Sentence examples for manipulation of carbon from inspiring English sources

This allows separate manipulation of carbon radical generation and SWCNT growth.

Judicious structural manipulation of carbon to modulate its chemical, electronic, and crystalline properties is key to the rational design of many high-performance electrochemical devices.

In the literature, it is possible to find different experimental techniques in order to obtain graphene such as mechanical peeling, epitaxial growth or assembled by atomic manipulation of carbon monoxide molecules over a conventional two-dimensional electron system at a copper surface[1 4].

Strategies to increase yields of H2 production from cellulose include manipulation of carbon and electron flow via end-product inhibition (metabolic shift), metabolic engineering at the genetic level, synergistic co-cultures, and bioprocess engineering and bioreactor designs that maintain a neutral pH during fermentation and ensure rapid removal of H2 and CO2 from the aqueous phase.

While the relationship between growth and carbon flux under environmental stress (such as nutrient limitation) is well documented in diatoms, our data demonstrate that manipulation of carbon metabolism, independent of an environmental trigger (such as nutrient limitation), is sufficient to delay cell cycle progression.

The deposition, purification and manipulation of carbon nanotubes and nanoparticles by AC-EPD to form specific arrays, for development of sensors and other electronic devices and the application of AC-EPD as method for separation of particles according to their shape or size are also presented.

3. Volkswagen said its manipulations of carbon dioxide emission levels affect more petrol-powered engines at the German carmaker than it had previously disclosed.

The manipulation of graphitic carbon from zero- (0D) to two-dimensional (2D) nanostructures was achieved by an aqueous arc discharge process proportional to the arc discharge power.

Moreover, intraspecific diversity had a much stronger effect than a four-fold manipulation of the carbon:nitrogen ratio of the growth medium.

Large-scale long-term intervention studies will be required to determine if therapeutic strategies such as nutritional manipulation of one-carbon metabolism, which have the potential to increase As methylation and lower blood As, may lessen the burden of As-induced skin lesions and other adverse health outcomes.

This work is the first example of titratable repression in cyanobacteria using CRISPRi, enabling dynamic regulation of essential processes and manipulation of flux through central carbon metabolism.