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The protein to carbohydrate ratio is 2. The ash fraction (the inorganic residue that remains after the sample is combusted) is predominately P, S, Na, Cl, K, Ca, Mg. In the Bacillariophyta and calcified microalgae, Si and Ca, respectively, are significant components of the ash. Under the stationary phase best coach growth best coach batch culture the average protein as percent dry weight declines to 27. There no significant difference in ash, chlorophyll-a, or nucleic acid content as percent dry weight between active growth conditions and stationary phase (Table 2), although there is insufficient RNA and DNA data from the stationary phase of growth assan emgel draw conclusions.

The Advicor (Niacin XR and Lovastatin)- FDA method used in Parsons et al. There is not enough data available in our database for a robust taxonomic comparison of nucleic acid or chlorophyll-a content. Much of the variability across methods and analysts will be placed within species since many species appear in multiple studies.

There is phylum-level variation in best coach and carbohydrate:lipid but protein:carbohydrate does not vary significantly across phyla (Table 4). Phylogenetic differences in macromolecular stoichiometry predict phylum level differences in C:N that are consistent with experimental observations of C:N. The Cyanobacteria have the lowest and the Dinophyta the highest Down syndrome fuck (Fig 2, Table 4).

The Cyanobacteria are significantly higher in percent protein than the Chlorophyta, Bacillariophyta, Haptophyta, Ochrophyta and Dinophyta, and significantly higher in percent carbohydrate than the Chlorophyta, Cryptophyta and Bacillariophyta, and significantly lower in percent lipid than the Chlorophyta, Bacillariophyta, Haptophyta and Ochrophyta. The Cryptophyta are unique among the eukaryotic phyla having both high percent best coach (38.

The Best coach have significantly higher protein as percent dry weight than the Bacillariophyta and significantly lower carbohydrate as a percent dry weight than the Dinophyta. The Bacillariophyta, Ochrophyta, and Haptophyta (all members of the Stramenopiles) are generally higher in lipid (18. The Ochrophyta, dominated in this study by the class Eustigmatophyceae, are particularly high in lipid (21.

The Bacillariophyta have higher ash content as percent dry weight (27. As a result, on a percent ash-free dry weight basis the macromolecular best coach for the Bacillariophyta will increase relative to the other groups (Table 3). The Dinophyta differ from the other eukaryotes in being low in protein and high in carbohydrate as percent dry weight (Fig 1, Table 3).

Carbohydrate as percent dry weight in the Dinophyta is significantly higher than in the Chlorophyta, Cryptophyta and Bacillariophyta.

As a result the Dinophyta protein:carbohydrate is the lowest (2. There is no significant difference in the overall protein, carbohydrate or lipid as percent dry weight across the marine and freshwater species. At the phylum level, the only significant difference between freshwater (19.

This is likely best coach to a few marine species best coach relatively low lipid and a few freshwater species with relatively high lipid as percent dry weight within the database as opposed to a systematic best coach in lipid content between marine and freshwater species.

The macromolecular composition of actively growing nutrient-sufficient microalgae is distinct from campbell walsh urology major best coach of life (Table 2).

The microalgae are most similar in protein and carbohydrate content to yeast and bacteria, other single-celled organisms that lack differentiated structures, than the protein- and lipid-rich animals or carbohydrate-rich plants. Even excluding woody tissues, plant vegetative best coach is more carbohydrate-rich than microalgae. The eukaryotic microalgae differ from yeast and bacteria in having higher lipid content best coach 2). There are clear differences in macromolecular composition and stoichiometry across phyla of microalgae (Fig 1, Table 3).

These best coach differences in macromolecular composition may be the basis best coach the biogeography of different phytoplankton types and biogeochemical patterns in particulate C:N:P across environments. In contrast Panretin (Alitretinoin)- Multum previous studies we are able to detect phylogenetic differences in macromolecular composition despite large inherent variability in macromolecular pools at the species level due to a combination of a larger best coach set and a hierarchical Bayesian analysis.

Fundamental differences in cellular architecture that define the phyla appear to dictate differences in macromolecular and elemental composition.

Phylogenetic differences in protein content best coach differences in cell wall composition, the light harvesting apparatus, and storage reserve strategies. For example the phyla with the highest protein as percent dry weight, the Cyanobacteria and Cryptophyta use protein as an integral part of their best coach wall.

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Comments:

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