The phrase "adaptable cell" is correct and usable in written English.
It can be used in contexts related to biology, technology, or any field where flexibility and changeability of a cell or unit is being discussed.
Example: "The research focused on the properties of the adaptable cell, which can change its function based on environmental conditions."
Alternatives: "flexible cell" or "versatile cell".
Retinal glia consist of several populations of multifunctional, highly adaptable cells that mediate normal retinal function through close relations with a variety of different cell types.
The cables will also be sold separately, and future versions will be adaptable to cell phones from other manufacturers, Mr. Brandt said.
In this paper, we focus our attention on the equipment selection in an adaptable assembly cell where different easy-changeable hardware modules can be arranged around a skeleton architecture to provide different assembly technologies with different execution modes and performances.
So capsules could be used to create local microenvironment adaptable to cell growth and fine chemicals production.
The question that now arises is whether ultrastructure can give us insights on how fast these changes may occur; and ultimately therefore, how adaptable these cells are.
The outgrowth of antigen-loss tumour variants in treated patients indicates the ability of rapidly adaptable tumour cells to evade narrowly focused therapies (Mellman et al, 2011; He et al, 2012).
Y135F viruses carry the 2F mutation within RW8 and RF10, which are two HLA-A∗24 02-restricted HLA-A∗24 02-restrictedpes recognized by distinct and adaptable CD8+ T cell responses.
The approach presented here is readily adaptable to any cell or tissue type from which high-quality mRNA can be isolated.
These platforms are inherently adaptable to multiple cell types and process variations while simultaneously offering consistency, thereby appealing to both the developers of novel therapies as well as the manufacturers.
The controlled bioprocess developed herein can be adaptable to other cell types, including hESCs and iPS, representing a strong and promising starting point for the development of novel technologies for the production of differentiated derivatives from pluripotent cells.
