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Forensic Science International|June 27, 2016
Applicability of Greulich-Pyle and Tanner-Whitehouse grading methods to MRI when assessing hand bone age in forensic age estimation: A pilot studyMartin Urschler, Astrid Krauskopf, Thomas Widek, et al.International Journal of Legal Medicine|December 19, 2019
T<sub>2</sub> and T<sub>2</sub><sup>∗</sup> mapping in ex situ porcine myocardium: myocardial intravariability, temporal stability and the effects of complete coronary occlusionBridgette Webb, Martin Manninger, Marlene Leoni, et al.Forensic Science International|June 21, 2015
Dental age estimation of living persons: Comparison of MRI with OPGPia Baumann, Thomas Widek, Heiko Merkens, et al.International Journal of Legal Medicine|April 27, 2025
Magnetic resonance imaging for multi-factorial age estimation using Bayes' rule: a validation study in two independent samplesHeleen Coreelman, Jannick De Tobel, Thomas Widek, et al.Seminars in Musculoskeletal Radiology|October 9, 2020
Dental and Skeletal Imaging in Forensic Age Estimation: Disparities in Current Approaches and the Continuing Search for OptimizationJannick De Tobel, Christian Ottow, Thomas Widek, et al.Journal of Forensic Sciences|February 10, 2026
Minimal age principle versus Bayesian approach to combine age indicators from magnetic resonance imaging for multifactorial forensic age estimationHeleen Coreelman, Jannick De Tobel, Thomas Widek, et al.International Journal of Legal Medicine|December 1, 2016
Temperature dependence of viscosity, relaxation times (T<sub>1</sub>, T<sub>2</sub>) and simulated contrast for potential perfusates in post-mortem MR angiography (PMMRA)Bridgette Webb, Thomas Widek, Bernhard Neumayer, et al.International Journal of Legal Medicine|December 21, 2019
The four-minute approach revisited: accelerating MRI-based multi-factorial age estimationBernhard Neumayer, Andreas Lesch, Franz Thaler, et al.Pageof 2