Sentence examples for most of lipid from inspiring English sources

In mutant embryos, the size of the vesicles inside lipid droplets is significantly increased, with an average diameter of 1.28 um (and a SEM of 0.13 um) (Figure 6B4-5 and 6C), and most of lipid droplets appear only lightly stained with only a few dark-stained spots (Figure 6B4-5; blue arrowheads).

By contrast, during stationary phase the algal growth was slow and most of lipid came from the accumulation of microalgae.

Based on our transcriptomics result (Additional file 10), most of lipid metabolic genes were down-regulated while some genes were up-regulated suggesting the slowed lipid metabolism process.

Although most of lipid modifications are irreversible, protein S-palmitoylation, also called as thioacylation or S-acylation, could reversibly attach 16-carbon saturated fatty acids to specific cysteine residues in protein substrates through thioester linkages [ 44, 45].

We built a database containing 471 lipid genes from the C. elegans genome, and then assigned most of lipid genes into 16 different lipid metabolic pathways that were integrated into a network.

Most of lipid metabolism genes used in this study were initially downloaded from the KEGG pathway database (http://www.genome.ad.jp/kegg/pathway.html), which has to date collected 168, 407, 383, 333, and 170 lipid metabolic genes respectively from the C. elegans, human, mouse, rat, and Drosophila genomes.

Most of lipids were accumulated in lipid accumulation stage (48 120 h) though, slow growth rate was observed during this stage.

However, improvements in new analytical platforms have made it possible to identify and to quantify most of lipids metabolites from a single sample.

When adjusted for other POPs (total PCBs and all other pesticides) (Model 2), most associations of lipid levels with total DDT and other pesticides disappeared.

While most of the studies of SNF1 have focused on its transcriptional targets, SNF1 also modulates energy consumption and generation through direct regulation of metabolic activity, most notably of lipid biosynthesis and catabolism.

PPAR alpha is highly expressed in tissues with high fatty acid oxidation (like liver, kidney and heart muscle), in which it controls a comprehensive set of genes that regulate most aspects of lipid catabolism.