 0 Table of Contents |
  1 Introduction |
  2 Evidence Profiles |
  3 EvidenceVariable Profiles |
  4 Group Profiles |
  5 Citation Profiles |
  6 ArtifactAssessment Profiles |
  7 Composition Profiles |
  8 Other Profiles |
  9 Profiles |
  10 Extensions |
  11 Terminologies |
  12 Examples |
  13 Downloads |
  14 Artifacts Summary |
   14.1 Adaptation |
   14.2 BaselineMeasureEvidence |
   14.3 BookCitation |
   14.4 BookPartCitation |
   14.5 CertaintyOfEvidence |
   14.6 Classification |
   14.7 CohortDefinition |
   14.8 Comment |
   14.9 ComparativeBaselineMeasureEvidence |
   14.10 ComparativeEvidence |
   14.11 ComparativeEvidenceReport |
   14.12 ComparativeEvidenceReportSubject |
   14.13 ComparativeParticipantFlow |
   14.14 ComparatorDefinition |
   14.15 ComparatorGroup |
   14.16 ComparatorOnlyEvidence |
   14.17 Comparison |
   14.18 CompositeRating |
   14.19 DatabaseCitation |
   14.20 DatabaseEntryCitation |
   14.21 DataDictionary |
   14.22 DatasetCitation |
   14.23 DateAsRating |
   14.24 EndpointAnalysisPlan |
   14.25 EvidenceList |
   14.26 EvidenceMap |
   14.27 EvidenceR6 |
   14.28 EvidenceReport |
   14.29 EvidenceReportSubject |
   14.30 EvidenceSynthesisEvidence |
   14.31 ExposureDefinition |
   14.32 ExposureGroup |
   14.33 GroupAssignment |
   14.34 GroupR6 |
   14.35 Guideline |
   14.36 InterventionOnlyEvidence |
   14.37 JournalArticleCitation |
   14.38 M11Report |
   14.39 MetaanalysisEligibilityCriteria |
   14.40 MetaanalysisOutcomeDefinition |
   14.41 MetaanalysisStudyGroup |
   14.42 NetEffectContribution |
   14.43 NetEffectContributionList |
   14.44 NetEffectContributions |
   14.45 NetEffectEstimate |
   14.46 NonComparativeEvidence |
   14.47 OutcomeDefinition |
   14.48 OutcomeImportance |
   14.49 OutcomeList |
   14.50 ParticipantFlow |
   14.51 ParticipantFlowMeasure |
   14.52 PreprintCitation |
   14.53 Rating |
   14.54 Recommendation |
   14.55 RecommendationAction |
   14.56 RecommendationEligibilityCriteria |
   14.57 RecommendationJustification |
   14.58 RecommendationPlan |
   14.59 RiskOfBias |
   14.60 SearchResults |
   14.61 SearchStrategy |
   14.62 SingleStudyEvidence |
   14.63 SoaPlanDefinition |
   14.64 SoftwareCitation |
   14.65 StudyEligibilityCriteria |
   14.66 StudyGroup |
   14.67 SummaryOfFindings |
   14.68 SummaryOfNetEffect |
   14.69 SystematicReviewEligibilityCriteria |
   14.70 SystematicReviewExcludedStudies |
   14.71 SystematicReviewIncludedStudies |
   14.72 VariableDefinition |
   14.73 WebPageCitation |
   14.74 ArtifactApprovalDate |
   14.75 ArtifactAssessmentCompared |
   14.76 ArtifactAssessmentDateAsRating |
   14.77 ArtifactEffectivePeriod |
   14.78 ArtifactLastReviewDate |
   14.79 CharacteristicDescription |
   14.80 CharacteristicDeterminedByExpression |
   14.81 CharacteristicDeterminedByReference |
   14.82 CharacteristicDurationDuration |
   14.83 CharacteristicDurationRange |
   14.84 CharacteristicInstancesQuantity |
   14.85 CharacteristicInstancesRange |
   14.86 CharacteristicMethod |
   14.87 CharacteristicOffset |
   14.88 CharacteristicTiming |
   14.89 CharacteristicValueExpression |
   14.90 CharacteristicValueUri |
   14.91 CombinationMethod |
   14.92 CombinationThreshold |
   14.93 EvidenceVariableCategoryValueReference |
   14.94 EvidenceVariableDefinition |
   14.95 StatisticModelApplied |
