Understand - Globe Thesis

Keyword [Understand] Result: 1 - 20 \| Page: 1 of 2
1.	Research On The Content Of Ideological And Political Education For Agricultural College Students
2.	Computational approaches to understand interactions between zinc finger proteins and DNA
3.	Experiments and models to understand gene flow from transgenic fish in different environments
4.	Bridging community development and environmental education: Rural water conservation in Jordan
5.	Analyzing comparative sequence data to understand genome function and evolution
6.	Integrative Statistical Methods to Understand the Genetic Basis of Complex Trait
7.	Genetic, genomic, and transgenic approaches to understand internal heat necrosis in potato
8.	Development and utilization of molecular tools to understand invasion biology in Centaurea maculosa (spotted knapweed)
9.	Queen and worker influence on sex allocation patterns in the honeybee, Apis mellifera
10.	A Novel Approach to Measure, Understand, and Assess the Thermal Environment in Grow-Finish Swine Facilitie
11.	Measuring at sea feeding to understand the foraging behavior of pinnipeds
12.	Ecosystem modeling to understand global change effects to terrestrial and fresh water systems
13.	A remote sensing approach to understand controls on cropland productivity (Mexico)
14.	Using electromagnetic induction sensing to understand the dynamics and interacting factors controlling soil salinity
15.	The use of headwater catchments to understand the age, availability, and fate of organic matter exported from terrestrial to fluvial systems
16.	Transcriptome characterization of the ectomycorrhizal fungus Laccaria bicolor to understand metabolic reprogramming during symbiotic interaction with Populus tremuloides
17.	Using topographic and soils data to understand and predict field scale soil moisture patterns
18.	The use of transcriptional profiling to understand toxicant action
19.	Chimeras in context: An ecological approach to understand the fate of transgenes in and out of maize
20.	Linked equilibria in protein-protein binding: Thermodynamic modeling of contributions to the binding of a serine protease inhibitor to a serine protease
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