Results 41 to 50 of about 548,609 (203)
Engineering Micro–Nanomaterials for Biomedical Translation
Advanced NanoBiomed Research, 2021 Engineered nano–bio interfaces–driven by vertical micro/nanoneedles, nanoparticles, organ‐on‐chip devices, and a diversity of nanosubstrates for mass spectroscopy imaging–are spurring scientific and technological progress, from fundamental to ...
Yaping Chen +8 more
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What is biomedical engineering?: part 2 [Frontiers of biomedical engineering]
, 2016 Educação Superior::Engenharias::Engenharia BiomédicaPresents a course with the professor of Chemical and Biomedical Engineering at Yale University, W. Mark Saltzman about Frontiers of Biomedical Engineering.
Saltzman, W. Mark
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Problem-Oriented Modelling for Biomedical Engineering Systems
Applied Sciences, 2022 Technical system (TS) models are widely used for setting and solving problems for the improvement of biomedical engineering systems beyond simple parameter optimisation. They mostly focus on system elements, the change or replacement of which can provide
Ivan Kernytskyy +11 more
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Biomedical Engineering And Its Potential For Employment in Indonesia
International Journal of Technology, 2014 Indonesia, as cited by the World Health Organization (WHO), is still listed as one of the countries who spend less of its GDP on health services, despite the urgent need to overcome the high rate of medical cases in several diseases.
Maria Elfani, Narendra Kurnia Putra
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, 2021 Biomedical engineering presents a unique context for ethics education due to the human-centric nature of biomedical engineering coupled with the pervasiveness of animal-based practices.
Sharon Miller +9 more
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The biocompatibility of gallium-based liquid metals with blood and serum
iScienceSummary: Excellent biocompatibility of liquid metals is the basis for developing biomedical applications, such as implantable devices, drug delivery, and tumor therapy. Especially, a systematic study to reveal the influence of gallium-based liquid metals
Xinpeng Wang +8 more
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University of Minnesota Biomedical Engineering Center Task Force
, 1988 Biomedical Engineering Center. (1988). University of Minnesota Biomedical Engineering Center Task Force.
Biomedical Engineering Center
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Artificial neural networks in biomedical engineering: a review
, 2001 This paper presents a review of applications of artificial neural networks in biomedical engineering area. Artificial neural networks in general are explained; some limitations and some proven benefits of neural networks are discussed.
L.C. Jain +5 more
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The Biomedical Engineering Quandary
, 2007 As of this date, biomedical engineering has become arecognized profession. The full impact of its efforts in the healthrelated fields is just becoming visible to the leaders of the healthdelivery systems.
E. Jacobs John
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A rehabilitation engineering course for biomedical engineers
IEEE Transactions on Education, 2002 This paper describes an upper division elective course in rehabilitation engineering that addresses prosthetics and orthotics, wheelchair design, seating and positioning, and automobile modifications for individuals with disabilities. Faculty lectures are enhanced by guest lectures and class field trips.
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