Regardless of where in the world a vineyard is located, for the winery to produce a Burgundy, it must use varietal grapes that originated in Burgundy, France
The most effective way for a new California grower to plant a vineyard to produce Burgundy is to _____. A) plant seeds obtained from French varietal Burgundy grapes
B) transplant varietal Burgundy plants from France
C) acquire a tissue culture of varietal Burgundy grapes from France
D) graft varietal Burgundy grape scions onto native (Californian) root stocks
D
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How did the development of anonymous markers aid in the production of a human genetic map?
A. Anonymous markers are genetic markers that do not cause a detectable phenotype, but can be detected by molecular techniques. The markers correspond to specific and unique chromosomal regions, thereby allowing for the identification and ordering of particular segments of DNA. Such information was essential to the generation of a human genetic map. B. Anonymous markers are genetic markers that cause a detectable phenotype and can't be detected by molecular techniques. The markers correspond to specific and unique chromosomal regions, thereby allowing for the identification and ordering of particular segments of DNA. Such information was essential to the generation of a human genetic map. C. Anonymous markers are genetic markers that do not cause a detectable phenotype, but can be detected by molecular techniques. The markers correspond to specific and unique genetic regions, thereby allowing for the identification and ordering of particular segments of the chromosome. Such information was essential to the generation of a human genetic map.
What is the specific application of reverse transcriptase in the preparation of cDNA?
What will be an ideal response?
The formation of new species over many generations is an example of:
A) gene pools. B) macroevolution. C) allelic variants. D) microevolution.
Mutagens are useful in biotechnology research for
A. producing organisms with altered phenotypes. B. producing new organisms which have beneficial traits from two or more organisms. C. selecting genetic mutants resistant to radioactivity. D. removing undesirable traits from microbes. E. producing DNA fragments for cloning.