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Your search keyword '"Tolbert, J."' showing total 3 results
Start Over Author "Tolbert, J." Publisher wiley
3 results on '"Tolbert, J."'

1. P42 HEALTH-RELATED QUALITY OF LIFE IN PATIENTS WITH RELAPSED/REFRACTORY MULTIPLE MYELOMA TREATED WITH TALQUETAMAB, A G PROTEIN-COUPLED RECEPTOR FAMILY C GROUP 5 MEMBER D X CD3 BISPECIFIC ANTIBODY, FROM MONUMENTAL-1

Author

van de Donk, N., primary, Rasche, L., additional, Touzeau, C., additional, Chari, A., additional, Schinke, C., additional, Minnema, M., additional, Berdeja, J., additional, Oriol, A., additional, Rodriguez-Otero, P., additional, Askari, E., additional, Mateos, M., additional, Costa, L., additional, Caers, J., additional, Krishnan, A., additional, Vishwamitra, D., additional, Ma, J., additional, Qin, X., additional, Gries, K.S., additional, Kato, K., additional, Campagna, M., additional, Masterson, T., additional, Hilder, B., additional, Tolbert, J., additional, Renaud, T., additional, Goldberg, J., additional, Heuck, C., additional, Moreau, P., additional, and San-Miguel, J., additional

Published
2023
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2. Biomechanical Stability and Design.

Author

Bonfield, W., primary, Lacefield, W., additional, Clark, T., additional, Kelly, B. S., additional, Kelman, D., additional, Lee, R., additional, Page, D., additional, Renz, E., additional, Soltész, U., additional, Tolbert, J., additional, and Wolfarth, D., additional

Published
1988
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3. Cement strain measurement surrounding loose and well-fixed femoral component stems.

Author

Crowninshield RD and Tolbert JR

Subjects
Biomechanical Phenomena, Humans, In Vitro Techniques, Methylmethacrylates, Stress, Mechanical, Bone Cements, Hip Prosthesis
Abstract

Strain measurement within the cement surrounding stemmed total hip femoral components was accomplished using PMMA encapsulated and embedded strain gauges. Cement strain measurement associated with a well-bonded stem-cement interface and an unbonded stem-cement interface (i.e., loose prosthesis) was performed. The presence of a stem-cement bond was found to reduce proximal cement strain magnitudes while having little effect on distal cement strain magnitudes. The assurance of a stem-cement bond on only the proximal third of the interface was found to have an effect similar to that of a complete stem-cement bond. The results of this experimental investigation confirm the theoretical prediction that the stem-cement bond is important in maintaining the integrity of the cement mantle surrounding a stemmed femoral component.

Published
1983
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