The "holistic" technique will enable scientists to examine several regulatory pathways at once for a given stimulus versus just one, discovering novel networks of interactions, according to German.
"You could profile a mutant cell against a normal one and determine exactly what is happening and what enzymes are affected in decay processes," German said.
"The focus is changing," he noted. "Work that used to take months, you can now do in a week."
Currently, German is documenting an even faster method.
Originally from Argentina, German received his Ph.D. from the Hebrew University of Jerusalem, Israel. He was attracted to UD by the cell biology research being led by Green and Meyers, who have made internationally recognized strides in plant genetics, including studies of rice, the world's top grain.
"I like to develop new things--to explore and discover. That is the most rewarding thing of all about being a scientist," German said.
"The success rate in experiments like this is only 5 to 10 percent, but when you succeed, it's good," he added, smiling.
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| Contact: Tracey Bryant tbryant@udel.edu 302-831-8185 University of Delaware Source:Eurekalert |