Sentence examples for patterns of compartmentalization from inspiring English sources

Finally, there remains the unresolved issue of why lung viruses should show patterns of compartmentalization consistent with macrophage tropism when most of viral RNA and DNA isolated from the lung comes from pulmonary lymphocytes [8], [9].

The different patterns of compartmentalization were recorded as follows: 20 % non-jailed SB (n = 8), 17 % V-type jailed SB (n = 7), 39 % T-type jailed SB (n = 16), 17 % H-type jailed SB (n = 7), and 7%% double T-type jailed SB (n = 3).

In particular, our analyses suggested that the segregation between Conipherophyta and Magnoliophyta in terms of distributional range may have reinforced the pattern of compartmentalization.

At both stages where Hox clusters are partially active, the patterns of 3D compartmentalization and histone marks thus strongly correlated.

What we're losing, Ms. Turkle said, is a healthy form of compartmentalization.

This pattern was repeatedly demonstrated with pan-CK staining, revealing a distinct pattern of hepatic compartmentalization.

This pattern of intracellular compartmentalization was similar to that observed in cells transduced with RAd-CD155.RFP and UL141.

The elaborate morphology, nonlinear membrane mechanisms and spatiotemporally varying synaptic activation patterns of dendrites complicate the expression, compartmentalization and modulation of synaptic plasticity.

To demonstrate that T2C reveals a similar overall interaction pattern and compartmentalization of the locus as observed by Hi-C in IMR90 cells [ 1] we first binned the paired-reads into 40 kbp bins.

We substituted the first 359 amino acids of FUS with a well-characterized prion domain from the yeast protein Sup35 (aminoacids 1 125) and found that the resulting chimeric protein was not only predominantly localized to the nucleus and excluded from nucleolar regions but also colocalized with paraspeckles (Fig.  1E), completely recapitulating the pattern of FUS nuclear compartmentalization.

It is known that the effects of ERK signaling in mediating multiple cellular functions are related not only to the magnitude of activation, but also to subcellular compartmentalization and temporal patterns of activation.