Titlebook: Ecophysiology and Biochemistry of Cyanobacteria; Rajesh Prasad Rastogi Book 2021 The Editor(s) (if applicable) and The Author(s), under ex

百灵鸟

CIM und strategisches Managemented, and aggregated proteins and assembled protein complexes. Upon stress, their cellular levels increase greatly to maintain a functional proteome. Molecular chaperones have been extensively studied in . and the . paradigm has greatly contributed to the development of chaperone research. However, th

刺激

abracadabra

Standardsoftware, große Systemen essential adaptation performed by some cyanobacteria to get a competitive advantage over the other primary producers. Some studies showed that the target organisms can be completely eliminated, inhibited, and sometimes even stimulated by allelopathic compounds secreted by cyanobacteria. That is wh

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exacerbate

CIM. Computer Integrated Manufacturinger pollution, which have been of utmost concern lately. These issues have raised various environmental, economic, and geopolitical concerns, also threatening global security and influencing the society in distinct ways. Despite the availability of substitutes for fossil fuels, they pose certain limi

Nmda-Receptor

FRET

CIMT - Constraint Induced Movement Therapy and arctic regions. They produce a wide range of unique biomolecules like phycobiliproteins (PBPs), mycosporin like amino acids (MAAs), and scytonemin playing an important role in light-harvesting, photosynthesis and other physiological activities. Besides having significant roles in cyanobacteria,

挡泥板

Dario Castello,Gloria Gazzano,Giovanni Vaiamass. The system is extremely complex and needs understanding and knowledge about many subsystems such as synthesis and further extraction of biomolecules—proteins, carbohydrates, lipids, and high-value products. Carbon dioxide sequestration by using cyanobacteria requires special engineering specif

严重伤害

https://doi.org/10.1007/978-1-4302-3555-2t. The sufficient supply of sugar feedstocks is the basis and prerequisite for the economic feasibility of modern biorefinery systems. Cyanobacterial photosynthetic production of sucrose provides a promising green route for sugar feedstock supply, channeling carbon dioxide and solar energy directly

使害怕

Computational Models of Tacit Knowledge, this is still not enough to compete with natural fossil fuels for the production of microalgae as biofuels, with technical–economic competitiveness to other commercial technologies. Financial problems connected with the steps of the upstream and downstream processes must be overcome. Recent techno