Line graph showing the values of inflammatory cytokines at baseline and after treatment. by Káryta Suely Macêdo Martins (22404155)

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Baseline and Post-Treatment Myocardial Perfusion Defects Expressed as a Percentage of the Total Left Ventricular Surface Area in Each Experimental Group. by Káryta Suely Macêdo Martins (22404155)

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Baseline and post-treatment results of quantitative electrocardiographic variables in each study group. by Káryta Suely Macêdo Martins (22404155)

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CONSORT diagram illustrating patient flow during the study. by Káryta Suely Macêdo Martins (22404155)

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Baseline and Post-Treatment Results of Echocardiographic Variables in Each Experimental Group. by Káryta Suely Macêdo Martins (22404155)

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Illustrative images of the processing of a myocardial perfusion study in a patient with Chagas disease. by Káryta Suely Macêdo Martins (22404155)

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Clinical and Demographic Characteristics of the Study Population. by Káryta Suely Macêdo Martins (22404155)

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Baseline and Post-Treatment Serum Cytokine Levels in Each Investigational Group. by Káryta Suely Macêdo Martins (22404155)

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Baseline and Post-Treatment Serum Levels of NT-proBNP in Each Investigational Group. by Káryta Suely Macêdo Martins (22404155)

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Variables obtained from the SF-36 quality of life questionnaire in each experimental group. by Káryta Suely Macêdo Martins (22404155)

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Line graph showing the values of myocardial perfusion defects in the study groups. p = ANOVA Mixed Models. by Káryta Suely Macêdo Martins (22404155)

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Boxplots showing the differences in miR-21-5p and miR-16-5p levels across increasing AKI severity based on Kidney Disease: Improving Global Outcomes (KDIGO) grades. by Tamar J. van der Aart (22184206)

Participant characteristics by village. by Tyler M. Barrett (20846174)

“…Nearly all participants reported perceiving increases in temperature (94%) and decreases in rainfall (91%) in the previous five years, and most reported that they expect to have much less (57%) or somewhat less (35%) food to feed their families in the future due to changes in temperature and rainfall. …”

Decomposition analysis of the changes in prevalence (A), DALYs (B), and mortality (C) rates of IBD among women across global, 5 SDI and 21 GBD regions. by Jiefeng Zhao (9090305)

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Health inequalities in the burden of IBD among WCBA. by Jiefeng Zhao (9090305)

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Estimated prevalence (A), DALYs (B), and mortality (C) rates for IBD among WCBA by 2040. by Jiefeng Zhao (9090305)

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The global changes of AS prevalence, DALYs, and mortality rates of IBD among women from 1990 to 2021. by Jiefeng Zhao (9090305)

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Estimated prevalence (A), DALYs (B), and mortality (C) rates of IBD in different age subgroups of WCBA by 2040. by Jiefeng Zhao (9090305)

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The global changes of prevalence (A-C), DALYs (D-F), and mortality (G-I) rates of IBD among WCBA from 1990 to 2021. by Jiefeng Zhao (9090305)

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Frontier analysis for the potential for improvement in reducing the burden of IBD among WCBA across 204 countries and regions. by Jiefeng Zhao (9090305)

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