1 On the
basis of our findings, combined with our previous results on divale
2 On the
basis of our findings, we can conclude that the carotenoid does not
3 ferences between treatment groups; however, the
consistency of our findings with the global OlympiAD study population sug
4 In the
context of our findings and given the value of the RAI in predicting
5 The
extension of our findings to primary HL tissue by immunohistochemistry
6 We discuss the
extensions of our findings to higher dimensions and argue that depending
7 To explore the
generality of our findings, we evaluated the toxicity of monensin in 24
8 e tricuspid regurgitation, which may limit
generalizability of our findings; and survivor bias related to the cohort age,
9 The clinical
impact of our findings on the long-term cosmonauts' health and their
10 An
implication of our findings is that the cost of purchasing crop insurance
11 The generality and
implications of our findings are discussed.
12 , we consider possible future developments and
implications of our findings.
13 t of the infectious cycle, and the mechanistic
implications of our findings for nairovirus RNA synthesis are discussed.IM
14 We conclude by discussing applied and policy
implications of our findings.
15 may also suppress participation; the political
implications of our findings at regional or country-wide scales therefore
16 We discuss the
implications of our findings and provide directions for future research.
17 We discuss the
implications of our findings for E. coli protein expression and codon opti
18 We ultimately discuss the
implications of our findings for efforts aimed at understanding how contin
19 We discuss the
implications of our findings for how we think about the current communicat
20 We discuss the
implications of our findings for neural coding and for brain-controlled bi
21 We discuss the
implications of our findings for the study of the international production
22 Finally, we discuss the
implications of our findings for voltammetric experiments more generally.
23 The
implications of our findings on the evolution models of the ice giants are
24 The
implications of our findings, questioning previous assumptions but also re
25 The clinical
importance of our findings were further investigated in an independent d
26 The translational
importance of our findings was established through analysis of 2 human c
27 In
light of our findings, certain existing studies might require reint
28 In
light of our findings, we prescribe a test that checks whether a hy
29 ose several potential explanations for the disparate
nature of our findings from those of Liu and colleagues.
30 We demonstrate the
predictivity of our findings by reconstructing key features of C. hirsuta
31 The clinical
relevance of our findings was evaluated in arteries from nonobese and o
32 other tumour types, which highlights the clinical
relevance of our findings.
33 ysosomal gene expression, supporting the clinical
relevance of our findings.
34 liver disease (ALD) samples were used to confirm
relevance of our findings.
35 with a larger cohort is required to validate the
relevance of our findings in humans, and to test whether this therapeut
36 The
relevance of our findings to human disease was revealed in human cancer
37 human spinal cord, underscoring the translational
relevance of our findings in mice.
38 atohepatitis highlight the clinical translational
relevance of our findings in the context of recent preclinical trials i
39 spleen was also observed, supporting the in vivo
relevance of our findings.
40 Validating the robustness and
reproducibility of our findings, we provide evidence from two different parad
41 tion across the whole group further demonstrated
robustness of our findings (r = .630, p < .001).
42 Reliability analyses demonstrated the
robustness of our findings and highlighted the importance of large sampl
43 ally assessed the dynamics of the effect and the
robustness of our findings.
44 Studies are needed to understand the clinical
significance of our findings.
45 In addition,
some of our findings may have clinical significance, such as the u
46 Specificity of our findings was evaluated using a whole-brain Bayesian sp
47 (r = 0.42, p < 0.001), supporting the anatomic
specificity of our findings.
48 The
summary of our findings makes this defect a prime candidate for reali
49 ated multiple sclerosis lesions, confirming the human
value of our findings.
50 We discuss the
value of our findings for future studies on trained immunity in tel