Sentence examples for cellular transportation from inspiring English sources

In this lesson, students study these scientists' discovery of cellular transportation systems – the compartments, called vesicles, that cells use to ferry compounds from one cell to another, or to carry materials within the cell — then build models of cells, showing how these vesicles work.

Read the entire article with your class, using the questions below: Questions | For discussion and reading comprehension: Activity | In the article, readers are introduced to the discovery of cellular transportation systems – the compartments, called vesicles, that cells use to ferry compounds from one cell to another, or to carry materials within the cell.

During appressorium formation, the genes that respond to both stimuli are known to be involved in protein and amino acid degradation, lipid metabolism, secondary metabolism, and cellular transportation.

Overall, we noted that genes associated with protein and amino acid degradation, lipid degradation, secondary metabolism including melanin biosynthesis, and cellular transportation exhibited marked decreases in expression.

By contrast, the product of mcyH is hypothesized to be involved in intra- (or extra-) cellular transportation of microcystins [ 6].

The down-regulation of V-ATPases is indicative of the deterioration in cellular homeostasis, and general reduction in cellular transportation activities associated with the trait-deteriorated Hb.

Endothelium of major vessels plays essential roles in different vital pathways including hemostasis, regulation of vascular-cellular transportation of metabolites, angiogenesis, and controlling vascular tone [ 3].

Hypothetically, however, less keratin may indicate that TNBC cells are less "stiff" and more "flexible" in changing shapes to facilitate cellular movement, transportation, and migration for its invasive nature and early metastasis.

GPP and FPP are responsible for the generation of various proteins essential in a variety of cellular signaling, transportation, and transformation processes that enhance cell-membrane integrity and support intracellular metabolic pathways.

A common single nucleotide polymorphism (SNP) at codon 66 of the BDNF gene results in a valine to methionine (Val66Met) substitution, which has a functional impact on cellular packaging, transportation and secretion, and the neurotrophic model proposes that decreased BDNF expression contributes to the development of depression.

This provided the evidences that ITPR2 play roles in the regulation of intra-cellular Ca2+ transportation in uterus and contributed to the process of eggshell calcification.