Age estimation of living individuals often represents a forensic challenge with important legal and social implications. In an effort to better understand the accuracy of the methods of Greulich and Pyle (GP), Tanner-Whitehouse (TW) and Fels, a systematic review and a meta-analysis of articles published from 1956 to 20 December 2009 in the Medline and Trip databases were conducted. We only selected articles on healthy people. The meta-analysis showed that GP is not as accurate a method as TW2 or TW3 for both Caucasian people and Mongoloids, even if it is the one most often used. However, due to the very wide age estimation range, in line with what has already been established by several authors, our systematic review and meta-analysis confi...
Objective To evaluate the feasibility of hand MRI in age assessment in adolescents using the Greuli...
The reliability of skeletal maturity assessments of the hand-wrist (Greulich-Pyle) was determined us...
The BoneXpert method for automated determination of bone age from hand X-rays was introduced in 2009...
Age estimation in forensics is essential in cases involving both living and dead subjects. For livin...
Determination of skeletal development is a key pillar in forensic age estimation of living persons. ...
Objective: To determine whether the Greulich and Pyle (G&P) atlas is applicable to populations o...
Age estimation in forensics is essential in cases involving both living and dead subjects. For livin...
International audienceAge estimation of living individuals aged less than 13, 18 or 21 years, which ...
Current age estimation methods rely on radiographs and/or computed tomography (CT) to visualise deve...
Current age estimation methods rely on radiographs and/or computed tomography (CT) to visualise deve...
The age estimation of the hand bones by means of X-ray examination is a pillar of the forensic age e...
Age estimation is a crucial matter in several forensic and legal instances. The literature recommend...
The wrist and hand region has been the most commonly used for estimating age and osseous development...
International audienceIntroductionIn the judicial context of the age estimation of living individual...
Age estimation was used in forensic anthropology to help in the identification of individual remains...
Objective To evaluate the feasibility of hand MRI in age assessment in adolescents using the Greuli...
The reliability of skeletal maturity assessments of the hand-wrist (Greulich-Pyle) was determined us...
The BoneXpert method for automated determination of bone age from hand X-rays was introduced in 2009...
Age estimation in forensics is essential in cases involving both living and dead subjects. For livin...
Determination of skeletal development is a key pillar in forensic age estimation of living persons. ...
Objective: To determine whether the Greulich and Pyle (G&P) atlas is applicable to populations o...
Age estimation in forensics is essential in cases involving both living and dead subjects. For livin...
International audienceAge estimation of living individuals aged less than 13, 18 or 21 years, which ...
Current age estimation methods rely on radiographs and/or computed tomography (CT) to visualise deve...
Current age estimation methods rely on radiographs and/or computed tomography (CT) to visualise deve...
The age estimation of the hand bones by means of X-ray examination is a pillar of the forensic age e...
Age estimation is a crucial matter in several forensic and legal instances. The literature recommend...
The wrist and hand region has been the most commonly used for estimating age and osseous development...
International audienceIntroductionIn the judicial context of the age estimation of living individual...
Age estimation was used in forensic anthropology to help in the identification of individual remains...
Objective To evaluate the feasibility of hand MRI in age assessment in adolescents using the Greuli...
The reliability of skeletal maturity assessments of the hand-wrist (Greulich-Pyle) was determined us...
The BoneXpert method for automated determination of bone age from hand X-rays was introduced in 2009...