Sentence examples for fix carbon dioxide from inspiring English sources

Working with a "bag of fatty acids with no DNA" called a proto-cell, she hopes to develop building systems that might be able to fix carbon dioxide from the air to create artificial reefs beneath Venice, for instance.

In the light, photosynthetic plants and microorganisms incorporate, or fix, carbon dioxide onto a five-carbon sugar and, via a sequence of transfer reactions, re-form the same sugar while also effecting the net synthesis of the glycolytic intermediate, 3-phosphoglycerate (see photosynthesis: The process of photosynthesis: carbon fixation and reduction).

This redox potential is used to fix carbon dioxide into a storable energy source.

Photosynthetic marine algae are attractive targets for the production of biofuels and bio-products because they have the ability to capture and fix carbon dioxide using solar energy and they grow in seawater, thereby minimizing fresh water usage.

In Orchidaceae, about 40% species adopt crassulacean acid metabolism (Mascher et al). to fix carbon dioxide suggesting Orchidaceae to be the largest CAM clade in plants (Silvera et al. 2009).

The host gained an enormous fitness advantage, namely a mechanism for capturing light-energy to fix carbon dioxide (photosynthesis).

Bacterium No. 2 takes the sulfide and oxidizes it (using oxygen from the water as an electron acceptor), producing sulfates to be used by No. 1. No. 2 fixes carbon dioxide and produces organic carbon compounds for use by the worm.

Algae are also responsible for biologically fixing carbon dioxide and converting atmospheric carbon dioxide into a solid, thereby reducing the emission of CO2 (Shilton et al. 2008).

It typically grows at an external pH of 2 using the oxidation of ferrous ions by oxygen, producing ferric ions and water, while fixing carbon dioxide from the environment.

In addition to fixing carbon dioxide in photosynthesis, some bacteria also fix nitrogen gas (nitrogen fixation) using the enzyme nitrogenase.

Carbon metabolism in bacteria is either heterotrophic, where organic carbon compounds are used as carbon sources, or autotrophic, meaning that cellular carbon is obtained by fixing carbon dioxide.