Enhanced osteogenic activities of magnesium-containing nanowire modified-titanium surface via macrophage immunomodulation [0.03%]
镁纳米线改良的钛合金表面通过巨噬细胞免疫调节促进成骨活性
Haiyan Tang,Dan Zhao,Juzhong Tian
Haiyan Tang
We aimed to synthesize modified magnesium nanowire (Ti-NW-Mg) on the surface of titanium implants and to investigate its effects on bone binding by regulating macrophage polarization in vitro. The Ti-NW-Mg was synthesized from smooth titani...
Soft probe particle tracking microrheology using membraneless organelles to study viscoelasticity of nucleolar subcompartments [0.03%]
使用无膜细胞器进行软探针颗粒追踪微流变学以研究核仁亚隔室的黏弹性
Mateusz Brzezinski,Pablo G Argudo,Yuki Hayashi et al.
Mateusz Brzezinski et al.
Tracking cellular viscoelastic properties is critical for identifying early signs of pathogenesis. We introduce soft probe particle tracking microrheology (S-PTM), which leverages the intrinsic motion of membraneless organelles instead of e...
Downregulation of Decorin in ovarian cancer cells and colonization microenvironment drives progression [0.03%]
卵巢癌细胞中软骨素下调及殖民微环境促进癌症进展
Purba Sarkar,Arindam Naha,Shahid Hussain et al.
Purba Sarkar et al.
Epithelial ovarian cancer is a gynecological disease in which transformed cells, upon dissemination into the peritoneum colonize locales such as omenta and form metastatic foci. Colonization is an emergent outcome of the interactions betwee...
Promiscuous binding peptides-Computational screening reveals higher-affinity peptides for gold binding beyond phage display selections [0.03%]
计算筛选发现金纳米粒子结合肽：超出噬菌体展示选择的高亲和力候选肽序列
M Aditya,P Adwaith,A Krishna et al.
M Aditya et al.
Peptides that selectively bind to inorganic surfaces play a crucial role in nanobiotechnology, biomaterials, and biosensing applications. While phage display has been the predominant method for identifying such peptides, its selection proce...
Bacterial cellulose nanofibers reinforced with chitosan/poly-γ-glutamic acid complex for cartilage tissue scaffolding [0.03%]
壳聚糖/聚谷氨酸复合材料增强的细菌纤维素纳米纤维用于软骨组织支架
Nur Deniz Bingül,Yunus Emre Öz,Zehra Gül Morçimen et al.
Nur Deniz Bingül et al.
Tissue engineering offers a promising route to treat cartilage damage caused by trauma or aging due to factors that limit regenerative capacity, such as tissue avascularity, limited nerve fiber distribution, and low cell-to-matrix ratio. It...
Femtosecond laser-textured copper surface for reducing initial copper ion burst release in intrauterine devices [0.03%]
飞秒激光在铜制宫内节育器表面的微纳加工以减少铜离子的瞬时释放量
Junbo Liu,Lili Zhou,Li Liu et al.
Junbo Liu et al.
Copper intrauterine devices (Cu-IUDs) are widely used for long-term contraception; yet, the burst release of Cu2+ during early implantation often induces adverse uterine responses. In this study, a femtosecond laser texturing method was emp...
Development and optimization of decellularized seaweed scaffolds for tissue engineering [0.03%]
用于组织工程的脱细胞海藻支架的开发与优化
Gobinath Chithiravelu,Marion J Jones,Ivana Hernandez de Estrada et al.
Gobinath Chithiravelu et al.
In this study, the marine red seaweed Devaleraea mollis (commonly known as Pacific dulse) was investigated as a green, sustainable, and animal-free tissue scaffold alternative, owing to its extracellular matrix mimicking properties. A decel...
In silico self-assembly and complexation dynamics of cationic lipids with DNA nanocages to enhance lipofection [0.03%]
用于增强脂质介导转染的阳离子脂质与DNA纳米笼的计算机自组装和复杂动力学研究
Sandip Mandal,Dhiraj Bhatia,Prabal K Maiti
Sandip Mandal
DNA nanostructures are promising materials for drug delivery due to their unique topology, shape, size control, biocompatibility, structural stability, and blood-brain-barrier penetration capability. However, their cellular permeability is ...
Calcium is involved in protein cohesion and interfacial adhesion in a marine invasive fouling ascidian [0.03%]
钙通过蛋白质凝聚及界面粘附参与海洋入侵生物被囊动物的附着生长
Shiguo Li,Ying Zhang,Dan He et al.
Shiguo Li et al.
Protein-mediated underwater adhesion is vital for the survival of many aquatic organisms and plays central roles in biofouling and bioinspired material development. Metal ions are known to influence underwater adhesion by regulating cohesio...
Finding a plasma copolymerization fit that is "just right" using pentane and acrylic acid precursors [0.03%]
使用戊烷和丙烯酸 precursor 找到适合的等离子体共聚合方法
Alexzandria Ledezma,Mollie Corbett,Bethany Yashkus et al.
Alexzandria Ledezma et al.
Plasma-enhanced chemical vapor deposition is a versatile technology to control interactions at the biomaterial/biological environment interface. Plasma copolymerization is a related strategy that utilizes a mixed feedgas of two or more plas...