1 ditory and planned saccadic target positions become aligned and compete with visually reactive target

2             During mitosis, chromosomes must become aligned at the equator of the mitotic spindle bef

3 regation of the chromatids until chromosomes become aligned at the metaphase plate.

4 ene, cardioblasts are specified normally and become aligned, but do not form a lumen.

5 ture in older regions and through new growth becoming aligned closer to the prestimulus vertical.

6 cles are randomly oriented but their moments become aligned if a magnetic field is applied, producing

7                            Cardioblasts then become aligned in a single row of cells that migrate dor

8 markers are also PSA-NCAM immunoreactive and become aligned in chains of similarly oriented cells, a

9                    How cortical microtubules become aligned is unclear.

10 rther along the journey, the place field map became aligned on the basis of external stimuli.

11 t-to-orthorhombic transition at 7.1 GPa, NPs become aligned on RS(220) and RS(200) and thus become at

12 ) as a slip plane, lattice planes near (100) became aligned perpendicular to the compression directio

13 e regions, the correct/incorrect mean phases became aligned to one another before they diverged and c

14   Coincidentally, the plane of cell division becomes aligned to the surface plane of the embryo and o

15 ealed that cells placed on 1.0% agar readily became aligned whereas they remained poorly aligned on 0

16                         These new myofibrils became aligned with existing myofibrils at their Z-bands

17  so that higher-excitability neuronal phases become aligned with salient events in that stream [1, 2]

18 tic studies of how SC motor maps develop and become aligned with sensory maps.

19 cle biology is how costameres are formed and become aligned with underlying myofibrils in mature tiss

20 rove their value and as payment increasingly becomes aligned with better outcomes at lower cost, thes