The computed weighted sum of type I (dark gray) and type II (light gray) errors ( by Farrokh Habibzadeh (12256529)

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Relative frequency of type I (dark gray) and type II (light gray) errors in 10 000 replicas for each initial condition of the simulation. by Farrokh Habibzadeh (12256529)

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PVS_ratio changes, ΔPVS_ratio, for different radiation doses within each treatment period: 0M–3M(a), 3M–12M(b), and 12M–FollowUp(c). by Ruitian Song (11045127)

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Predicted probability of infection symptoms due to forest cover for 2011 and 2016. by Amit Timilsina (15203538)

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Patient demographic information at four time points. by Ruitian Song (11045127)

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T1w images (top row) and segmented PVS overlaid on T1w images (bottom row) at TP of 0M, 3M, 12M, and FollowUp for a typical patient. by Ruitian Song (11045127)

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Box plots representing comparisons of PVS volumes across different variables with statistical comparison annotations for TP(a), DOSE(b), Shunt(c), Anesthesia(d), and Sex(e). by Ruitian Song (11045127)

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PVS ratio comparisons across different variables using box plots with statistical comparison annotations for TP(a), DOSE(b), Shunt(c), Anesthesia(d), and Sex(e). by Ruitian Song (11045127)

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PVS_volume changes, ΔPVS_volumes, for various radiation doses within each treatment period: 0M–3M(a), 3M–12M(b), and 12M–FollowUp(c). by Ruitian Song (11045127)

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Univariate and Multivariate analysis of risk factors for nerve injury 90-days after TKA. by Rahul H. Jayaram (21463899)

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The computed weighted sum of type I (dark gray) and type II (light gray) errors ( by Farrokh Habibzadeh (12256529)

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The dataset for the paired model. by Ruitian Song (11045127)

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Patient enrollment and inclusion information. by Ruitian Song (11045127)

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Study variables. by Amit Timilsina (15203538)

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Changes of PVS ratios and volumes for different treatment periods and different dose levels (HD: high dose, SD: standard dose, and RD: reduced dose). by Ruitian Song (11045127)

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Descriptive statistics. by Amit Timilsina (15203538)

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The dataset for the full model analysis. by Ruitian Song (11045127)

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Pseudocode of the simulation program (see Supplementary Materials for <i>R</i> codes S1 File). by Farrokh Habibzadeh (12256529)

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Flow chart of the literature search. by Xiaojuan Yang (794374)

“…The treatment ranking revealed that massage therapy demonstrated the most significant efficacy in reducing Vancouver Scar Scale score (surface under the cumulative ranking curve [SUCRA] = 89.0%), CO₂ laser therapy exhibited the highest efficacy in decreasing scar thickness (SUCRA = 96.8%), and extracorporeal shock wave therapy + routine treatment showed the most significant efficacy in reducing Visual Analogue Scale score (SUCRA = 58.6%).…”

Funnel plot for scar thickness. by Xiaojuan Yang (794374)

“…The treatment ranking revealed that massage therapy demonstrated the most significant efficacy in reducing Vancouver Scar Scale score (surface under the cumulative ranking curve [SUCRA] = 89.0%), CO₂ laser therapy exhibited the highest efficacy in decreasing scar thickness (SUCRA = 96.8%), and extracorporeal shock wave therapy + routine treatment showed the most significant efficacy in reducing Visual Analogue Scale score (SUCRA = 58.6%).…”