The phrase "a cell arises from" is correct and usable in written English.
It can be used in biological or scientific contexts to describe the origin or development of a cell from another cell or source.
Example: "In the process of cell division, a cell arises from the division of a parent cell, leading to the formation of two daughter cells."
Alternatives: "a cell originates from" or "a cell develops from".
When a cell arises from the fusion of the pronuclei or from a division, it is "predestined" to undergo one of three developmental fates: it will divide, it will die off, or it will reach its final differentiated cell type.
Equation 1 states that the net in-plane velocity R ˙ (t ) of a cell arises from two main contributions: self-swimming at typical speed V in the direction of the cell orientation N, and advection by the flow, where σ = ±1 defines the flow direction and U ¯ > 0 the mean flow speed experienced by the cell.
Currently, the understanding of how complex molecular and cellular outcomes that control the fate of a cell arise from the dynamic interaction topologies at the mechanistic level remains poor.
Another player involved in this process is the osteocyte, a cell arising from the osteoblast after its entrapment in the bone matrix at the end of the bone formation phase.
While the major steps of metastasis are well documented, the process by which a metastatic cell arises from a population of non-metastatic cells in a primary tumor is largely unknown [ 15– 17].
The method has been applied to the osmotic motion of a two-dimensional cell arising from a concentration gradient generated by a moving solidification front.
These different types of cell arise from a common pool of progenitor cells, but the details of this process and how these cells are maintained within the mature heart have puzzled cardiovascular scientists.
It can be difficult to determine with certainty, however, whether the aerobic fermentation (aerobic glycolysis) observed in cultured cells arises from a Crabtree effect, a Warburg effect or some combination of these effects (126 128).
Oxidative stress in cells arises from an imbalance between pro- and antioxidants, in favour of the former.
Hence the term "polyclonal", which derives from the words poly, meaning many, and clones ("Klon"=Greek for sprout or twig); a clone is a group of cells arising from a common "mother" cell.
In vivo fate mapping using either a constitutive or an inducible Myh11-driven Cre demonstrates that at least a subset of beige cells arise from a smooth muscle-like origin.
