IndraLab

Statements


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"These metabolites reflect integrated CAMCRF conditions, enhancing the understanding of underlying metabolic profiles in apparently healthy individuals and may represent promising metabolic indicators of systemic health."

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"These metabolites reflect integrated CAMCRF conditions, enhancing the understanding of underlying metabolic profiles."

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"This longstanding interest is based on the strong association of both CRF and CAM with overall health."

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"The metabolomic profile of each sex and of each group generated according to the CAMCRF profile for both sexes was evaluated."

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"In the present study, we identified significant associations between CAMCRF profiles and seven metabolites: sebacic acid, ornithine, choline, betaine, N,N ‐dimethylglycine, sarcosine, and glucose."

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"Identifying metabolites associated with integrated CAMCRF profiles may help characterize healthy physiological states."

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"In this context, sebacic acid and ornithine merit attention because they characterize groups with distinct CAMCRF profiles based on two PCs, accounting for at least 47.41% of total data variability."

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"CAMCRF profiles were obtained separately by sex using principal components analysis (PCA) of CAM and CRF."

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"Among these, sebacic acid and ornithine emerged as particularly relevant, as they characterize distinct CAMCRF profiles and contributed more substantially to overall data variability."

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"Interestingly, these metabolites, together with sarcosine, which showed marginal significance in females, p  = 0.019, comprise the mitochondrial arm of the choline degradation pathway, suggesting that mitochondrial disturbances may underlie unfavorable CAMCRF profiles."

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"Notably, some of these metabolites were associated with the CAMCRF profile in females individuals, further emphasizing the physiological differences between the sexes."

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"The significant metabolites observed in the main analyses of this study suggest a link to specific CAMCRF profiles and offers insights into overall health."

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"This study aimed to investigate metabolic signatures representing distinct CAMCRF profiles in apparently healthy individuals."

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"CAM-CRF using CRF partially reduces background noise but does not eliminate it."

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"The CAMCRF characteristics of each generated group were similar between the sexes (Table  xref )."

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"Although the relationships between SM, CAM, and CRF has been studied in different contexts (Kelly et al.,  xref ; Mathew et al.,  xref ; Signini, Castro, Rehder‐Santos, Cristina Millan‐Mattos, et al.,  xref ; Signini, Castro, Rehder‐Santos, Milan‐Mattos, et al.,  xref ; Ziegler et al.,  xref ), an integrate score combining CAM and CRF metrics (CAMCRF profile) in a weighted manner has not yet been evaluated."

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"Synthesizing these variables into composite score for each individual may offer a novel approach for identifying serum metabolic signatures that characterize CAMCRF profiles."

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"Therefore, finding serum metabolites that represent these profiles could help in future research aimed at simplifying access to the level of response to physical stress and systemic health (without the need for complex tests and analyses to identify a person's CAMCRF profile) through the development of specific blood tests to measure these metabolites."

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"To verify the effectiveness of different quality pseudo-labels for CrackCLIP, we use two different types of crack pixel-level pseudo-labels, including CAM-CRF [ xref ] and CAM-Location [ xref ]."

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"Thus, this study aimed to identify distinct CAMCRF profiles and investigate the metabolic signatures associated with these profiles in apparently healthy individuals."

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"As expected, due to the nature of the PCA, the groups differed significantly from each other in terms of the CAMCRF profile."

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"CAM-CRF [ xref ] is a pixel-level pseudo-label generated by a class activation map with CRF, while CAM-Location [ xref ] is a pixel-level pseudo-label generated by class activation maps, crack patch location, and threshold segmentation combined to generate crack pixel-level pseudo-labels. xref shows the quantitative prediction results of cracks for the CrackCLIP model using different types of pseudo-labels."