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Biomedical Engineering

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Electrochemically Modulated Generation/Delivery of Nitric Oxide (NO) from Nitrite for Biomedical Applications.

颁布单位：[University of Michigan] | 颁布时间：2016 | 实施时间：2016 | 学科分类：[NO releasing medical devices, Biomedical Engineering, Chemistry, Engineering, Science, Chemistry]

预览 | 原文链接 [浏览：17 下载：0]
To Be, or Not to Be: Cellular Homeostasis to Mechanical Perturbations

颁布单位：[University of Michigan] | 颁布时间：2016 | 实施时间：2016 | 学科分类：[mechanical homeostasis, mechanotransduction, cell mechanics, Biomedical Engineering, Engineering (General), Materials Science and Engineering, Mechanical Engineering, Science (General), Engineering, Health Sciences, Science, Mechanical Engineering]

预览 | 原文链接 [浏览：34 下载：2]
On the Fatigue Life of the Human Anterior Cruciate Ligament: Experimental Studies of the Effects of Limited Internal Femoral Rotation and Microscopic Entheseal Anatomy.

颁布单位：[University of Michigan] | 颁布时间：2015 | 实施时间：2015 | 学科分类：[anterior cruciate ligament, fatigue, hip, femoroacetabular impingement, enthesis, histology, Biomedical Engineering, Kinesiology and Sports, Engineering, Health Sciences, Science, Kinesiology]

预览 | 原文链接 [浏览：20 下载：3]
Dynamics of Intracellular Nano-Transport by Kinesins

颁布单位：[University of Michigan] | 颁布时间：2015 | 实施时间：2015 | 学科分类：[Kinesin, Intracellular transport, Tau protein, Alzheimer", s disease, Biomedical Engineering, Mechanical Engineering, Engineering, Science, Mechanical Engineering]

预览 | 原文链接 [浏览：20 下载：23]
Characterization of Flagellin-Functionalized Liposomes as a Vaccine Carrier and Adjuvant.

颁布单位：[University of Michigan] | 颁布时间：2015 | 实施时间：2015 | 学科分类：[TLR5, Vaccine delivery, Liposomes, Drug targeting, Flagellin, Adjuvant, Biomedical Engineering, Pharmacy and Pharmacology, Science (General), Health Sciences, Science, Pharmaceutical Sciences]

预览 | 原文链接 [浏览：24 下载：22]
Engineering Systems to Study Cancer Metastasis.

颁布单位：[University of Michigan] | 颁布时间：2015 | 实施时间：2015 | 学科分类：[Cancer metastasis, Tissue engineering, Chemotaxis, Molecular imaging, Biomedical Engineering, Engineering, Health Sciences, Science, Biomedical Engineering]

预览 | 原文链接 [浏览：25 下载：10]
Single and Dual Growth Factor Delivery from Poly-E-caprolactone Scaffolds for Pre-Fabricated Bone Flap Engineering.

颁布单位：[University of Michigan] | 颁布时间：2015 | 实施时间：2015 | 学科分类：[Bone Tissue Engineering, Polycaprolactone, Bone Morphogenetic Protein-2, Vascular Endothelial Growth Factor, Erythropoietin, Biomedical Engineering, Engineering, Science, Biomedical Engineering]

预览 | 原文链接 [浏览：26 下载：16]
Collagen Cross-linking as a Determinant of Bone Quality:The Importance of Cross-linking to Mechanical Properties as Explored by Cross-link Inhibition and Exercise.

颁布单位：[University of Michigan] | 颁布时间：2014 | 实施时间：2014 | 学科分类：[Collagen Cross-linking, Bone, Biomechanics, Lathyrism, Exercise, Beta-aminopropionitrile, Biomedical Engineering, Materials Science and Engineering, Engineering, Health Sciences, Science, Biomedical Engineering]

预览 | 原文链接 [浏览：42 下载：3]
Investigating the Roles of Matrix Nanotopography and Elasticity in the Osteogenic Differentiation of Mesenchymal Stem Cells.

颁布单位：[University of Michigan] | 颁布时间：2014 | 实施时间：2014 | 学科分类：[Orthopedic Implants, Nanotopography, Mesenchymal Stem Cells, Mineralization, Matrix Mechanics, Surface Free Energy, Biomedical Engineering, Materials Science and Engineering, Engineering, Health Sciences, Science, Materials Science and Engineering]

预览 | 原文链接 [浏览：59 下载：19]
Contraction-induced Damage in Skeletal Muscles of Young and Old Mice: Investigating Reactive Oxygen Species and Myeloid Cells as Contributing Factors.

颁布单位：[University of Michigan] | 颁布时间：2014 | 实施时间：2014 | 学科分类：[skeletal muscle injury, aging, myeloid cells, reactive oxygen species, Biomedical Engineering, Physiology, Engineering, Science, Biomedical Engineering]

预览 | 原文链接 [浏览：33 下载：95]