Sentence examples for specifying the development from inspiring English sources

If possible, we would expect these molecular signatures to represent important components of cell-cell cross-talk involved in specifying the development of cancer.

Initially discovered for yielding a 'notched' wing phenotype in Drosophila due to a partial loss of function, the pathway has since been implicated in specifying the development of several different tissues and organisms (Artavanis-Tsakonas et al, 1999).

The science called molecular genetics is associated with a fundamental theory according to which genes and DNA direct all basic life processes by providing the information specifying the development and functioning of organisms.

According to the fundamental theory, genes and DNA direct all life processes by providing the information that specifies the development and functioning of organisms.

The strategies for reducing wiring costs are shared across phyla and point to the possibility of generalizable rules that specify the development of efficient nervous systems.

It states that combinations of three classes of regulatory genes specify the development of sepals (A genes), petals (A + B genes), stamens (B+C genes) and carpels (C genes) [2].

The Ugandan policy specified the development of a research agenda as a policy focus but does not elaborate on this.

Only the Ugandan policy specifies the development of a mental health information system comprised of indicators embedded at each level of care to inform evidence based service development and defined roles and responsibility for its implementation.

The finalized architecture, commonly called physical architecture (subsequently abbreviated as PA), defines the solution at a sufficient level of detail to specify the developments and acquisitions of all subsystems (or components) to be implemented, and to define and orientate the system integration, verification and validation (IVV) phases.

Our work on the E. electricus genome and eight tissue-specific gene expression profiles will greatly facilitate future research on determining the coding and regulatory sequences that specify the function, development, and evolution of electric organs.

These involve analysis of the information inherent in gene families relating to (1) the evolution of the sensory signaling pathways (e.g., phototransduction, adaptation, recovery, and signal transmission) in photoreceptors and other retinal neurons and (2) the evolution of transcription factors and other genes involved in specifying the differentiation, patterning, and development of the eye.