Sentence examples for clump formation from inspiring English sources
No phase separation and clump formation was noted in the micrograph suggesting the homogenous, miscibility and good blending of lignin with gelatin.
An antibody to the proteins bound successfully to the stars and dots, and also to small round cores of protein within circular deposits of TDP-43, suggesting that DPR could be a catalyst for clump formation, Edbauer says.
At pH above 4, mycelial clump formation was observed with a reduced biomass yield at pH 4.5 compared to the control culture (at pH optimum 5.5), which could be attributed to the formation of freely suspended mycelial formation at non-optimum pH conditions (Fig. 1).
platelet-mediated clump formation.
By our estimates using two different assays, accumulation and clump formation for M. hapla VW9, the most responsive strain that we tested, occurs at about 15 µM KCN.
In fact, other chemicals that cause accumulation, such as weak acids, also result in clump formation when initial concentrations of nematodes suspended in the PF-127 gel are high [7] (Williamson, unpublished).
PI3K inhibition induced dramatic morphological changes in DAOY treated MDB cells, promoting cell detachment from the plate and clumps formation).
In addition we provide evidence that LFA-1 seems to be responsible for clumps' formation, which could enhance further their extravasation capacities.
In the new study, the researchers found that mucins block bacterial cluster formation by preventing them from adhering, which is necessary for them to clump together.
This disturbance regime was characterized by highly clumped gap formation on ridges (on the large scale), a large overall affected area, a broad vertical distribution of canopy gaps, and a wide range in gap size.
For instance, agitation of plant culture cells plays an essential role as it provides homogeneity of the culture in respect to nutrients, enhances mass and heat transfer, and reduces cell clumping and formation of aggregates, a phenomenon often observed in plant cell cultures, due to secretion of extracellular polysaccharides (EPS) (see 158– 158).
