The phrase "accommodate the cellular" is grammatically correct and can be used in written English.
It can be used in contexts related to technology, biology, or telecommunications, where there is a need to make adjustments or provisions for cellular structures or systems.
Example: "The new design will accommodate the cellular network requirements to ensure better connectivity in the area."
Alternatives: "adapt to the cellular" or "make provisions for the cellular".
The smaller packages not only accommodate the shrinking size of cellular phones but also contain lower parasitics, which reduces signal integrity losses.
For future mobile networks, intelligent radio resource allocation and power control schemes are required to accommodate the increasing number of cellular devices and their growing demand of data traffic.
Supporting this hypothesis, the higher "adipogenic potential" at baseline in subjects with larger fat cells (as represented by greater expression of PPARγ and SREBP-1) may have primed the adipose tissue for differentiation/proliferation upon exposure to excess energy, whereas those with smaller existing fat cells were able to accommodate the excess lipid by cellular hypertrophy.
Differences in expression of HMGR could be essential to accommodate the changing demand for a cellular array of isoprenoids during normal growth and development of the plant, as is evidenced by the tissue-specific expression of members of this multi-gene family in several plant species [ 48].
In an effort to better accommodate the increased network use, Sprint will utilize COWs (Cellular On Wheels) and COLTs (Cellular On Light Trucks), equipment generally reserved for national disasters, to assist with the heavier than normal volume.
In this review, we discuss mechanisms that could accommodate the uniquely disparate effects of carnosine on cellular activity.
All power sources working in parallel are managed by a sophisticated control system and share the load with their capabilities to accommodate the fact that power shortages are not admissible in the cellular telephony sector. .
Thus, the cellular concentration of ParA appears too low to accommodate the formation of even a single micron-long filament.
Since base stations (BSs) of wireless cellular access networks are deployed to accommodate the peak-time traffic, they are underutilized most of the time.
Faced with the exponentially increasing demand for mobile data services, the cellular network operators are confronted with a precarious situation: accommodate the explosive traffic growth yet reduce the costs and consequently increase average revenue per user (ARPU) [1, 2].