   14.96 StatisticModelExpression |
   14.97 StatisticModelIncludeIf |
   14.98 StatisticModelIntended |
   14.99 StatisticModelValueCodeableConcept |
   14.100 StatisticModelValueQuantity |
   14.101 StatisticModelValueRange |
   14.102 VariableDefinitionComparatorCategory |
   14.103 VariableDefinitionRoleSubtype |
   14.104 VariableDefinitionVariableRoleCode |
   14.105 Evidence Variable Role Subtype Value Set |
   14.106 Recommendation Justification Classifier Codes Value Set |
   14.107 14-day mortality remdesivir vs placebo meta-analysis (ACTT-1, Wang et al, WHO SOLIDARITY) |
   14.108 14706014 Chemohormonal therapy as primary treatment for metastatic prostate cancer: a randomized study of estramustine phosphate plus luteinizing hormone-releasing hormone agonist versus flutamide plus luteinizing hormone-releasing hormone agonist. |
   14.109 179899 |
   14.110 18160893 Wonder woman. Like my childhood heroine, Mrs. Betty also had amazing powers. |
   14.111 18508207 A Phase 3 placebo-controlled, double-blind, multi-site trial of the alpha-2-adrenergic agonist, lofexidine, for opioid withdrawal. |
   14.112 19029421 Phase III trial of androgen ablation with or without three cycles of systemic chemotherapy for advanced prostate cancer. |
   14.113 19091394 Endocrine treatment, with or without radiotherapy, in locally advanced prostate cancer (SPCG-7/SFUO-3): an open randomised phase III trial. |
   14.114 19967827 Wonder woman was Argentine and her real name was Evita. |
   14.115 22056152 Combined androgen deprivation therapy and radiation therapy for locally advanced prostate cancer: a randomised, phase 3 trial. |
   14.116 22502942 Addition of radiotherapy to long-term androgen deprivation in locally advanced prostate cancer: an open randomised phase 3 trial. |
   14.117 23306100 Androgen-deprivation therapy alone or with docetaxel in non-castrate metastatic prostate cancer (GETUG-AFU 15): a randomised, open-label, phase 3 trial. |
   14.118 23452809 Long-term follow-up of a phase II trial of chemotherapy plus hormone therapy for biochemical relapse after definitive local therapy for prostate cancer. |
   14.119 23604530 A phase II trial of androgen deprivation therapy (ADT) plus chemotherapy as initial treatment for local failures or advanced prostate cancer. |
   14.120 24598155 Long-term results of a phase II study with neoadjuvant docetaxel chemotherapy and complete androgen blockade in locally advanced and high-risk prostate cancer. |
   14.121 25301760 Survival with Newly Diagnosed Metastatic Prostate Cancer in the "Docetaxel Era": Data from 917 Patients in the Control Arm of the STAMPEDE Trial (MRC PR08, CRUK/06/019). |
   14.122 26002607 Should docetaxel be standard of care for patients with metastatic hormone-sensitive prostate cancer? Pro and contra. |
   14.123 26028518 Androgen deprivation therapy plus docetaxel and estramustine versus androgen deprivation therapy alone for high-risk localised prostate cancer (GETUG 12): a phase 3 randomised controlled trial. |
   14.124 26092557 Feasibility study of a randomized controlled trial comparing docetaxel chemotherapy and androgen deprivation therapy with sequential prostatic biopsies from patients with advanced non-castration-resistant prostate cancer. |
   14.125 26244877 Chemohormonal Therapy in Metastatic Hormone-Sensitive Prostate Cancer. |
