Reconstruction of the fossil bone from CT slices.
Credit: Greg Grieco September 1, 2004
Reconstruction of the fossil bone from CT slices with a sample plane indicated.
Credit: Greg Grieco September 1, 2004
Robert B. Eckhardt, Penn State professor of developmental genetics and evolutionary morphology, Laboratory of Comparative Morphology and Mechanics, Department of Kinesiology, College of Health and Human Development. Dr. Eckhardt led the U.S. research team responsible for analysis of the CT scans of the internal structure of the fossil bone.
Credit: Greg Grieco September 1, 2004
(Top left) Reconstruction of the fossil bone from CT slices. (Bottom left) Reconstruction of the fossil bone from CT slices with a sample plane indicated. (Right)Dr. Robert B. Eckhardt, Penn State professor of developmental genetics and evolutionary morphology, Laboratory of Comparative Morphology and Mechanics, Department of Kinesiology, College of Health and Human Development. Dr. Eckhardt led the U.S. research team responsible for analysis of the CT scans of the internal structure of the fossil bone.
Credit: Greg Grieco September 1, 2004
Dr. Robert B. Eckhardt (left) and Adam Kuperavage, graduate student in Penn State's Laboratory of Comparative Morphology and Mechanics, view a model of the fossil bone.
Credit: Greg Grieco September 1, 2004
Left: Reconstruction of the fossil bone from CT slices. The vertical line indicates the plane of the view shown on the right.
Credit: Greg Grieco September 1, 2004
Dr. Karol Galik, Orthopedics Biomechanics Laboratory, Allegheny General Hospital, Pittsburgh, Pa. Dr. Galik made the measurements on which the team based its analysis.
Credit: Karol Galik September 1, 2004
Dr. Karol Galik, Orthopedics Biomechanics Laboratory, Allegheny General Hospital, Pittsburgh, Pa. Dr. Galik made the measurements on which the team based its analysis.
Credit: Karol Galik September 1, 2004