Francesco Gentile
Francesco Gentile
Cell adhesion is a fundamental process influenced by the interplay between cellular mechanics and substrate properties. Experimental studies have shown that substrate stiffness can influence adhesion, proliferation, and migration in a highl...
A 3D digital image correlation framework for skin strain analysis with application to the peripheral intravenous catheter interface [0.03%]
三维数字图像相关框架在皮肤应变分析中的应用以及外周静脉导管界面研究
Roland Surlis,Peter J Carr,Kevin Moerman
Roland Surlis
Quantifying full field skin strain at the interface between medical devices and human tissue is a persistent challenge in clinical biomechanics, with direct relevance to device securement, micro-motion, and failure mechanisms such as periph...
A biofidelic in vitro model to determine the tribological behaviour of mucous layers and their influence on tissue damage [0.03%]
一种用于确定粘液层摩擦学行为及其对组织损伤影响的生物 fidelity 体外模型
Samuel S Gamaniel,Ahranee Canden-Eastwood,Sam Davison et al.
Samuel S Gamaniel et al.
Mucous boundary layers on epithelial tissues facilitate mechanical interactions during sliding contact in the mouth, while the loss of mucous lubrication may lead to lubrication failure, tissue exposure and mechanical trauma from direct con...
Lydia Jordan,Hayley Wyatt,Sam L Evans
Lydia Jordan
Braided textile structures are widely used in soft tissue repairs due to their high strength, flexibility, and ability to integrate with biological tissue. However, the relationships between braiding manufacturing parameters and the resulti...
Hybrid III lumbar spinal column injury risk curves from vertical impact [0.03%]
垂直撞击下的III型混合假人腰部脊柱损伤风险曲线
Narayan Yoganandan,Tyler F Rooks,Nico Flierman et al.
Narayan Yoganandan et al.
Musculoskeletal injuries from underbody blasts due to the detonation of improvised explosive devices (IED) impart dynamic loading to the human vertebral column via the pelvis region, and the primary insult from the IED is absorbed first by ...
Evaluation of the remineralisation potential of a novel peptide GA-C16G2 on artificial root dentine lesions [0.03%]
评估新型肽GA-C16G2对人工根面龋损再矿化潜力的效果
Yipeng Fu,Kai Chun Li,Bin Yan et al.
Yipeng Fu et al.
In this study, artificial root dentine lesions were treated with a novel peptide, GA-C16G2, to evaluate its remineralisation potential under in vitro conditions. Human root dentine specimens were demineralised for 4 days and subjected to a ...
Multifrequency tabletop magnetic resonance elastography for ex-vivo characterization of murine intestinal tissue biomechanics [0.03%]
多功能台式磁共振弹性成像技术用于小鼠肠组织生物力学的体外表征研究
Sari Hussein,Weijie Zhao,Heiko Tzschätzsch et al.
Sari Hussein et al.
Magnetic resonance elastography (MRE) is an established diagnostic tool for assessing liver and intestinal fibrosis. However, reliable biomechanical characterization of murine gastrointestinal (GI) tract remains challenging due to its small...
Aponeurosis shape change as an indirect indicator for the force transmission mechanics in pennate muscles-A pilot study [0.03%]
肌纤维并置肌肉力量传递机制的间接指标——腹内斜肌筋膜形态变化的研究
Fabian Walter,Kay Leichsenring,Tobias Siebert et al.
Fabian Walter et al.
Aponeuroses are thin, tendinous sheets that connect muscle bellies to tendons, playing a central role in force transmission. In order to improve the understanding of these mechanics, the present study examined the deformation of rabbit apon...
Microstructure controlled electrostatic and channel mediated interactions between bacterial membrane and copper and carbon surfaces [0.03%]
细菌膜与铜和碳表面之间的静电和通道介导相互作用的微结构控制
Caaisha Warsame,Jonathan Joseph Bean,Gaurav Goel et al.
Caaisha Warsame et al.
The outer membrane of Gram-negative bacteria acts as a key physical barrier against antibacterial agents. While some antibiotics traverse this barrier through porins, contact-killing metallic surfaces bypass molecular transport entirely by ...
Design and mechanical characterization of novel hierarchical dual-zone lattice structures for biomimetic bone scaffolds [0.03%]
仿生骨支架的新型分级双区晶格结构的设计与力学性能研究
Abdurrahim Temiz,Ahmet Serdar Güldibi,Fatih Huzeyfe Öztürk et al.
Abdurrahim Temiz et al.
This study presents the design and mechanical evaluation of a novel bone-mimicking hierarchical lattice structure. A cylindrical specimen (20 mm diameter × 20 mm height) was partitioned into two concentric regions to emulate the heterogene...