Titlebook: ;

ATP861

Nonflammable

Optimization of Microalgae Photosynthetic Metabolism to Close the Gap with Potential Productivityses. Moreover, this group of unicellular photosynthetic microorganisms shows high versatility, including species from different ecological niches which evolved a variety of pathways to synthesize a wide spectrum of bioactive compounds. However, sophisticated industrial cultivation systems are needed

緯線

Metabolic Engineering and Synthetic Biology Approaches to Enhancing Production of Long-Chain Polyunseveloping renewable bioresources. Microalgae represent a huge and still insufficiently tapped resource of LC-PUFA for human nutrition and health-related applications. Photosynthetic omega-3 and omega-6 LC-PUFA-producing microalgae are potent organisms and synthetic biology chassis for the production

Intuitive

Integrated Biorefineries for Algal Biomoleculesn industrial processes has only been achieved for few high-value products. This is due to the elevated costs in cultivation and downstream processing. In order to decrease the biorefinery costs and to enhance the overall process profitability, new separation processes need to be developed. Such proc

無意

Combining Microalgae-Based Wastewater Treatment with Biofuel and Bio-Based Production in the Frame oa sequence of interconnected aerobic, anoxic, and anaerobic processes. It provided satisfactory levels of pollutant removal, but at the expenses of high-energy consumption and environmental impacts (high CO. footprint, nutrient losses, and secondary pollution due to the use of chemicals)..Algal-bact

recede

Microalgal Consortia: From Wastewater Treatment to Bioenergy Productionn a wide range of applications, namely environmental and biotechnological ones. Regarding environmental applications, these microorganisms can play an important role in CO. uptake and wastewater treatment processes and can be used as raw materials for bioenergy production. However, cultivation of th

使厭惡

Downstream Green Processes for Recovery of Bioactives from Algae their biodiversity and its variety on valuable bioactive compounds such as carbohydrates, polyunsaturated lipids, proteins and pigments, among others. Furthermore, more efficient and environmentally friendly processes for bioactives’ recovery are requested not only by the industry but also by the s

Entirety

不開心

meretricious

Benefits of Algal Extracts in Sustainable Agriculture, for food and active metabolite synthesis. A number of active metabolites derived from algae, many of which demonstrate bioactive properties, have found profound, multifunctional applications in biofuels, nutraceuticals and functional foods, pharmaceuticals, and cosmetics industries. In spite of th