   14.126 27222544 Metabolic Surgery in the Treatment Algorithm for Type 2 Diabetes: A Joint Statement by International Diabetes Organizations. |
   14.127 27308831 Efficacy and Safety of Combined Androgen Deprivation Therapy (ADT) and Docetaxel Compared with ADT Alone for Metastatic Hormone-Naive Prostate Cancer: A Systematic Review and Meta-Analysis. |
   14.128 29114761 Web Exclusives. Annals Story Slam - How Wonder Woman Became My Alter Ego. |
   14.129 29114762 Web Exclusives. Annals Story Slam - Wonder Woman Is a Cartoon Character. |
   14.130 29202628 "I Kinda Feel Like Wonder Woman": An Interpretative Phenomenological Analysis of Pole Fitness and Positive Body Image. |
   14.131 29357271 Using Hawkeye from the Avengers to communicate on the eye. |
   14.132 29694275 A regressive formula of perversity: Wertham and the women of comics. |
   14.133 29694302 Introduction: "Suffering Sappho!": Lesbian content and queer female characters in comics. |
   14.134 30467172 Finding my inner Wonder Woman. |
   14.135 33395 |
   14.136 34871555 What Can Wonder Woman Teach Radiologists? |
   14.137 35243488 Bariatric surgery and cardiovascular disease: a systematic review and meta-analysis. |
   14.138 36491989 Another Georgia Wonder Woman: She Does More Astounding Tricks Than Did Lula Hurst. |
   14.139 6907780 Career guide: to change what needs changing...doesn't take Wonder Woman. |
   14.140 ADAS-Cog(11) EndpointAnalysisPlan from PHUSE Lilly Redacted Protocol - EBMonFHIR IG Version |
   14.141 Anticoagulation for COVID-19 Combined RCTs in NEJM |
   14.142 Bariatric_Surgery_Eligibility_Group_ADA_Recommendation_8_16 |
   14.143 Bariatric_Surgery_Eligibility_Group_ADA_Recommendation_8_17 |
   14.144 Bariatric_Surgery_RYGB_VSG_LAGB_BPD |
   14.145 BaselineMeasureEvidence: Age in 2018 Norwegian Cohort Medical Group |
   14.146 BaselineMeasureEvidence: Age in 2018 Norwegian Cohort Surgical Group |
   14.147 BaselineMeasureEvidence: BMI in 2018 Norwegian Cohort Medical Group |
   14.148 BaselineMeasureEvidence: BMI in 2018 Norwegian Cohort Surgical Group |
   14.149 BookCitation: Crossing the Quality Chasm: A New Health System for the 21st Century |
   14.150 BookPartCitation: Chapter 3 of Crossing the Quality Chasm: A New Health System for the 21st Century |
   14.151 BookPartCitation: Chapter 3 of Crossing the Quality Chasm: A New Health System for the 21st Century - without baseCitation |
   14.152 Certainty of Evidence Rating of 14-day mortality remdesivir vs placebo meta-analysis (ACTT-1, Wang et al, WHO SOLIDARITY) |
   14.153 CIBIC+ EndpointAnalysisPlan from PHUSE Lilly Redacted Protocol - EBMonFHIR IG Version |
   14.154 Citation for FEvIR Evidence 55: 14-day mortality remdesivir vs placebo meta-analysis (ACTT-1, Wang et al, WHO SOLIDARITY) |
   14.155 Citation for FEvIR Evidence 7637: Critically appraised summary of primary outcome of multi-platform RCT of anticoagulation for non-critically ill COVID-19 |
   14.156 Classification: Study Design for Association of Bariatric Surgery with Complications and Comorbidities JAMA 2018 Norwegian Cohort |
   14.157 CohortDefinition_At_least_2_risk_factors_for_stroke |
   14.158 CohortDefinition_BMI_27_5_32_4_in_Asian_Americans_who_do_not_achieve_durable_weight_loss_and_improvement_in_comorbidities_without_surgery |
