By means of a very simple and inexpensive procedure, engineered planar defects acting as microcavities have been realized.
This knowledge would help us to understand how to modulate and optimize natural cartilage turnover in adults, and how to improve the clinical outcome of the engineered cartilage implantation procedure.
Even if many questions on tissue regeneration can be answered in relatively simple models, in small animals, the level of the load cannot be a critical factor for the success of a tissue-engineered procedure.
All these results suggest that antitumor cell vaccines engineered by nonviral procedures are suitable for use as therapeutic vaccines with potential clinical applications.
A laboratory procedure was engineered to record frequency spectra of resin-imbedded test implants with mounted Smartpegs, after electromagnetic excitation with the Osstell IDX device and laser Doppler vibrometry response detection.
To determine the ability of S. aureus (strain ATCC6538P) to colonize different engineered car surfaces, the procedure outlined in the Japanese International Standard for Measurement of antibacterial activity on plastic surfaces, JIS Z 2801, was utilized.
The films were engineered by a multi-step procedure including keratin extraction, neutral and alkaline dialysis, drying and a curing process.
Here, Halomonas TD01 was metabolically engineered using the gene knockout procedure based on markerless gene replacement stimulated by double-strand breaks in the chromosome.
To address random access channel (RACH) congestion and high signalling overhead problems of machine-to-machine (M2M) communication in cellular networks, we propose a new design of a random access procedure that is engineered exclusively for the M2M communication.
Moreover, highly active M1GS and EGSs were successfully engineered using in vitro selection procedures.
Using murine cytomegalovirus (MCMV) as a model system, we examined the antiviral effects of an EGS variant, which was engineered using in vitro selection procedures.
