Oxidative phosphorylation (OXPHOS) in the mitochondrial inner membrane is a therapeutic target in many diseases. Neural stem cells (NSCs) show progress in improving mitochondrial dysfunction in the central nervous system (CNS). However, translating neura
Strengthen and reduce the complexity and unnecessary difficulty in design, communication, user interfaces, and systems. Ask for feedback and try to get good-quality questionnaires. Conduct real-time diagnostic user testing. How would you make your design and information more obvious and easier to...
(5) combining a second catalyst material in tandem with Cu which facilitates the formation of CO and subsequent promotion of the kinetics in C−C coupling; (6) functionalizing the Cu surface with electron-rich groups such as amino group to adjust the CO* adsorption affinity to enhance the ...
(182), an anhydrous ammonia (NH3) plasma treatment was applied to porous PLA-based scaffolds to improve their hydrophilicity and cell affinity. This objective was fulfilled after the incorporation of N-containing groups to the treated surface. Not only cell adhesion and proliferation can be ...
Molybdenum oxide (MoO3) is one of the n-type metal oxide semiconductors with a band gap ranging from 2.39 to 2.9 eV [45,46,47]. This oxide has unique optical and electronic properties, layered structure, and good catalytic properties suitable for photodevice, energy storage, and catalyst [...
The next photo of the seedling used for testing is shown inFigure 9a. The image of the seedling turned out well, without unnecessary defects and noise. The next step used the contour analysis algorithm (Figure 9b). After that, we used a mask to select the contours by cutting off the ext...
The outer lecithin of PR-NLPs increased the affinity with the cell membrane and improved the uptake efficiency of cells. Therefore, these data also indicated that PR-NLPs could be accepted by HaCaT cells and effectively taken up in B16F10 cells. 3.7. Effect of PR-NLPs on Cellular ...
Magnetite particles are characterized by high affinity to many chemical substances and chemical stability. They are biocompatible, biodegradable, non-toxic, and thanks to the above properties, they are commonly used in biomedical applications (tissue repair, drug delivery, cellular therapy) [195]. ...