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Efficient zinc ion biosorption on the biomass of <i>Ericaria selaginoides</i> algae following response surface methodology optimization: uptake behaviors and mechanisms. [PDF]
PeerJFawzy MA +5 more
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Genotype performance, biochemical and anatomical response of two mango rootstocks to glycine betaine and algae extract under salinity stress. [PDF]
BMC Plant BiolGawish MS +5 more
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Sustainable paper manufacture from <i>Cladophora via</i> hydrochloric acid process.
RSC SustainMihhels K +7 more
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Biochemistry, 2014
As major contributors to global oxygen levels and producers of fatty acids, carotenoids, sterols, and phycocolloids, algae have significant ecological and commercial roles. Early algal models have contributed much to our understanding of circadian clocks at physiological and biochemical levels. The genetic and molecular approaches that identified clock
Zeenat B, Noordally, Andrew J, Millar
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As major contributors to global oxygen levels and producers of fatty acids, carotenoids, sterols, and phycocolloids, algae have significant ecological and commercial roles. Early algal models have contributed much to our understanding of circadian clocks at physiological and biochemical levels. The genetic and molecular approaches that identified clock
Zeenat B, Noordally, Andrew J, Millar
openaire +2 more sources
2022
Algae encompass a phylogenetically diverse group; its members are placed in the domains Bacteria and Eukarya, in the latter dispersed in five supergroups. Contrary to common assumption, algae are found almost everywhere from aquatic to terrestrial habitats, some of them in symbiotic relationship, others thriving in harsh environments such as deserts ...
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Algae encompass a phylogenetically diverse group; its members are placed in the domains Bacteria and Eukarya, in the latter dispersed in five supergroups. Contrary to common assumption, algae are found almost everywhere from aquatic to terrestrial habitats, some of them in symbiotic relationship, others thriving in harsh environments such as deserts ...
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Nature, 1989
Eukaryotic algae are traditionally separated into three broad divisions: the rhodophytes, the chromophytes and the chlorophytes. The evolutionary relationships between these groups, their links with other eukaryotes and with other photosynthetic groups, such as euglenophytes and cryptophytes, have been the subject of much debate and speculation.
R, Perasso +4 more
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Eukaryotic algae are traditionally separated into three broad divisions: the rhodophytes, the chromophytes and the chlorophytes. The evolutionary relationships between these groups, their links with other eukaryotes and with other photosynthetic groups, such as euglenophytes and cryptophytes, have been the subject of much debate and speculation.
R, Perasso +4 more
openaire +2 more sources