Sentence examples for stages of closure from inspiring English sources

Their conclusion that Y10A animals lack the actomyosin apparatus of the LE is certainly justifiable, but they should refine their conclusions about adhesion based on better characterization of the D E-cad distributions at early and late stages of closure.

Their conclusion that Y10A animals lack the actomyosin apparatus of the LE is certainly justifiable, but they should refine their conclusions about adhesion based on better characterization of the DE-cad distributions at early and late stages of closure.

The first stage of closure of Woodlands will be to cease admissions to the home.

On the other hand, we explored these instinctive aspects at the stage of closure.

The failure to initiate neural tube closure in Vangl2 Lp/Lp and Scrib Crc/Crc mutants has been attributed to abnormal morphology of the neural plate, prior to the stage of Closure 1.

Dynamic actin-rich filopodia are projected from the leading edge (LE) and at the final stage of closure they interdigitate with filopodia from the opposing epidermal front, actively zipping the epidermal sheets together (Jacinto et al., 2000; Hutson et al., 2003; Peralta et al., 2007; Millard and Martin, 2008).

Nitrogen was applied at 230 kg N ha-1 as urea to 126 hectares of immature radiata pine stands at varying stages of canopy closure (Table 1).

This indicates that the products of PI3K are required for the later stages of cup closure.

Interestingly, both laser ablation experiments and the rheological analysis presented here show that the amnioserosa tissue of ASGal4/UASctMLCK embryos is around 30%% more solid-like than the wild type at early stages of dorsal closure.

Alternatively, it is possible that the evolution of the mechanical properties of amnioserosa cells is associated with a decrease in cell volume, as has recently been shown in amnioserosa cells during later stages of dorsal closure [ 39].

We thus performed time-lapse movies during the early stages of dorsal closure of ASGal4/UAS-ctMLCK embryos carrying the same membrane and myosin reporters as our wild-type embryos, measured apical cell area changes and myosin fluorescence intensity levels, and used the framework presented above to extract the stiffness and loss tangent for these cells (Additional file 7: Figure S7A E).