The phrase "a state of early development" is correct and usable in written English.
It can be used to describe a situation, project, or entity that is in the initial stages of growth or progress.
Example: "The startup is currently in a state of early development, focusing on refining its product before launching to the public."
Alternatives: "an early stage of development" or "a phase of initial development".
The synaptic architecture of all of the connections between neurons in an individual's brain is a perpetually changing state that results from a combination of early development; nonstop, experience-dependent change; and the unique set of genetically determined protein receptors mediating attention, motivation, and memory in that individual (for an overview, see Eshel [2007]).
Breastfeeding is an essential part of early development and prepares children for a productive future.
They are essential for the progression of early development and the establishment of a cancer-related undifferentiated state.
Thus, a successful maturation process leads to a state of full development and promotes early survival after birth [ 9, 10].
Defining the DNA methylome of the human preimplantation embryo may reveal which genomic regions may be susceptible to the effects of embryonic development in vitro, by identifying their requirement for a specific methylation state in early development.
Most eggs, however, retain their water although they may pass the winter in a state of arrested development, or diapause, usually at some early stage in embryonic development.
In some circumstances, these paralogs maybe co-expressed within an adult cell during fibre type transitions (due to the hybrid nature of myosin heavy/light chains) but the repertoire of paralogs is reduced compared to those expressed and selected for or against during the transition of cell state during early development, as observed herein [ 30].
In addition to the developmental time window during which Xist RNA can induce silencing, an important question concerns whether Xist RNA can coat the chromosome throughout the cell cycle or whether events downstream of Xist coating are sufficient to maintain the inheritance of the inactive state during early development.
In mammals, certain miRNAs have been implicated as important regulators in the maintenance of the pluripotent cell state during early development (Houbaviy et al., 2003) and neurogenesis (Sempere et al., 2004).