   14.159 CohortDefinition_BMI_30_34_9_in_persons_who_do_not_achieve_durable_weight_loss_and_improvement_in_comorbidities_without_surgery |
   14.160 CohortDefinition_BMI_32_5_37_4_in_Asian_Americans_who_do_not_achieve_durable_weight_loss_and_improvement_in_comorbidities_without_surgery |
   14.161 CohortDefinition_BMI_35_39_9_in_persons_who_do_not_achieve_durable_weight_loss_and_improvement_in_comorbidities_without_surgery |
   14.162 CohortDefinition_BMI_35_and_at_least_1_obesity_related_comorbidity |
   14.163 CohortDefinition_BMI_37_5_kg_m2_in_Asian_Americans |
   14.164 CohortDefinition_BMI_criteria_for_ADA_surgery_recommendation |
   14.165 CohortDefinition_Cancer_of_any_kind_except_basal_cell_skin_cancer_or_cancer_in_situ_unless_documented_to_be_disease_free_for_five_years |
   14.166 CohortDefinition_Cardiovascular_event |
   14.167 CohortDefinition_Heart_failure_based_on_Phenotypes |
   14.168 CohortDefinition_Lower_BMI_criteria_for_ADA_surgery_consideration |
   14.169 CohortDefinition_Nonfatal_myocardial_infarction |
   14.170 CohortDefinition_Nonfatal_stroke |
   14.171 CohortDefinition_Oxygen_saturation_96_on_Boots_Finger_Pulse_Oximeter |
   14.172 CohortDefinition_Oxygen_saturation_96_on_Boots_Finger_Pulse_Oximeter_with_Ranges |
   14.173 CohortDefinition_Proxy_criteria_for_surgical_candidates |
   14.174 CohortDefinition_Severe_obesity |
   14.175 Comment on Guideline: ADA 2021 Standards of Medical Care 8. Obesity Management for the Treatment of Type 2 Diabetes by Joanne Dehnbostel 2023-11-28T15:19:01.266Z |
   14.176 ComparativeBaselineMeasureEvidence: Age in 2018 Norwegian Cohort Surgical Group vs. Medical Group |
   14.177 ComparativeBaselineMeasureEvidence: BMI in 2018 Norwegian Cohort Surgical Group vs. Medical Group |
   14.178 ComparativeEvidence: All-cause mortality effect of bariatric surgery in 2022 meta-analysis |
   14.179 ComparativeEvidence: Bariatric Surgery effect for ADA triple outcome at 5 years (Diabetes Surgery Study) |
   14.180 ComparativeEvidence: Bypass surgery effects on Additional GI surgical procedure in JAMA 2018 Norwegian cohort study |
   14.181 ComparativeEvidence: Bypass surgery effects on Myocardial infarction or stroke in Swedish Obese Subjects (SOS) study |
   14.182 ComparativeEvidence: Bypass surgery effects on New onset depression in JAMA 2018 Norwegian cohort study |
   14.183 ComparativeEvidence: Bypass surgery effects on Remission of diabetes in JAMA 2018 Norwegian cohort study |
   14.184 ComparativeEvidence: Bypass surgery effects on Treatment with opioids in JAMA 2018 Norwegian cohort study |
   14.185 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Courcoulas 2014 |
   14.186 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Courcoulas 2015 |
   14.187 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Cummings 2016 |
   14.188 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Ding 2015 |
   14.189 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Dixon 2008 |
   14.190 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Halperin 2014 |
   14.191 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Ikramuddin 2013 |
   14.192 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Ikramuddin 2015 |
   14.193 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Liang 2013 |
   14.194 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Mingrone 2012 (DIBASY) trial |
