Introduction to Cell Abundances

What is/are Cell Abundances?

Cell Abundances - Quantitative polymerase chain reaction (qPCR) results showed that cell abundances of Nitrospira and Nitrobacter decreased by between 50. ^[1] Flow cytometry recorded 31 sub-communities with cell abundances varying over 89 time points. ^[2] It has been noted that cell abundances decrease gradually with the increasing in the seeds extract concentration. ^[3] Cell abundances of the three toxigenic species, determined with species-specific qPCR assays on Azadinium spinosum, Az. ^[4] In order to gain detailed information on the investigated system, we supplemented lipid data with chlorophyll a concentrations, phytoplankton taxonomy, cell abundances and nutrient concentration along with hydrographic parameters. ^[5] High C-turnover rates and cell abundances would have made these mats prime locations for early microbial diversification. ^[6] In most cases, cell abundances of the four dinoflagellate genera showed lower variability on artificial substrates than on macroalgae, leading to more reliable estimates of abundances. ^[7] catenella, in which cell abundances may vary from not detectable to in the order of 106 cells L−1. ^[8] At multiple time points up to 48 h, we sampled for cell abundances and metagenomic analyses. ^[9] RNA-Seq data for cell-type selective markers in bulk-kidney samples provide a valid means to identify changes in minority-cell abundances in kidney tissue. ^[10] Adoption of this shape may give these cells a number of advantages as they colonise surfaces, such as a higher packing fraction for colonies on a surface for more efficient use of limited space, or an increased contact between individual cells when cell abundances are high, enabling the cells to minimize energy use and maximize packing (and biofilm) stability on a surface. ^[11] Cell abundances revealed that P. ^[12]

pigments organic carbon

Food supply was higher at these stations, as suggested by enhanced concentrations of pigments, organic carbon, bacterial cell abundances and nutrients in the sediments. ^[1] The food supply was higher at these stations, as suggested by enhanced concentrations of pigments, organic carbon, bacterial cell abundances and porewater nutrients in the sediments. ^[2] The food supply was higher at these stations, as suggested by enhanced concentrations of pigments, organic carbon, bacterial cell abundances and porewater nutrients in the sediments. ^[3]

Immune Cell Abundances

Relationships between the risk signature and clinical parameters, tumor-infiltrating immune cell abundances and cancer phenotypes were further evaluated. ^[1] Functional analysis indicated that several carcinogenic pathways were enriched, and tumor-infiltrating immune cell abundances, and the expression levels of immunosuppressive molecules were different between two risk groups. ^[2] The ITH of three markers, including CD163 and CD68 (macrophages) and CCL13 (dendritic cells), was enough to characterize the ITH of the corresponding immune cell abundances and its association with overall survival. ^[3] Additionally, we also found that APOBEC-mutational signature significantly contributed to neoantigen loads and certain immune cell abundances in TILs across cancer types. ^[4]

Low Cell Abundances

Despite low cell abundances of A. ^[1] tamiyavanichii but with extremely low cell abundances (. ^[2] The dinoflagellate Karlodinium veneficum that is usually present at relatively low cell abundances is a globally-distributed harmful algal bloom-forming species, which negatively affects marine ecosystems, fisheries, and human health. ^[3] rotundatum, they are not only infrequently recorded but also occur in low cell abundances. ^[4]

Bacterial Cell Abundances

Food supply was higher at these stations, as suggested by enhanced concentrations of pigments, organic carbon, bacterial cell abundances and nutrients in the sediments. ^[1] The food supply was higher at these stations, as suggested by enhanced concentrations of pigments, organic carbon, bacterial cell abundances and porewater nutrients in the sediments. ^[2] While the Peredibacteraceae family was represented mainly by a single species (Peredibacter starrii), it could represent up to 7% of the total bacterial cell abundances. ^[3] The food supply was higher at these stations, as suggested by enhanced concentrations of pigments, organic carbon, bacterial cell abundances and porewater nutrients in the sediments. ^[4]

Absolute Cell Abundances

There was a strong association between bacterial heterotrophic production and HNA absolute cell abundances (R2 = 0. ^[1] Calibration curves for estimating absolute cell abundances resulted in slopes of 0. ^[2] There was a strong association between bacterial heterotrophic production and HNA absolute cell abundances (R2 = 0. ^[3]

Diatom Cell Abundances

Diatom species were the most abundant taxa at all stations, and diatom cell abundances increased at greater rates than all other taxa over the course of the experiment. ^[1] The diatom cell abundances show significant positive correlations with the nutrient concentrations, while the dinofl agellate cell abundances show no correlation or a negative correlation with the nutrient concentrations but a significant positive correlation with the stratification index. ^[2]

T Cell Abundances

Associations of PD-1 + CD4 + /CD8 + T cell abundances with liver function indices were measured. ^[1] Associations of PD-1+CD4+/CD8+T cell abundances with liver function indices were measured. ^[2]

cell abundances increased

Diatom species were the most abundant taxa at all stations, and diatom cell abundances increased at greater rates than all other taxa over the course of the experiment. ^[1] 1 did not directly estimate lysogenic prevalence, but instead, found that the ratio of virus-to-microbial host abundances decreased as microbial cell abundances increased. ^[2]