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1 rformance of the system is illustrated by an animal experiment.
2 most up-to-date studies using these tools in animal experiments.
3 solvents and were shown to be embryotoxic in animal experiments.
4 arcinoma (HCC) are difficult to reproduce in animal experiments.
5 naling has been extensively characterized in animal experiments.
6 ielded significant functional improvement in animal experiments.
7 monstrated importance in retinal function in animal experiments.
8 s using deuterated water in cell culture and animal experiments.
9 The local animal care committee approved all animal experiments.
10 ategies for enhancing the reproducibility of animal experiments.
11 legic agents have mainly remained limited to animal experiments.
12 ntricular free wall pacing found in previous animal experiments.
13 itutional animal care committee approved all animal experiments.
14 g the angiogenic cascade by cell culture and animal experiments.
15 r mobilization of stem cells to the heart in animal experiments.
16 inhibitors of cholesterol cholelithiasis in animal experiments.
17 balloon models and in vivo and ex vivo small animal experiments.
18 molecules have produced promising results in animal experiments.
19 e defined a 'vestibulosympathetic reflex' in animal experiments.
20 ses which were similar to those found in the animal experiments.
21 human subjects are consistent with those of animal experiments.
22 -factors that are poorly modelled in current animal experiments.
23 ypokalaemia in several genetic disorders and animal experiments.
24 to metabolic disease in case studies and in animal experiments.
25 and the barriers to implementing masking in animal experiments.
26 step toward regulatory acceptance to replace animal experiments.
27 These results were also verified by animal experiments.
28 ation screening, while reducing the need for animal experiments.
29 ovascular regulation is primarily limited to animal experiments.
30 xicology models in replacement strategies of animal experiments.
31 approved by the French Ethics Committee for Animal Experiments.
32 t powerful cardioprotective interventions in animal experiments.
33 Governmental approval was obtained for animal experiments.
34 , they lack the rigor inherent in controlled animal experiments.
35 by a combined rate of 68% in two independent animal experiments.
36 e approved by the local ethics committee for animal experiments.
37 ern formation have been restricted mainly to animal experiments.
38 so displayed suitable PK profile for in vivo animal experiments.
39 periments were sequentially performed on all animals: Experiment 1--The Light and Platform test measu
41 camer duplex [d(GCGTA)-T*-d(ACGC)](2.) In an animal experiment, a 16-mer F-CeNA gapmer ASO showed sim
43 ft-versus-leukemia effect was predicted from animal experiments almost 40 years ago, only recently ha
45 ions, cessation, dose-response relationship, animal experiments, analogy, specificity, and consistenc
51 nucleotides (ASOs) in T(m), cell culture and animal experiments and compare them to their gap-matched
54 This cohort study supports findings from animal experiments and human observational studies in se
57 enesis has been demonstrated in both in vivo animal experiments and in vitro cell culture experiments
58 t to produce the sharp filtering observed in animal experiments and many computational models that us
60 hored in a cogent synthesis of findings from animal experiments and observational studies on diverse
61 ties in translation of cardioprotection from animal experiments and proof-of-concept trials to clinic
62 carefully considering the oral dose used in animal experiments and provides useful information in se
63 ential for ethical and scientific reasons in animal experiments and should completely cover the perio
64 he methodology can improve the efficiency of animal experiments and shows great potential for applica
66 f electrophysiological knowledge acquired in animal experiments and that currently being obtained in
67 d 4.6 g, making it suitable for future small animal experiments (and ultimately, potential evaluation
68 nciple of "Refining, Reducing and Replacing" animal experiments, and across the globe, different init
69 article reviews the basic science evidence, animal experiments, and human clinical data supporting t
71 either of the 2 approaches has fared well in animal experiments, and the only clinical experience wit
72 n is intriguing, accords with the results of animal experiments, and warrants further investigation.
