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Lu Y, Black D, Genant HK, Mathur AK, The SOP Research Group
Study of Hip Fracture Risk using Tree Structured Survival Analysis
Journal für Mineralstoffwechsel & Muskuloskelettale Erkrankungen 2003; 10 (1): 11-16

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Aktuelles Bild - Abb. 1: Hüftfrakturen - Tree Structured Survival Analysis Abb. 2: Hüftfrakturen - Kaplan-Meier Abb. 3: Hüftfrakturen - Tree Structured Survival Analysis Abb. 4: Hüftfrakturen - Kaplan-Meier Abb. 5: Hüftfrakturen - Kaplan-Meier
Abbildung 1: Hüftfrakturen - Tree Structured Survival Analysis
The Tree Structured Survival Analysis Using Age and AII BMD Variables (Model 1). The variables, corresponding cut-off points for splitting, number of subjects in each resulting subgroup, and the corresponding probability of hip fracture in a 6.5 year follow up period. Terminal groups TG2a and TG2b were combined due to their similar survival profiles.
 
Hüftfrakturen - Tree Structured Survival Analysis
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Abbildung 1: Hüftfrakturen - Tree Structured Survival Analysis
The Tree Structured Survival Analysis Using Age and AII BMD Variables (Model 1). The variables, corresponding cut-off points for splitting, number of subjects in each resulting subgroup, and the corresponding probability of hip fracture in a 6.5 year follow up period. Terminal groups TG2a and TG2b were combined due to their similar survival profiles.
 
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