Sentence examples for invaluable model from inspiring English sources

Today Rayners Lane is an invaluable model of how to restore estates.

Mouse pups are invaluable model animals for understanding the molecular and neural basis underlying behavioral development.

The in vitro differentiation of embryonic stem (ES) cells has proved to be an invaluable model to study lineage commitment, because one can access and easily manipulate large quantities of early progenitor cells.

The fact that the results obtained with C. elegans appear to have strong similarities in human beings suggests that not only will C. elegans prove an invaluable model for understanding the fundamental biological changes seen during spaceflight but that it may also be invaluable for understanding those changes associated with human health concerns in space.

With the accumulation of ecological and population genetic data, this versatile microbe becomes an invaluable model for evolutionary biology and population genetics.

Embryonic stem (ES) cells derived from blastocysts retain the ability to recapitulate neural development in vitro, and offer an invaluable model to study early events in embryogenesis.

This approach is cost effective, relatively quick, and can produce invaluable models for human disease studies, biotechnology or agricultural purposes.

Honey bees are invaluable models for studying social defense dynamics and individual molecular and behavioral defense mechanisms [ 93].

In particular, cancer cell lines have proven to be invaluable models for cell intrinsic processes and can be used to study the effects on many existing targeted cancer therapies.

Domestic animals are invaluable models to understand evolution, and in the same way that they were a major source of inspiration for Darwin [ 31], they continue to help us understand the origin of biodiversity.

Free-living nematodes such as Caenorhabditis elegans have proven to be invaluable models for elucidating developmental and behavioral processes, leading to major discoveries including the genetic pathways underlying programmed cell death and the discovery of microRNA (miRNAs) and RNA interference, among others (Ambros and Horvitz 1984; Yuan et al. 1993; Fire et al. 1998).