Sentence examples for major research tool from inspiring English sources

Despite the importance of MS as a major research tool in many scientific and engineering fields, there is a lack of systems for effective data management.

More topic examples largely exclusive to the forest monitoring document corpus which might benefit from intensified monitoring through citizen science are e.g. "carbon stock" estimates (20) or "ozone" effects (91) – citizen science has been explored in these areas (see for example (Sachs [2008])), but not as major research tool in forest monitoring.

The generation of genetically modified mouse strains by homologous recombination in embryonic stem (ES) cells is a major research tool in diverse fields of biology.

This study adopted the questionnaire survey method, using a questionnaire as the major research tool.

Positron emission tomography (PET) can be used to study metabolic events in vivo, and has been established as major research tool in many areas of life science.

With the advent of inexpensive sequencing tools, pairwise sequence comparison became a major research tool; programs such as BLAST (Altschul et al., 1990) are used to identify regions with similar sequences in order to study problems in genetics and genomics by using knowledge from better characterized organisms.

Mr. Bishop said that the Bush administration's proposed budget for the 2006 fiscal year would have cut $13 million of the $131 million in funds for the collider, a major laboratory research tool.

The BMIT beamline, being built at present, is a major research and diagnostic tool for X-ray imaging and X-ray radiation therapy for animals and humans.

Specific child development assessment tools (CDATs) are recommended by major research funding bodies as appropriate tools to evaluate child development interventions, despite limited evidence of the nature of the CDATs' relationship with quality of life measures and later potential human capital.

Therefore, a major research effort is undertaken in the development of tools numerical for analysis and design of composite structures.

These results further strengthen the use of LTED models as a valuable translational research tool to further our understanding of the major clinical obstacle that is hormonal resistance.