ライフサイエンスコーパス: resuspension

1 overishment, benthos mortality, and sediment resuspension.

2 partitioning to gas bubbles and to sediment resuspension.

3 to multimerize following lyophilization and resuspension.

4 may be overestimated due to active sediment resuspension.

5 ith Teflon felt "neo-media" and aortic valve resuspension (78%) or replacement with a biologic or mec

6 Although sediment resuspension and oxygenation may create temporary condit

7 tion and Cr(VI) reoccurrence during sediment resuspension and oxygenation resulting from dredging, bi

8 sampler used in this study can prevent both resuspension and photodegradation of the PCDD/Fs collect

9 that this situation is likely the effect of resuspension and redistribution of deep sediments by dre

10 luencing microplastic transport, deposition, resuspension and subsequent interactions with biota.

11 gh centrifuge applied to cell separation and resuspension and to DNA purification and concentration.

12 the characteristics of wave-induced sediment resuspension and, in particular, from the reduction of m

13 lated to the internal processes of settling, resuspension, and sediment-water diffusion.

14 hod was a two-step ether evaporation and IPA resuspension, and the second method was a methanol preci

15 potentially supplemented by natural sediment resuspension, are expected to spread and disperse more w

16 minants led to the development of a sediment resuspension buffer that contained lytic enzymes to comb

17 Supplementation of the resuspension buffer with 0.15% lecithin alleviated toxic

18 dergo biogeochemical changes due to sediment resuspension during dredging, bioturbation, and flood ev

19 re an important mechanism for major sediment resuspension events on the extensive shallow shelves off

20 The sediment resuspension events, as simulated by batch experiments,

21 significant inflammatory response, while the resuspension exposures at the same exposure concentratio

22 ributed to alternating (129)I dispersion and resuspension from the contaminated local environment.

23 Following resuspension in a liquid medium, MC-grown MKs displayed

24 the collection of PM on filters, followed by resuspension in a liquid medium, with subsequent additio

25 the citB mutant were induced to sporulate by resuspension in a poor medium.

26 dissociated rapidly after centrifugation and resuspension in buffer without peptide.

27 For resuspension in isosmotic buffer (osmotic upshift, or De

28 perations of incubation, centrifugation, and resuspension in previous techniques-saving time and reag

29 trifugal separation of surviving cells, cell resuspension, incubation in the presence of ferricyanide

30 The effect has been termed resuspension-induced ion flux (RIIF).

31 Resuspension into hyperosmotic buffer lacking K+ and nut

32 Because sediment resuspension is a prelude to transport, supercell events

33 n of a novel on-chip particle separation and resuspension method capable of removing greater than 90%

34 water of intermediate depth, where sediment resuspension occurred intermittently, that would be suff

35 ated Cdc2 is detected for at least 4 h after resuspension of cells in nitrogen-free medium.

36 Human-induced resuspension of floor dust is a dynamic process that can

37 Pelleting and resuspension of Fura 2-labeled c6 glioma cells leads to

38 The contribution from resuspension of old deposited (137)Cs was assessed for t

39 t processes at the SWI are sedimentation and resuspension of particulate matter and fluxes of dissolv

40 Overall, the resuspension of Pb contaminated soil explains observed s

41 Therefore, collection and resuspension of PM into liquid modifies its toxicity and

42 ilter sampler to determine the potential for resuspension of spores during sampling.

43 of metals include increased transport due to resuspension of streambed solids, erosion of alluvial ta

44 traction with dichloromethane/methanol, with resuspension of the dried extracts in methanol/water bef

45 drug was removed by centrifugation and then resuspension of the synaptosomes in fresh buffer, sugges

46 In support of this model, resuspension of wild-type cells in conditioned medium fr

47 o better characterize the effect of sediment resuspension on particle fluxes in the ECS, rare earth e

48 ned into polynya waters either from sediment resuspension or from the transport of sediment-laden gla

49 facial reanimation, lower eyelid and canthal resuspension or support, passive upper eyelid animation,

50 With the GSH and resuspension protocol, 2 exhibited IC50 values of 3.22-9

51 es, risk of illness, spore setting velocity, resuspension rate, sample recovery efficiency, etc.) wer

52 prior data were available: deposition rates, resuspension rates, and sample recovery efficiencies.

53 t volumes and combinations of extraction and resuspension solvents.

54 that REEs may be better proxies for sediment resuspension than OC in high turbidity marginal seas bec

55 ted by Saharan aerosols and coastal sediment resuspension, the main decay pathways for superoxide are

56 contributions of brake dust, tire dust, and resuspension to particle mass in the range 0.9-11.5 mum

57 a stable complex with the lipids even after resuspension under neutral buffer conditions.

58 ges using serial dilutions and adjusting the resuspension volume and/or injection volume before runni

59 transport likely is due to sediment particle resuspension, whereas PAH transport is due to both conta

60 reeze-drying, allowing complete nanoparticle resuspension without loss of biological function.