   14.195 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Mingrone 2015 (DIBASY) trial |
   14.196 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Parikh 2014 |
   14.197 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Schauer 2012 (STAMPEDE) trial |
   14.198 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Schauer 2014 (STAMPEDE) trial |
   14.199 ComparativeEvidence: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups in Wentworth 2014 |
   14.200 ComparativeEvidence: Mean difference in HbA1c effect of bariatric surgery in 2016 meta-analysis |
   14.201 ComparativeEvidenceReport: Association of Bariatric Surgery vs Medical Obesity Treatment With Long-term Medical Complications and Obesity-Related Comorbidities (2018 Norwegian Cohort) |
   14.202 ComparativeEvidenceReportSubject_Association_of_Bariatric_Surgery_vs_Medical_Obesity_Treatment_With_Long_term_Medical_Complications_and_Obesity_Related_Comorbidities_2018_Norwegian_Cohort |
   14.203 ComparativeParticipantFlow: Dropout due to stopping intervention Lofexidine vs. Placebo in opioid detoxification trial |
   14.204 ComparatorDefinition_NOT_Bariatric_Surgery_RYGB_VSG_LAGB_BPD |
   14.205 ComparatorDefinition_Usual_care_pharmacologic_thromboprophylaxis |
   14.206 ComparatorGroup_JAMA_2018_Norwegian_cohort_study_Control_cohort |
   14.207 ComparatorGroup_Obese_patients_18_years_old_without_bariatric_surgery |
   14.208 ComparatorOnlyEvidence: Additional GI surgical procedure without bariatric surgery (Control Group) in JAMA 2018 Norwegian cohort study |
   14.209 ComparatorOnlyEvidence: All-cause mortality without bariatric surgery in 2022 meta-analysis |
   14.210 ComparatorOnlyEvidence: Myocardial infarction or stroke without bariatric surgery (Control Group) in Swedish Obese Subjects (SOS) study |
   14.211 ComparatorOnlyEvidence: New onset depression without bariatric surgery (Control Group) in JAMA 2018 Norwegian cohort study |
   14.212 ComparatorOnlyEvidence: Remission of diabetes without bariatric surgery (Control Group) in JAMA 2018 Norwegian cohort study |
   14.213 ComparatorOnlyEvidence: Treatment with opioids without bariatric surgery (Control Group) in JAMA 2018 Norwegian cohort study |
   14.214 Comparison: Original and Adapted Recommendation: ADA Obesity Management Recommendation 8.16 |
   14.215 Composite Rating of FOI 153881 for Project FOI 112280 |
   14.216 Computable_Publishing_LLC |
   14.217 COVID_19PneumoniaHospitalizedAdult |
   14.218 Critically appraised summary of primary outcome of multi-platform RCT of anticoagulation for non-critically ill patients with COVID-19 |
   14.219 DatabaseCitation: Citation for FEvIR Platform |
   14.220 DatabaseEntryCitation: ComparativeEvidenceReport: Association of Bariatric Surgery vs Medical Obesity Treatment With Long-term Medical Complications and Obesity-Related Comorbidities (2018 Norwegian Cohort) |
   14.221 DataDictionary: Measuring the Rate of Scientific Knowledge Transfer |
   14.222 DataDictionary: phs003190 |
   14.223 DatasetCitation: Extrachromosomal DNA Amplification Contributes to Small Cell Lung Cancer Heterogeneity and is Associated with Worse Outcomes |
   14.224 DateOfFirstPublication Classification of FOI 153881 by Rachel Couban |
   14.225 Delany-Moretlwe 2022 clinical trial |
   14.226 EBMImplementationGuideProfile Value Set |
   14.227 EGFR_45_59 |
