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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[MR Image Reconstruction, Parallel MRI, Compressed Sensing, Low-rank Modeling, MRI Accelerations, Non-Cartesian MRI, Biomedical Engineering, Engineering, Biomedical Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[Circulating tumor cells, Microfluidics, Lung cancer, Ex vivo expansion, Biomedical Engineering, Chemical Engineering, Oncology and Hematology, Engineering, Health Sciences, Chemical Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[multicompartmental particles, carriers for medical applications, targeted drug delivery, targeted therapy, nanoparticles, microparticles, Biomedical Engineering, Engineering, Biomedical Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[Circulating tumor cells (CTCs), Microfluidics, Lung cancer, Circulating tumor cell (CTC) clusters, Affinity-based isolation of CTCs, Circulating melanoma cells, Biomedical Engineering, Chemical Engineering, Engineering, Chemical Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[hemodynamics, intravascular volume status, bioimpedance, ultrasound, wearable electronics, Biomedical Engineering, Engineering, Biomedical Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[Compartmentalization, Microreactor, Macromolecule, Liquid-liquid Interface, Biomedical Engineering, Engineering (General), Materials Science and Engineering, Chemistry, Science (General), Engineering, Science, Macromolecular Science and Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[Development and Evaluation of Extracorporeal Gas Exchangers for Multi-Function Use in Respiratory Failure, Artificial Lungs, Biomedical Engineering, Engineering, Biomedical Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[Mineral inhibition, Phosphopeptide, Pathological calcification, Biomedical Engineering, Engineering, Biomedical Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[Microtubule-targeting drugs colchicine and vinblastine reduce the microtubule growth rate and kinetic rates, Microtubule drugs paclitaxel and peloruside A eliminate dynamic instability at low concentrations without altering the growth and kinetic rate, The paclitaxel-site probe Flutax-2 undergoes surface interactions and self-quenching, The paclitaxel-site probe Flutax-2 aggregates in solution, which leads to a substantial reduction in the microtubule-binding monomeric form, Biomedical Engineering, Engineering, Biomedical Engineering]
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颁布单位：[University of Michigan] |
颁布时间：2016 |
实施时间：2016 |
学科分类：[Biomaterials, Tissue Engineering, Synthetic Hydrogel, Animal Model of Premature Ovarian Failure, Biomedical Engineering, Engineering, Macromolecular Science and Engineering]
效力级别
2016
