If you liked Quantitative frequency analysis of the electrogastrogram during prolonged motion sickness by John Christopher Eagon and Harvard University--MIT Division of Health Sciences and Technology, start with Integration of expert knowledge into computer-controlled image databases in the medical domain (1989), Binding studies with high-affinity antidigoxin monoclonal antibodies (1983), and Helium neon laser scattering by human skin (1987). These recommendations are drawn from the same author, shared genres, and reader overlap on BookOrb.
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1
Integration of expert knowledge into computer-controlled image databases in the medical domain
1989 · 117 pages · Henry C. Chueh, Harvard University--MIT Division of Health Sciences and Technology · Same author
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Helium neon laser scattering by human skin
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Intraocular pressure regulation in insulin dependent diabetics
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Frequently asked questions
What should I read after Quantitative frequency analysis of the electrogastrogram during prolonged motion sickness?
BookOrb recommends Integration of expert knowledge into computer-controlled image databases in the medical domain (1989), Binding studies with high-affinity antidigoxin monoclonal antibodies (1983), Helium neon laser scattering by human skin (1987), Transport of a renin inhibitor across rabbit jejunum in vitro (1983), and Metabolic and histologic studies of dye laser retinal photocoagulation lesions (1987).
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Who wrote Quantitative frequency analysis of the electrogastrogram during prolonged motion sickness?
Quantitative frequency analysis of the electrogastrogram during prolonged motion sickness is by John Christopher Eagon and Harvard University--MIT Division of Health Sciences and Technology.