Sentence examples for intermingling of cells from inspiring English sources

However, Flybow also revealed the occasional intermingling of cells from two neighbouring lineages (arrows, Fig 2K M) and the fragmentation of some clones, highlighting that migration and the re-adjustment of enteroblast position are part of the renewal process.

Our results revealed that lack of functional reelin does not simply invert, but highly disorganize visual cortical layers, resulting in a massive intermingling of cells with different laminar fates.

The percentage of multicolored structures increased with cell density (2000, 5000 cells/well), suggesting that merging of structures or intermingling of cells is largely an effect of proximity (Fig. 1E).

The distinction between perianal adenoma and carcinoma is often difficult: both may have poorly preserved lobulation and intermingling of germinal cells with mature hepatoid cells [ 3].

Krox20 encodes a zinc-finger transcription factor that is specifically expressed in r3 and r5, and regulates the intermingling properties of cells from odd-numbered rhombomeres (Wilkinson et al., 1989; Voiculescu et al., 2001).

Double immuno-staining using 5′NT for fibroblasts and MHC class II for dendritic cells allows an appreciation of the narrow intermingling of both cell types (Fig.  6), suggesting the possibility of extensive cross-talk between them.

We clearly observed the presence of neural crest cells (AP2α-positive or of quail origin after our transplantation studies) within the cephalic mesoderm expressing MyoR (Figure 3,4), highlighting a previously undescribed intermingling of both cell types and the absence of a clear frontier between neural crest cells and cephalic mesoderm.

Early intermingling of neural crest cells and cephalic mesoderm is consistent with the idea that both cell populations respond to the same extrinsic cues for cell migration, at least at the level of the first branchial arch.

Therefore, after effective entry within the cellular milieu these nanomaterials will have better probabilities compared to counterpart micron-sized particles to intermingle with biomolecules of cells, triggering direct cellular destruction and promoting oxidative stress [43, 76].

Our results suggest that these common extrinsic cues may lead to intermingling of neural crest cells and cephalic mesoderm at early stages of branchial arch development.

The intermingling of neural crest cells and cephalic mesoderm in the future branchial arches is consistent with the congruence of skeletal and muscle elements in the jaw, since the neural crest cells and cephalic mesoderm at the same antero-posterior position share common destinations [8], [59] [61].