89 ction and intervention are key principles in clinical medicine and psychiatry.
90                                              Clinical medicine and public health would benefit from s
91 th, identifies opportunities to further link clinical medicine and public health, and describes futur
92          Detection of anaemia is crucial for clinical medicine and public health.
93 r the application of predictive analytics in clinical medicine and public health.
94 s and genomic technologies become routine in clinical medicine and public health.
95 edical informatics that will further advance clinical medicine and public health.
96  test technologies and their applications in clinical medicine and research.
97     Rapamycin is having a profound impact on clinical medicine and was approved as an immunosuppressa
98 quencing technologies has begun to transform clinical medicine, and cardiovascular disease is no exce
99 ment of cancer is a significant challenge in clinical medicine, and its research is a top priority in
100 lishing, industry, advocacy, science policy, clinical medicine, and population health.
101 isciplinary categories (biomedical research, clinical medicine, and public health).
102 rom basic science, high-altitude physiology, clinical medicine, and sports technology.
103 es between environmental health sciences and clinical medicine, and to orient this effort towards pub
104 , processes for applying genetic findings in clinical medicine, and use of genomics for defining and
105 e close bridge between molecular biology and clinical medicine, and will emphasize that consideration
106 Foundation; 48 journals in basic science and clinical medicine; and 17 federal agencies in order to a
107                         However, advances in clinical medicine are driving the need to measure many m
108                        Their applications in clinical medicine are evolving rapidly but are still not
109 ggested that steroid doses currently used in clinical medicine are suboptimal in repressing NFkappaB-
110 dictions inherent in the Flexnerian ideal of clinical medicine as a research-oriented university disc
111  whose sensitive detection is of interest in clinical medicine as well as in biological warfare or te
112 furosemide and bumetanide, molecules used in clinical medicine because they inhibit the loop of Henle
113        Radiology is now an essential part of Clinical Medicine, but undergraduate training does not r
114 llenges must be met before widespread use in clinical medicine can be undertaken.
115        Articles published in journals in the clinical medicine category versus other fields were almo
116 t places the hematologist at the junction of clinical medicine, cellular biology, and molecular genet
117       Serum ferritin has been used widely in clinical medicine chiefly as an indicator of iron stores
118 ticipation of their potential expansion into clinical medicine, clinical microbiologists may wish to
119 velopment process, including the FDA and the clinical medicine community.
120 kships or physical diagnosis/introduction to clinical medicine courses.
121 he most widely used topical skin adhesive in clinical medicine, Dermabond.
122 to find increasing applications in research, clinical medicine, diagnostics and manufacturing.
123 n support systems have had a mixed record in clinical medicine due to issues with interoperability an
124 human spaceflight, e.g., a Mars mission, and clinical medicine, e.g., improved understanding of the e
125  It has already made a significant impact on clinical medicine, especially in oncology.
126 e, a nonfederal panel with expertise in CEA, clinical medicine, ethics, and health outcomes measureme
127 oint appointment with UNSW Sydney (School of Clinical Medicine, Faculty of Medicine and Health), and
128 biomarkers, have found an important place in clinical medicine for diagnosis, managements or cancer s
129 iscuss the implementation of these scores in clinical medicine for uses including risk prediction and
130 oncology) has emerged as a new discipline in clinical medicine, given recent advances in cancer thera
131 iological activities and resulting impact in clinical medicine has continued to expand ever since.
132 me to play an increasingly prominent role in clinical medicine, heme oxygenase-1 is one of several mo
133      In spite of a liking for and ability in clinical medicine, I entered the Public Health Service a
134  sequencing (WGS) is becoming widely used in clinical medicine in diagnostic contexts and to inform t
135 he implications of this scientific space for clinical medicine in the era of targeted immunomodulatio
136 e have been few benefits and improvements to clinical medicine in the hospital setting.
137 d one of the most important contributions to clinical medicine in the last century.
138              EBM's enduring contributions to clinical medicine include placing the practice of medici
139  on the significance of novel discoveries to clinical medicine, including drug development.
