RESEARCH ACTIVITIES OF THE DIVISION OF BIOMECHANICS IN 1975-1976
Minayori KUMAMOTO
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Erratum: “Response of an Advanced Head-Neck Model to Transient Loading” (Journal of Biomechanical Engineering, 1983, 105, pp. 63–70) [PDF]
Jack M. Winters, Werner Goldsmith
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Association between 2D landing biomechanics, isokinetic muscle strength and asymmetry in females using novel, task specific metrics based on ACL injury mechanisms. [PDF]
Oxendale C, Smith G.
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Artificial Intelligence‐Driven Nanoarchitectonics for Smart Targeted Drug Delivery
This perspective introduces an artificial intelligence (AI)‐driven nanoarchitectonics framework for targeted drug delivery, combining database‐guided nanocarrier design, machine learning (ML)‐assisted surface engineering with a designed targeting system, and in silico modeling for dynamic optimization.
Hayeon Bae+6 more
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Basic Biomechanics of the Skeletal System. Victor H. Frankel and Margareta Nordin. Philadelphia, Lea & Febiger, 1980. 303 pages. Illustrated. [PDF]
F. Richard Convery
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Single Leg Drop and Hop: Insight Into Multisegment Foot Kinematics, Kinetics and the Role of Visual Focus in Healthy Young Adult Males. [PDF]
Haelewijn N+4 more
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This study demonstrates how the Vimentin intermediate (VIM) filaments distribution/density regulates the attainment of different migration modes through cytoskeleton rearrangement and controls the nuclear morphology in migrating cells under physical confinement, which facilitates the faster traversing of those cells and the growth of post‐migration ...
Md Kowsar Alam+4 more
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Causes and prevention—(i) biomechanics [PDF]
Larry S. Matthews, Steven A. Goldstein
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Artificial intelligence-driven analysis identifies arthroscopic shoulder surgery, meniscus injury and treatment, and total knee arthroplasty design biomechanics as the most commonly published topics in <i>Knee Surgery, Sports Traumatology, Arthroscopy</i>. [PDF]
Baird H+6 more
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This study investigates how the mode of application affects drug delivery from coated microneedles. Combining finite element modeling with custom 3D‐printed Franz Diffusion Cells, the researchers found that prolonged application pressure from microneedles in situ reduces drug permeation.
Wenting Shu+5 more
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