Sentence examples for building blocks for development from inspiring English sources
Strong and trusting relationships are important building blocks for development and precursors for doing business.
These proteins have received much attention as promising building blocks for development of new types of biomaterials.
When parents' ability to provide a nurturing and stimulating environment for development is compromised by their experiences of inequality, then children miss out on some of the essential building blocks for development and later educational attainment.
In addition, UCNPs are considered to be ideal building blocks for development of multimodal probes for cells and whole body imaging, exploiting simple variation of host matrix, dopant ions, and surface chemistry.
They are characterized by rapid development particularly of the brain, and thus provide the essential building blocks for future growth, development and progress (WHO).
One of the building blocks for the development of aerial vehicles is adaptive materials, which we are working on at Auburn.
Crosslinked polymeric networks have been utilized as effective building blocks for the development of a variety of multifunctional materials in materials science, nanoscience, and industrial fields.
This common structure provides the building blocks for the development a coherent theory for Bayesian inference for these models, which has a number of advantages of over more ad hoc methods.
Because of their protective property against reactive oxygen species in the human body, which are associated with aging-related chronic diseases, polyphenols have been considered as useful building blocks for biomaterials development.
Extracellular matrices are mainly composed of a mixture of different biopolymers and therefore the use of two or more building blocks for the development of tissue-mimicking hydrogels is nowadays an attractive strategy in tissue-engineering.
This chapter provides a brief overview of different protein nanoparticles as building blocks for the development of novel nanomaterials through chemical and genetic modifications, template synthesis, and self-assembly.
