ライフサイエンスコーパス: in rapid succession

1 ycin breakpoints for Enterococcus spp. twice in rapid succession.

2 he impact of multiple disturbances occurring in rapid succession.

3 reby allowing multiple tasks to be processed in rapid succession.

4 tion, preconcentration, and NMR spectroscopy in rapid succession.

5 s in which multiple sounds follow each other in rapid succession.

6 rference contrast (DIC) images were acquired in rapid succession.

7 pplied to excite and detect multiple samples in rapid succession.

8 uman brain activity, multiple images flashed in rapid succession.

9 sandy silt implies that the two beds formed in rapid succession.

10 s pit one goalkeeper against several kickers in rapid succession.

11 of two alternating contractions of the tail in rapid succession.

12 als more reliably when stimulated repeatedly in rapid succession, a phenomenon that occurs both in is

13 ion in close vicinity of the meniscus, taken in rapid succession after the start of the centrifuge ru

14 icular fibrillation (VF) and (2) >/=3 cycles in rapid succession always occur during VF but not durin

15 es a series of Notch interactions that occur in rapid succession and have distinct outcomes; however,

16 se has inward CNG and Cl components that are in rapid succession and not easily separable.

17 Eye movements in daily life occur in rapid succession and often without a predefined goal.

18 explains their ability to kill target cells in rapid succession and to survive these encounters.

19 ensating substitution are fixed in a lineage in rapid succession, and often a compensatory interactio

20 phase, mitotic exit, and cytokinesis proceed in rapid succession, and while mitotic exit is a require

21 ention, we show that when two targets appear in rapid succession at different locations, two separate

22 extinction and replacement of top predators in rapid succession at the clade level underlines the ex

23 When visual targets are presented in rapid succession, correct identification of the first

24 evolving proteins around these corners occur in rapid succession, driven by positive selection.

25 topogenic determinants as they are presented in rapid succession during polytopic protein biogenesis.

26 to these branch points were activated twice in rapid succession, first by an impulse arriving from t

27 omposed of the same two components delivered in rapid succession in either one temporal order or its

28 vation of the polypeptide ions are performed in rapid succession in the high-pressure collision cell

29 When two brief flashes presented in rapid succession (<100 ms apart) are paired with a si

30 s-resistant drugs as high-dose single agents in rapid succession, may provide a promising alternative

31 tner's previous choice, and choices occurred in rapid succession, reciprocity seemed of a relatively

32 ing neurons with the same spatial preference in rapid succession so that the pattern of active neuron

33 hat encoded the duration or the serial order in rapid succession, so that the pattern of active neuro

34 a level sufficient to induce pairs of spikes in rapid succession (spike doublets), the network will g

35 decline in distance jumped when made to jump in rapid succession than did controls.

36 When performing movements in rapid succession, the brain needs to coordinate ongoi

37 to analyze ET over different regions of skin in rapid succession to complete a clinical examination a

38 l therapy, additional medications were added in rapid succession to the treatment regimen.

39 ted rats with multiple overlapping features, in rapid succession, to ensure that successful memory re

40 ecipitant causes, administer anticonvulsants in rapid succession until seizures have terminated, and

41 a robotics liquid handler and then analyzed in rapid succession using a selective excitation experim

42 here adaptor and test stimuli were presented in rapid succession was employed to investigate links be

43 single-finger presses or three-finger chords in rapid succession, while 7T fMRI was recorded.

44 s a DNA-bound topoisomerase to collide twice in rapid succession with a second DNA segment, implying

45 pores flicker either once or multiple times in rapid succession, with each flicker releasing approxi

46 Ds especially when transmission events occur in rapid succession within high-risk networks.