   14.228 Evidence Based Medicine on FHIR Implementation Guide Code System |
   14.229 EvidenceList: Effect estimates for meta-analysis (Biegel 2020, Wang 2020, SOLIDARITY) |
   14.230 EvidenceList: Study results included in Mean difference in HbA1c effect of bariatric surgery in 2016 meta-analysis |
   14.231 EvidenceMap: Bariatric Surgery Summary of Findings Example for GIN 2022 |
   14.232 EvidenceReportSectionCode Value Set |
   14.233 EvidenceReportSubject_Clinical_Outcomes_for_Effects_of_Bariatric_Surgery |
   14.234 EvidenceVariableRoleSubtype Value Set |
   14.235 Example EndpointAnalysisPlan from PHUSE Lilly Redacted Protocol - EBMonFHIR IG Version |
   14.236 ExposureDefinition_Therapeutic_dose_anticoagulation_with_heparin |
   14.237 ExposureGroup_JAMA_2018_Norwegian_cohort_study_Surgery_cohort |
   14.238 ExposureVariable: Age (as continuous variable) |
   14.239 ExposureVariable: Body Mass Index (as continuous variable) |
   14.240 ExposureVariable: pht013093.v1.p1 Age at diagnosis |
   14.241 ExposureVariable: pht013093.v1.p1 RACE |
   14.242 ExposureVariable: pht013093.v1.p1 SEX |
   14.243 ExposureVariable: pht013093.v1.p1 SUBJECT_ID |
   14.244 ExposureVariable: pht013094.v1.p1 ANALYTE_TYPE |
   14.245 ExposureVariable: pht013094.v1.p1 BODY_SITE |
   14.246 ExposureVariable: pht013094.v1.p1 IS_TUMOR |
   14.247 ExposureVariable: pht013094.v1.p1 SAMPLE_ID |
   14.248 ExposureVariable: pht013094.v1.p1 SAMPLE_USE |
   14.249 ExposureVariable: pht013094.v1.p1 Source_Type |
   14.250 GroupAssignment: Bariatric Surgery vs. no bariatric surgery |
   14.251 GroupAssignment: high dose xanomeline vs. low dose xanomeline vs. placebo |
   14.252 GroupAssignment: Roux-en-Y gastric bypass or Biliopancreatic Diversion vs. medical treatment |
   14.253 GroupAssignment: Roux-en-Y gastric bypass surgery vs. Lifestyle-intensive medical management intervention alone |
   14.254 GroupAssignment: Roux-en-Y gastric bypass vs. medical treatment |
   14.255 GroupAssignment: Therapeutic-dose anticoagulation with heparin vs. Usual-care pharmacologic thromboprophylaxis |
   14.256 Guideline: ADA 2021 Standards of Medical Care 8. Obesity Management for the Treatment of Type 2 Diabetes |
   14.257 InterventionDefinition: Bariatric Surgery (RYGB, VSG, LAGB, BPD) |
   14.258 InterventionDefinition: NOT Bariatric Surgery (RYGB, VSG, LAGB, BPD) |
   14.259 InterventionOnlyEvidence: Additional GI surgical procedure with bariatric surgery (Intervention Group) in JAMA 2018 Norwegian cohort study |
   14.260 InterventionOnlyEvidence: New onset depression with bariatric surgery (Intervention Group) in JAMA 2018 Norwegian cohort study |
   14.261 InterventionOnlyEvidence: Remission of diabetes with bariatric surgery (Intervention Group) in JAMA 2018 Norwegian cohort study |
   14.262 InterventionOnlyEvidence: Treatment with opioids with bariatric surgery (Intervention Group) in JAMA 2018 Norwegian cohort study |
   14.263 Investigator |
   14.264 Investigator-by-treatment interaction for ADAS-Cog(11) ANCOVA |
   14.265 IV remdesivir 200 mg then 100 mg/day for 9 days |
   14.266 Joanne Dehnbostel's Adaptation Report of Recommendation: ADA Obesity Management Recommendation 8.16 |
   14.267 JournalArticleCitation: ADA 2021 Standards of Medical Care 8. Obesity Management for the Treatment of Type 2 Diabetes |
