Fairfield / JONES ET / Berlin Heidelberg / Salt Lake City / London / /
Company
General Electric / Figure 3 / Wiley Periodicals Inc. / /
Country
Germany / United Kingdom / /
Currency
pence / / /
Facility
Howard Hughes Medical Institute / Huntsman Cancer Institute / University of Utah / Imaging Institute / National Cancer Institute / National Institute of General Medical Sciences / University of Utah School / Wiley Online Library / /
IndustryTerm
Information processing / medical imaging / imaging / entropy-based particle systems / Online Library / software/shapeworks.html / /
MedicalCondition
large volume osteochondromas / JE / exostosis / formed osteochondromas / wrist deformity / osteochondroma formation / diaphyseal aclasis / significant osteochondroma / disorder / abundant osteochondromas / Multiple Osteochondromas Kevin B. Jones / peripheral chondrosarcoma / each osteochondroma forming group / heritable disorder / osteochondromas / exostoses / Cancer / disease / multiple hereditary exostoses / leg deformities / therefore forming osteochondromas / osteochondroma / genetic models Multiple osteochondromas / characteristic deformities / osteochondroma volumetric growth / hereditary multiple exostoses / multiple osteochondromas / /
Organization
National Cancer Institute / University of Utah School of Medicine / National Institute of Health / National Alliance / Huntsman Cancer Institute / Institutional Animal Care and Use Committee / National Institute of General Medical Sciences / Department of Orthopaedics / Orthopaedic Research Society / University of Utah / School of Computing / National Center for Research Resources / Imaging Institute / Howard Hughes Medical Institute / Center for Children / /
Toward an understanding of the short bone phenotype associated with multiple osteochondromas