PCSC is a sustainable and versatile material that can be utilized in the field of engineering.
Supercritical fluid technology has been utilized in the development of tissue engineering scaffolds.
Micromixers have been commonly utilized in the areas of biotechnical engineering, analytical chemistry, medical industry, and high-throughput synthesis because biological processes generally involve complicated chemical reactions that require useful reactant mixing for initiation.
Therefore, the MFRHHs have great potential to be utilized in the biomedical field for tissue engineering applications, controlled drug delivery, and magnetically assisted bioseparation.
The continuous casting process of metals and alloys is frequently utilized in the metallurgical industry and in materials engineering in general.
Explicit routing in MPLS is utilized in traffic engineering to maximize the operational network performance and to provide Quality of Service (QoS).
Macroporous scaffolds are typically utilized in tissue engineering applications to allow for the migration of cells throughout the scaffold and integration of the engineered tissue with the surrounding host tissue.
Results from this study can lead to better estimation of the fate and transport of antibiotics in the environment and has the potential to be utilized in designing engineering processes to remove tetracycline from water and soil.
Nanoparticle design is critically important to address the multiple barriers involved in gene transfection; Table 5 summarizes the common strategies utilized in particle engineering.
Herein we report the influence of three common ligands utilized in tissue engineering, namely RGD, YIGSR and IKVAV, on the mechanical properties of cross-linked poly ethylene glycol) (PEG) hydrogels.
Common PDF models utilized in wind engineering literature are compared with the Hermite PDF model for mildly and strongly non-Gaussian wind tunnel and full scale pressure datasets.
