Sentence examples for important for the creation from inspiring English sources
These are two dimensions, which are particularly important for the creation of safe and motivating environments and the establishment of positive relations (Goroshit & Hen, 2014).
It is believed that mesospheric neutral air turbulence and heavy charged ice aerosol particles are important for the creation of PMSE (Rapp and Lübken, 2004).
Moreover, experts in Windows 7 are less important for the creation of answers and comments, while the UNIX community again shows the opposite trend.
This development has become important for the creation of new rat animals models of human diseases, analyze the role of genes and express recombinant proteins.
Finally, the need to set up a functioning bureaucracy, so important for the creation of public trust and the restoration of political normalcy, can clash with the desire for accountability inherent in the first two goals.
Comprehensive knowledge of all these contacting and interacting residues from complementary techniques is therefore important for the creation of detailed structural and biochemical maps of protein protein interactions that can facilitate drug design efforts.
It had amassed a valuable body of scientific knowledge, and the association of the Lake Nyasa regions with Livingstone's name and the prospects for colonization that he envisaged there were important factors for the creation in 1893 of the British Central Africa Protectorate, which in 1907 became Nyasaland and in 1966 the republic of Malawi.
Such monolayer control provides an important path for the creation of new hybrid materials for organic-inorganic electronic devices and molecular electronics.
An important process for the creation of quasi-periodic arrays of quantum dots includes a technique that produces quantum dot arrays with as good periodicity as electropolishing, but the individual dot diameter can be made at least five times smaller.
The design of chimeric fusion proteins with both globular and structural domains is an important advancement for the creation of bioactive biomaterials for biotechnology applications such as tissue engineering, bioelectrocatalysis, and biosensing and for the study of native assembled enzyme structures and clustered enzyme systems such as metabolons.
