Sentence examples for genetically manipulated organisms from inspiring English sources
Significant conservation between species of the components involved in cytokinesis, including those of the CR, allows the use of easily genetically manipulated organisms, such as budding yeast (Saccharomyces cerevisiae), in the study of cytokinesis.
However, genetically manipulating organisms from natural populations with evolutionary adaptations remains a significant challenge.
Molecular biology is an integral part of the medical curriculum, and animal experimentation is the ultimate offshoot of our ability to genetically manipulate living organisms.
These techniques involve genetically manipulating the organisms so that their neurons express proteins that are activated when they are exposed to light of a particular wavelength.
By providing insights into the mechanisms underpinning these metabolic processes, these results can be used to direct efforts to genetically manipulate this organism in order to enhance the production of these bioactive phytochemicals.
By providing insight into the mechanisms underpinning these metabolic processes, results can be used to direct efforts to genetically manipulate this organism to enhance the production of feedstock for commercial microalgae-biofuels.
This approach was pioneered by Hopwood and colleagues, who first genetically manipulated the antibiotic pigment actinorhodin in the producing organism Streptomyces coelicolor.
It now can be genetically manipulated, opening up the possibility of targeted functional analysis in this organism.
These organisms have a much shorter lifespan than humans and can be easily genetically manipulated for experimental purposes.
The recent successful -and highly efficient- application of the CRISPR/Cas9-system from Streptococcus pyogenes (Doudna and Charpentier 2014) for gene deletion and insertion in M. acetivorans (Nayak and Metcalf 2017) holds the promise of an even easier way to genetically manipulate these important organisms.
These revolutions involve: the mapping of the entire human genome; tools to genetically manipulate cells or organisms; new treatment strategies, including molecular and cell-based therapies, nanotechnology, and state-of-the-art imaging modalities with increased spatial and temporal resolutions.