140 tokines have found important applications in clinical medicine, including the treatment of certain ma
141             Integration of metagenomics into clinical medicine is a challenge, and the authors highli
142      Use of race-specific risk prediction in clinical medicine is being questioned.
143 cial Intelligence (AI) can transform the way clinical medicine is delivered by overcoming privacy bar
144                     Much of epidemiology and clinical medicine is focused on estimating the effects o
145      An underpinning of basic physiology and clinical medicine is that specific protein complements u
146                          Their importance in clinical medicine is underscored by the observation that
147                          A major question in clinical medicine is whether infarction size and border
148 s, although necessary for the advancement of clinical medicine, is not sufficient.
149 most commonly collected vital sign in all of clinical medicine; it plays a critical role in care deci
150 traditional translational research pathways (clinical medicine-molecular biology) as well as nontradi
151 l research, the pharmaceutical industry, and clinical medicine of the liver.
152 unds from the Department of Experimental and Clinical Medicine of University of Florence (the ex-60%
153 ar biology) as well as nontraditional lines (clinical medicine-optical physics/engineering and molecu
154  therapeutic success remain urgent issues in clinical medicine, particularly given the increasing can
155 ity Talent Introduction Program Project, and Clinical Medicine Plus X-Young Scholars Project of Pekin
156 s in both adult and pediatric laboratory and clinical medicine, provides information on which tests a
157 enetic causes of heart disease is important, clinical medicine, public health policies, and research
158 their effect on health care is important for clinical medicine, public-health programmes, and health-
159 nged and will continue to change the face of clinical medicine radically, if properly used, to the be
160                    Many procedures in modern clinical medicine rely on the use of electronic implants
161                                              Clinical medicine requires the integration of various fo
162   The use of artificial intelligence (AI) in clinical medicine risks perpetuating existing bias in ca
163 ndemics has received increasing attention in clinical medicine since the onset of the COVID-19 pandem
164 tive treatments - lag behind other fields of clinical medicine such as cardiovascular care.
165 onfirm, and refute, a long-standing maxim in clinical medicine that a 1-unit transfusion of red blood
166  Neuroscience also has led to innovations in clinical medicine that have not only therapeutic but als
167                Despite being well-studied in clinical medicine, the detection, treatment, and control
168          Whereas MSCs have been exploited in clinical medicine, the identification of MSC-specific ma
169 ence grows in the integration of genomic and clinical medicine, the outcome for children with cancer
170 s ought to have near-zero off-targets belies clinical medicine, therapy development and biology, whic
171  infection are well-documented conditions in clinical medicine, there is only a single case report of
172 -resolution imaging of pediatric patients in clinical medicine through to advancing 3D electron tomog
173 ng together experts in both experimental and clinical medicine to discuss the current evidence base,
174 stions by extending approaches developed for clinical medicine to handle the breadth of data relevant
175 Pretest risk estimation is routinely used in clinical medicine to inform further diagnostic testing i
176 nes - basic medicine, biology, chemistry and clinical medicine - to quantify the differential impact
177 be the major immunomodulatory agents used in clinical medicine today.
178  funds to the Department of Experimental and Clinical Medicine, University of Florence, the Universit
179                         Nonetheless, just as clinical medicine uses a multitude of other predictive m
180                                           In clinical medicine, we are forced to make decisions about
181  As these emerging therapies find a place in clinical medicine, we can anticipate preventing a much h
182 teroids, pharmacologic agents widely used in clinical medicine, we constructed replication deficient
183             This discrepancy is evidenced in clinical medicine where females are more likely than mal
184 cid metabolism may lead to new strategies in clinical medicine whereby both amino acid auxotrophy and
185 ely several fold higher than for the rest of clinical medicine, who has responsibility for being cert
186         Pregnancy loss is a major problem in clinical medicine with devastating consequences for fami
187  Renal cell carcinoma remains a challenge to clinical medicine, with curative therapy experienced by
188 hown the potential to change many aspects of clinical medicine within the next decade.
189 r that used by the Cochrane Collaboration in clinical medicine, would facilitate the systematic prepa

 
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