In conjunction with rapid freezing techniques, that is, vitrification by plunge-freezing and high-pressure freezing, cryo-ET is most suitable for investigating cellular ultrastructures in a close-to-life state.
The most suitable solution to reduce or avoid cellular congestion situations is by resizing the cell coverage areas.
Due to the flexibility of its MAC and PHY layers and to the capability of supporting high data rates and quality of service (QoS) [14], wireless interoperability for microwave access (WiMAX) is considered one of the most suitable technologies for the future deployment of cellular networks.
It has been found that polymer impregnated cellular concrete (PC) is the most suitable material for the purpose.
Infiltration of liquid epoxy resin into the cellular alumina matrix is the most suitable way of producing this type of materials and offers an opportunity for a precise and simple fabrication method of ceramic-based interpenetrating composites.
The aim of this paper is to provide a basis for a literature review of urban Cellular Automata (CA) models to find the most suitable approach for a realistic simulation of land use changes.
This result reflects the fact that the cellular modeling technique generally has more freedom to choose the most suitable cropland grid cells under the regional scenario than it does under the country scenario (i.e., the cellular model is allocating over a region rather than a country).
These features make rRNA genes the most suitable molecular chronometer for both phylogenetic analysis and taxonomic classification of cellular organisms [5].
The challenge of high mutation rates, proviral DNA incorporation, viral reservoirs, and the multi-cellular tissue tropism of FIV make it the most suitable candidate model.
The most suitable proteins for real-time monitoring of the impact of single proteins on cellular metabolism present of course proteins with known or at least assumed functions in cellular metabolism, especially with regulatory effects on energy metabolism.
