Additional file 1 of Sweet beverages and the risk of colorectal cancer: the Norwegian Women and Cancer Study

Supplementary Material 1: Figure S1: Directed acyclic graph for the association between SSB consumption and colorectal cancer incidence. Figure S2: Directed acyclic graph for the association between ASB consumption and colorectal cancer incidence. Figure S3: Directed acyclic graph for the association between juice consumption and colorectal cancer incidence. Table S1: Morphology codes (ICD-O-3) of adenocarcinomas for the cases in this study. Table S2: Cross-tabulation of SSB intake at baseline and follow-up. Table S3: Cross-tabulation of ASB intake at baseline and follow-up. Table S4: Cross-tabulation of juice intake at baseline and follow-up. Table S5: Associations between sweet beverage intake and risk of overall and subsite-specific colorectal cancer per 1 glass (250 ml) daily increase. Table S6: Associations between SSB intake and risk of overall and subsite-specific colorectal cancer for participants with > 2 years of follow up. Table S7: Associations between ASB intake and risk of overall and subsite-specific colorectal cancer for participants with > 2 years of follow up. Table S8: Associations between fruit juice intake and risk of overall and subsite-specific colorectal cancer for participants with > 2 years of follow up. Table S9: Age-adjusted associations between sweet beverage intake and risk of overall and subsite-specific colorectal cancer in the sample size of Model 2. Table S10: Associations between SSB intake and risk of overall and subsite-specific colorectal cancer not censoring for missing follow-up values. Table S11: Associations between ASB intake and risk of overall and subsite-specific colorectal cancer not censoring for missing follow-up values. Table S12: Associations between juice intake and risk of overall and subsite-specific colorectal cancer not censoring for missing follow-up values. Table S13: Associations between sweet beverage intake and risk of colorectal cancer by groups of baseline age, education level, and diabetes status. Table S14: Associations between sweet beverage intake and risk of overall and subsite-specific colorectal cancer adjusted for established risk factors.

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Publication Details

Journal
Figshare
Published
2025-01-01
DOI
https://doi.org/10.6084/m9.figshare.28712117.v1
Primary Topic
Advanced Electron Microscopy Techniques and Applications
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article
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article

Additional file 1 of Sweet beverages and the risk of colorectal cancer: the Norwegian Women and Cancer Study

Figshare
Advanced Electron Microscopy Techniques and Applications
article

Additional file 1 of Sweet beverages and the risk of colorectal cancer: the Norwegian Women and Cancer Study

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Abstract

Supplementary Material 1: Figure S1: Directed acyclic graph for the association between SSB consumption and colorectal cancer incidence. Figure S2: Directed acyclic graph for the association between ASB consumption and colorectal cancer incidence. Figure S3: Directed acyclic graph for the association between juice consumption and colorectal cancer incidence. Table S1: Morphology codes (ICD-O-3) of adenocarcinomas for the cases in this study. Table S2: Cross-tabulation of SSB intake at baseline and follow-up. Table S3: Cross-tabulation of ASB intake at baseline and follow-up. Table S4: Cross-tabulation of juice intake at baseline and follow-up. Table S5: Associations between sweet beverage intake and risk of overall and subsite-specific colorectal cancer per 1 glass (250 ml) daily increase. Table S6: Associations between SSB intake and risk of overall and subsite-specific colorectal cancer for participants with > 2 years of follow up. Table S7: Associations between ASB intake and risk of overall and subsite-specific colorectal cancer for participants with > 2 years of follow up. Table S8: Associations between fruit juice intake and risk of overall and subsite-specific colorectal cancer for participants with > 2 years of follow up. Table S9: Age-adjusted associations between sweet beverage intake and risk of overall and subsite-specific colorectal cancer in the sample size of Model 2. Table S10: Associations between SSB intake and risk of overall and subsite-specific colorectal cancer not censoring for missing follow-up values. Table S11: Associations between ASB intake and risk of overall and subsite-specific colorectal cancer not censoring for missing follow-up values. Table S12: Associations between juice intake and risk of overall and subsite-specific colorectal cancer not censoring for missing follow-up values. Table S13: Associations between sweet beverage intake and risk of colorectal cancer by groups of baseline age, education level, and diabetes status. Table S14: Associations between sweet beverage intake and risk of overall and subsite-specific colorectal cancer adjusted for established risk factors.

Figshare
Centre for Arctic Gas Hydrate, Environment and Climate (NO), Centre international de recherche sur le cancer (FR), UiT The Arctic University of Norway (NO)
Openalex Percentile: Top 67%
Advanced Electron Microscopy Techniques and Applications
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