Increasing usage of engineered nanoparticles, especially Titanium dioxide (TiO2) in various commercial products has necessitated their toxicity evaluation and risk assessment, especially in the aquatic ecosystem.
The multi-objective optimization problems of diesel engines are always challenging for the engineers, especially with the application of new technologies that aim at improving the engine performance and emissions.
Besides increased α-amylase secretion, physiological changes were also found for the engineered strains, especially for YIGLO3.
The appearance of paint is an important factor in the overall product quality of engineered surfaces, especially in the automotive industry.
Soils are continuously exposed to large amounts of engineered nanoparticles, especially silver nanoparticles (AgNPs), which can affect the activity, stability, and specificity of microbial enzymes.
Findings from this study confirm that the polymerization mechanism and network structure have long-term effects on the quality of engineered cartilage, especially under mechanical loading.
Furthermore, studies on genetically engineered animals, especially knockout and transgenic mice, have highlighted a number of molecules essential for liver development.
This paper will discuss the collapse of engineered buildings especially for the building with long span of roof steel structure to give awareness in the future for structural engineers who have responsibility of the safety of building.
Finally, this review will explore in vitro applications of microvascular systems, in vivo integration of transplanted vascularized tissues, and the important challenges for vascularization and controlling the microcirculatory system within the engineered tissues, especially for microfabrication approaches.
Genetically engineered animals, especially mice and, to a lesser extent, rats, now enable the study of gene function and disease pathophysiology in ways that have never been possible before.