   14.268 JournalArticleCitation: Association of Bariatric Surgery with Complications and Comorbidities JAMA 2018 Norwegian Cohort |
   14.269 Justification for Recommendation: ADA Obesity Management Recommendation 8.16 |
   14.270 Justification for Recommendation: ADA Obesity Management Recommendation 8.17 |
   14.271 M11 Report Template Instructions |
   14.272 MetaanalysisEligibilityCriteria_Mean_difference_in_HbA1c_effect_of_bariatric_surgery_in_type_2_diabetes_and_elevated_BMI_in_2016_meta_analysis |
   14.273 MetaanalysisOutcomeDefinition_Mean_difference_in_HbA1c_between_Surgery_and_Medical_Lifestyle_groups_at_end_of_follow_up |
   14.274 MetaanalysisStudyGroup_Effect_Estimates_for_Mortality_at_14_days_from_COVID19_Remdesivir_vs_Placebo_RCTs |
   14.275 Mortality at 14 days |
   14.276 NetEffectContribution: Additional GI surgical procedure for Example for GIN 2022 |
   14.277 NetEffectContribution: All-cause mortality for Example for GIN 2022 |
   14.278 NetEffectContribution: New onset depression for Example for GIN 2022 |
   14.279 NetEffectContribution: Nonfatal myocardial infarction or stroke for Example for GIN 2022 |
   14.280 NetEffectContribution: Remission of diabetes for Example for GIN 2022 |
   14.281 NetEffectContribution: Treatment with opioids for Example for GIN 2022 |
   14.282 NetEffectContributionList: Bariatric Surgery Example for GIN 2022 |
   14.283 NetEffectContributions_Bariatric_Surgery_Example_for_GIN_2022 |
   14.284 NetEffectEstimate: Bariatric Surgery Example for GIN 2022 |
   14.285 Organ support-free days |
   14.286 Outcome Importance Rating 100 of All-cause mortality |
   14.287 Outcome Importance Rating 30 of Nonfatal myocardial infarction or stroke |
   14.288 Outcome Importance Rating 5 of New onset depression |
   14.289 Outcome Importance Rating 5 of Remission of diabetes |
   14.290 Outcome Importance Rating 5 of Treatment with opioids |
   14.291 Outcome Importance Rating 8 of Additional GI surgical procedure |
   14.292 OutcomeDefinition_American_Diabetes_Association_composite_triple_end_point_for_metabolic_control |
   14.293 OutcomeDefinition_Diabetes_in_remission |
   14.294 OutcomeDefinition_HbA1c_at_12_months |
   14.295 OutcomeDefinition_HbA1c_at_24_months |
   14.296 OutcomeDefinition_HbA1c_at_36_months |
   14.297 OutcomeDefinition_HbA1c_at_60_months |
   14.298 OutcomeDefinition_HbA1c_at_6_months |
   14.299 OutcomeDefinition_New_onset_depression |
   14.300 OutcomeDefinition_Nonfatal_myocardial_infarction_or_stroke |
   14.301 OutcomeList: Clinical Outcomes for Effects of Bariatric Surgery |
   14.302 OutcomeVariable: American Diabetes Association composite triple end point for metabolic control at 5 years |
   14.303 OutcomeVariable: HbA1c at 12 months |
   14.304 OutcomeVariable: HbA1c at 24 months |
   14.305 OutcomeVariable: HbA1c at 36 months |
   14.306 OutcomeVariable: HbA1c at 6 months |
   14.307 OutcomeVariable: HbA1c at 60 months |
   14.308 OutcomeVariable: Mean difference in HbA1c between Surgery and Medical/Lifestyle groups at end of follow-up |
   14.309 OutcomeVariable: New onset depression |
   14.310 OutcomeVariable: Nonfatal myocardial infarction or stroke |
   14.311 OutcomeVariable: Remission of diabetes |
   14.312 OutcomeVariable_Additional_GI_surgical_procedure |
   14.313 OutcomeVariable_All_cause_mortality |
   14.314 OutcomeVariable_Treatment_with_opioids |