73 on the basis of promising tissue culture and animal experiments, and yet they have failed to stop res
79 s a multitude of in vitro assays and in vivo animal experiments before a compound is moved into first
83 ects of alcohol on the brain is supported by animal experiments, but how in vivo CB1R levels are alte
84 ial genetics, transcriptomics, metabolomics, animal experiments, chemical inhibition, and rescue stud
86 results in strongly attenuated virulence in animal experiments, comparable in degree to classical li
95 -mer cEt ASO showed the best activity in the animal experiments despite significantly lower T(m) and
99 imited to electrophysiological findings from animal experiments extrapolated to humans, mathematical
100 Using the exact temporal delays from the animal experiments, fast recruitment of gain co-modulati
111 ant human erythropoietin (rHuEPO) protein in animal experiments have not been consistently reproduced
112 53 and pRB: The observations from laboratory animal experiments have provided a rationale for examini
120 ensitized workers spent more time performing animal experiments in the animal facility (p = 0.0001) a
122 f patients with basal ganglia disease and in animal experiments in the skeletal motor system, the res
123 prompt treatment could be demonstrated with animal experiments in vivo, in which brain damages were
127 epidemiological studies, clinical trials and animal experiments indicate that NSAIDs are among the mo
129 pidemiological studies, clinical trials, and animal experiments indicates that inhibitors of prostagl
130 ccording to a license obtained by the Danish Animal Experiments Inspectorate, Ministry of Food, Agric
131 fect of zinc intake on vitamin A status from animal experiments is inconclusive, mainly because of th
134 On the basis of the results of this initial animal experiment, it appears that dynamic 4D four-dimen
138 ly documented in vivo, and cell cultures and animal experiments may not provide accurate models.
139 n of classical microbiology, sequencing, and animal experiments may provide further insights into how
141 ), in vitro susceptibility studies (n = 14), animal experiments (n = 6, including 5 using the neutrop
143 Human neuroimaging studies and complementary animal experiments now identify the gross elements of th
144 od pressure comes from a variety of sources: animal experiments, observational epidemiologic studies,
145 Following favorable results obtained in animal experiments, observational studies have shown ben
147 The translation from numerous successful animal experiments on cardioprotection beyond that by re
151 In this review, we provide an overview of animal experiments on renal IRI and IPoC, demonstrating
152 las weighing 500 g were used for 2 series of animal experiments: one to obtain specimens for scanning
153 ed during the day-most findings are based on animal experiments or human studies with observational d
155 le branch block (LBBB) criteria are based on animal experiments or mathematical models of cardiac tis
157 were also supported, for the first time, by animal experiments, p65 cDNA transfection and p65 small
158 interventions, randomized controlled trials, animal experiments, physiologic investigations, evolutio
174 emic penumbra was formulated on the basis of animal experiments showing functional impairment and ele
175 The clinical trials are fueled by decades of animal experiments showing that dietary restriction dela
178 chanisms of HE deduced from cell culture and animal experiments, such as oxidative stress, altered Zn
179 ological studies, biomarker measurements and animal experiments suggest a role for aberrant immune pr
180 cologic analyses, case-case comparisons, and animal experiments suggest positive associations between
186 ally similar exotoxins, toxin A and toxin B, animal experiments suggest that only toxin A mediates di
195 patients, and evidence from cell culture and animal experiments suggests the nucleus as a site of pat
197 ter utilize published evidence obtained from animal experiments, systematic reviews of preclinical st
198 , and BIOSIS databases were searched for all animal experiments testing tumor volume response to sora
199 These data demonstrated in a pilot large animal experiment that the BAK with RAD altered plasma c
201 clinical evidence, as well as evidence from animal experiments, that Mycobacterium tuberculosis can
204 mall sample size conditions typical of large animal experiments, the MLFRA achieved an average AUROC,
207 ients are similar to those observed in these animal experiments, then the efficacy of systemic treatm
211 f cardiovascular disease, ranging from early animal experiments to current sophisticated models of he
212 nk accession number AF297868) can be used in animal experiments to define the factors that are import
213 cies differences make the extrapolation from animal experiments to human clinical settings difficult.
214 here is an ongoing debate about the value of animal experiments to inform medical practice, yet there
216 n addition, leucine has been demonstrated in animal experiments to modulate eating and energy homeost
218 These results provide a basis for future animal experiments using more ecologically relevant cond
222 Consistent with in vitro findings, in whole-animal experiments we found that persistent elevation of
230 stem cell research oversight committee, and animal experiments were approved by the administrative p
244 ated YAP pathway on the pathogenesis of DCM, animal experiments were divided into 3 parts, including
257 st all of the laboratory studies and all the animal experiments were restricted to the case of statio
258 y reflect the integrated response of a whole animal, experiments were conducted in two human cell lin
259 These observations were recapitulated in the animal experiments where the 20-mer tcDNA ASO formulated
260 n cannot be taken for granted, especially in animal experiments where we cannot deliver explicit inst
261 d time was found to be unnecessary for small-animal experiments, whereas propagation delay and disper
262 chers encounter when designing and analysing animal experiments will improve the reliability of in vi
263 with an amount of training commensurate with animal experiments, without relying on parameter fine-tu