A mistake like that becomes symbolic, a sort of Freudian slip, and it has impelled us today to hold this fundamental debate on cloning, certainly, but above all on whether the living organism should be patented.
One essay derived from the official obituary of Cornell University Press stated, "In 1970, Wu developed the first method for sequencing DNA and some of the fundamental tools for DNA cloning (sequencing involves determining the base sequence in a DNA molecule)" (2009).
Ligation, the joining of DNA fragments, is a fundamental procedure in molecular cloning and is indispensable to the production of genetically modified organisms that can be used for basic research, the applied biosciences, or both.
Generality is fundamental for apomictic survival as clones surviving for many generations could only have done so by virtue of being able to tolerate all environmental variation exposed to since their origin, while more specialized genotypes would have rapidly gone extinct.
Yet most of these experiments have approximated the fundamental niche by examining each clone in isolation from its ancestor and other members of the population.
"This is fundamental to the whole process of cloning," explained Dr. Bishop, a molecular geneticist and cell biologist, of his company's newest patent.
This process is an important step in DNA cloning, which is a fundamental component in recombinant DNA technology and some medical researches.
We believe that such QTLs will be good targets for map-based cloning for a more fundamental aspect.
This information enriches the public coconut gene databases and provides fundamental molecular biology information for gene cloning and analysis of oil, sugar and other metabolic pathways.
No-cloning theorem is fundamental for quantum mechanics and for quantum information science that states an unknown quantum state cannot be cloned perfectly.