   14.315 ParticipantFlow: 2018 Norwegian Cohort Excluded from Analysis |
   14.316 ParticipantFlow: 2018 Norwegian Cohort Included in Analysis |
   14.317 ParticipantFlow: 2018 Norwegian Cohort Medical Group Included in Analysis |
   14.318 ParticipantFlow: 2018 Norwegian Cohort Surgical Group Included in Analysis |
   14.319 ParticipantFlowMeasure: Dropout due to stopping intervention |
   14.320 ParticipantFlowMeasure: Exclusion from analysis |
   14.321 ParticipantFlowMeasure: Inclusion in analysis |
   14.322 Participants_in_Anticoagulation_for_COVID_19_Combined_ATTACC_ACTIV_4a_and_REMAP_CAP_RCT_hospitalized_not_critically_ill |
   14.323 Patients_who_are_hospitalized_for_COVID_19_and_who_are_not_critically_ill |
   14.324 Placebo |
   14.325 PlanDefinition for Recommendation: ADA Obesity Management Recommendation 8.16 |
   14.326 PlanDefinition for Recommendation: ADA Obesity Management Recommendation 8.17 |
   14.327 PreprintCitation: Nigella Sativa for COVID-19 OSF Preprint |
   14.328 Recommendation Justification Code System |
   14.329 Recommendation: ADA Obesity Management Recommendation 8.16 |
   14.330 Recommendation: ADA Obesity Management Recommendation 8.16-adapted |
   14.331 Recommendation: ADA Obesity Management Recommendation 8.17 |
   14.332 Remdesivir |
   14.333 Remdesivir_IV_200_mg_once_then_100_mg_once_daily_for_9_days |
   14.334 Risk of Bias Assessment of Critically appraised summary of primary outcome of multi-platform RCT of anticoagulation for non-critically ill patients with COVID-19 |
   14.335 Risk Of Bias Type Value Set |
   14.336 Scientific Evidence Code System (SEVCO) -- EXAMPLE VERSION for EBMonFHIR Implementation Guide |
   14.337 SearchResults: PubMed search for Wonder Woman |
   14.338 SearchStrategy_PubMed_and_Embase_search_for_van_Veldhuisen_2022_systematic_review |
   14.339 SearchStrategy_PubMed_search_for_Wonder_Woman |
   14.340 Severely_Obese_Adults_2018_Norwegian_Cohort |
   14.341 SoaPlanDefinition: Follow-up assessment 3 months after study start |
   14.342 SoftwareCitation: Computable Publishing®: ClinicalTrials.gov-to-FEvIR Converter |
   14.343 StudyCitation: 2022 Systematic Review of bariatric surgery mortality effect 35243488 |
   14.344 StudyEligibilityCriteria_Eligibility_Criteria_for_Bariatric_Surgery_Randomized_Trial_Diabetes_Surgery_Study |
   14.345 StudyEligibilityCriteria_Eligibility_Criteria_for_DIBASY_Trial |
   14.346 StudyEligibilityCriteria_Obese_patients_18_years_old |
   14.347 StudyGroup_Bariatric_Surgery_Trial_Enrollment_Group |
   14.348 StudyGroup_DIBASY_Trial_Enrollment_Group |
   14.349 SummaryOfFindings: Bariatric Surgery Summary of Findings Example for GIN 2022 |
   14.350 SummaryOfNetEffect: Bariatric Surgery Summary of Net Effect Contributions Example for GIN 2022 |
   14.351 SystematicReviewEligibilityCriteria_ADT_and_Docetaxel_vs_ADT_alone_for_metastatic_hormone_naive_prostate_cancer |
   14.352 SystematicReviewExcludedStudies: ADT and Docetaxel vs. ADT alone for metastatic hormone-naive prostate cancer - Brian S. Alper |
   14.353 SystematicReviewIncludedStudies: ADT and Docetaxel vs. ADT alone for metastatic hormone-naive prostate cancer |
   14.354 Therapeutic-dose anticoagulation with heparin |
   14.355 Type_2_diabetes_and_elevated_BMI_in_2016_meta_analysis |
   14.356 WebPageCitation: A HEvKA Update Summary |