ライフサイエンスコーパス: overflow of

1 adim Vallis was created through catastrophic overflow of a approximately 1,100,000-square-kilometer h

2 The method was applied to quantitate the overflow of ADPR upon electrical field stimulation (8 Hz

3 Subsequent episodic overflow of aged water into the mid-depth North Atlantic

4 tion, the overflow of NA was tonic while the overflow of ATP and the other purines was phasic.

5 The evoked overflow of ATP exceeded that of NA.

6 e and maintenance errors, suggesting mPFC-DS overflow of BDNF during withdrawal.

7 In contrast to ATP, overflow of beta-NAD evoked by electrical field stimulat

8 sed to evaluate spontaneous and nerve-evoked overflow of beta-NAD, ATP, and metabolites.

9 n, we detected constitutive and nerve-evoked overflow of beta-NAD, cADPR, and ADPR in vascular and no

10 rried out to quantify the stimulation-evoked overflow of catecholamines and purines (ATP, ADP, AMP an

11 The evoked overflow of catecholamines and purines from chromaffin c

12 genitor cells, and mutations that lead to an overflow of cells can cause malformations of the voice b

13 Capsaicin significantly enhanced the overflow of CGRP (fivefold) and histamine (twofold) into

14 amples indicated the impact by wastewater or overflow of combined sewer systems.

15 By 6 months evoked overflow of DA appeared to be normal in the METH-treated

16 rtem brain tissue showed that the changes in overflow of DA correlated with significantly lower DA ti

17 ivo electrochemistry was used to monitor the overflow of DA evoked by local potassium application.

18 es in both potassium- and amphetamine-evoked overflow of DA from the striatum in all groups.

19 to measure potassium- and amphetamine-evoked overflow of DA from the striatum.

20 lysis showed that systemic U69,593 decreased overflow of DA in the nucleus accumbens (NAc) in WT mice

21 appeared to prevent the reduction in evoked overflow of DA in the right striatum of the 6-OHDA-treat

22 GDNF prevented the reduction in evoked overflow of DA in the right striatum of the METH-treated

23 A levels, long-term protection of the evoked overflow of DA in the striatum is minimal.

24 hemistry and microdialysis to examine evoked overflow of DA in the striatum of METH-treated rats at s

25 ent protective ability of GDNF on the evoked overflow of DA in the striatum was diminished.

26 gh the microdialysis probe produced a robust overflow of DA in the young and aged rat striatum, but t

27 In contrast, d-amphetamine-evoked overflow of DA was again robust in young and aged animal

28 Potassium-evoked overflow of DA was dramatically decreased in the right s

29 Evoked overflow of DA was dramatically decreased in the striatu

30 young and aged rat striatum, but the evoked overflow of DA was not diminished in the aged rat striat

31 In addition, d-amphetamine-evoked overflow of DA was significantly decreased in the middle

32 In addition, d-amphetamine-evoked overflow of DA was significantly increased in the substa

33 in animals that received GDNF + saline, the overflow of DA was significantly reduced in the GDNF + 6

34 t alone led to no change in potassium-evoked overflow of DA, a 20% decrease in amphetamine-evoked ove

35 of DA, a 20% decrease in amphetamine-evoked overflow of DA, and a 16% decrease in striatal DA conten

36 METH-induced reductions in potassium-evoked overflow of DA, and DA and 5-HT content, in striatum.

37 creases in potassium- and amphetamine-evoked overflow of DA, and in clearance of DA, in the striatum

38 m showing their channelling effects but also overflows of dense shelf water from these canyons.

39 A release and uptake resulted in an enhanced overflow of exocytically released DA.

40 To reduce this overflow of false positives in next-generation sequencin

41 Another improvement included less overflow of gas into the mass analyzer from the foreline

42 asured resting glutamate levels and synaptic overflow of glutamate after K(+) stimulation in brain sl

43 ents have taken drastic measures to avoid an overflow of intensive care units.

44 hesis of radiocarbon dates, we find that the overflow of Kenyan rift lakes between 12 and 8 ka before

45 ould produce ectopic steatosis because of an overflow of lipids from the WAT to peripheral tissues; h

46 indicated that the temporal disparity in the overflow of NA and ATP is unlikely to be due to differen

47 The EFS-evoked overflow of NA and the purines from the guniea-pig vas d

48 In addition, the overflow of NA was tonic while the overflow of ATP and t

49 The evoked overflow of purines and noradrenaline (NA) from the vas

50 etic patients, this regimen triggers a major overflow of reactive oxygen species (ROS) from mitochond

51 also resulted in mast-cell degranulation and overflow of renin.

52 In addition, the evoked overflow of striatal DA is reduced in rats 1 week after

53 e ErbB4 receptor, evokes an almost immediate overflow of striatal dopamine when injected into a regio

54 AMPH (10 microm) promoted the overflow of synaptically released DA by decreasing the a

55 These results indicate that evoked overflow of the cotransmitters accurately reflects relea

56 The downside of remote monitoring is the overflow of the data.

57 u dispersion is attributed to saturation and overflow of the trenches during extreme rainfall events,

58 here was also some temporal disparity in the overflow of the two cotransmitters.

59 Because of periodic saturation and overflowing of the former disposal trenches, Pu and Am h

60 The research confirms that the diversion and overflows of the Yellow River drove paleo-Dayeze Lake's

61 This massive overflow of toxic amounts of dopamine, much greater than