Sentence examples for maturation differences from inspiring English sources

Maturation differences between cells have been found to play an important role in such functional heterogeneity.

Important phagosome maturation differences between the HL-60 and neutrophil models are summarized in Figure 7.

Naïve and memory subpopulations of CD4+ and CD8+ T cells from RA and SLE patients were compared with those in healthy control individuals to determine T-cell maturation differences between those groups.

During seed and cone maturation, density differences between different tissues are more evident, for example, the formation of the hard seedcoat (Bramlett et al. 1977).

Apart from genes involved in intracellular trafficking and vesicle maturation, relevant differences between Mφ and DC responses to infection were detected in genes involved in intracellular signalling, in particular in interferon (IFN) response, Toll-like receptor (TLR) signalling and related signalling pathways [34] (Figure 3D).

Although inhibitors of DNMTs did not affect the active DNA methylation process during iDC formation [ 18], mDCs generated with DNMT inhibitors during iDC differentiation and maturation exhibited differences in surface marker expression and cytokine production [ 80], suggesting a possible regulatory role of DNMTs on some specific genes.

Transcriptional profiling results indicate that maturation-dependent differences in cellular activity exist between neonatal and adult equine articular chondrocytes.

As these mosquitoes are anautogenous, bloodmeal acquisition is a requirement for egg maturation; thus these differences generally correlate to fecundity differences and, like fecundity, early feeding enhancement results in a subsequent decrease in rates in the following weeks.

The differential course of the maturation of different neurotransmitter systems may explain the differences.

Functionally distinct tendons display different cross-link patterns, which also change with maturation, but these differences have not been studied in detail at the fibril level.

Oocytes which remained arrested at the germinal vesicle (GV) stage after 24 h of in vitro maturation (IVM) displayed differences in the depletion/appearance of amino acids compared with oocytes which progressed to MII and patient age, infertile diagnosis and ovarian stimulation regime significantly affected oocyte amino acid turnover during IVM.