Sentence examples for major cellular changes from inspiring English sources

The two major cellular changes involve strength of synaptic transmission (synaptic plasticity) and gene expression (activity-dependent gene expression).

Activation is an essential process that accompanies fertilisation in all animals and heralds major cellular changes, most notably, resumption of the cell cycle.

The major cellular changes comprises: (i) reduced adhesion, spreading and motility on collagen I; (ii) increased apoptosis associated with mitochondrial leakage and Bax upregulation; and (iii) affected integrin-mediated signaling to Akt, FAK and ERK.

Within the present study, one of the major cellular changes was the increasing number of chondrocyte-like cells in the inner AF or in the NP of PRP-releasate-injected discs, as previously reported [ 24].

The gain of the UGUAA-motif as poly(A) signal in Scherffelia correlates with major evolutionary transitions such as the conversion of an extracellular matrix consisting of scales into a cell wall, changes in mitosis and cytokinesis and other major cellular changes [ 12, 13, 35].

Our study creates a novel scheme to directly target the major cellular functional changes in heterogeneous samples.

These functions are associated with constant and extensive development, remodeling, and regression of the ovarian follicles and corpora lutea and involve major cellular and biochemical changes and tissue reorganization (1).

Since only minor differences in levels of cerebral metabolites after air transport were observed compared to a previous fasting sample, the authors concluded that post-operative air transport of patients with brain tumors did not result any major cellular damage or cerebral metabolic changes.

Analysis of expression profiles and coexpressed features of the pollen-preferential transcripts related to cell cycle, transcription, the ubiquitin/26S proteasome system, phytohormone signalling, the kinase system and defense/stress response revealed five expression patterns, which are compatible with changes in major cellular events during pollen development and germination.

Surprisingly, the overall pattern of clusters intensity changes from one stage to the other, suggesting that chromosomal distribution in telomeric clusters changes upon L. major cellular differentiation.

It poses a major therapeutic problem, as hypoxia-induced cellular changes can result in more clinically aggressive phenotypes, and moreover, the reduced partial O2 pressure in tumor tissue creates an obstacle for numerous cancer therapies, including ionizing radiotherapy, certain types of chemotherapy, and photodynamic therapy (PDT).