ライフサイエンスコーパス: liquid nitrogen

1 or such applications at higher temperatures (liquid nitrogen).

2 y freezing the high-light-treated tissues in liquid nitrogen.

3 2 by air oxidation, after evaporation of the liquid nitrogen.

4 tures remain well below the boiling point of liquid nitrogen.

5 on into an isopentane solution surrounded by liquid nitrogen.

6 split at a 1:3 ratio and is cryopreserved in liquid nitrogen.

7 0 months of continuous culture or storage in liquid nitrogen.

8 iquid droplet comes into direct contact with liquid nitrogen.

9 mmobilized cell reactors and flash-frozen in liquid nitrogen.

10 than does the commonly used snap-freezing in liquid nitrogen.

11 culating perfusion (n=8), and snap frozen in liquid nitrogen.

12 above, and in some cases well above, that of liquid nitrogen.

13 50 degrees C for an hour or when immersed in liquid nitrogen.

14 nic light at 230 K, followed by quenching in liquid nitrogen.

15 e local equilibrium above the temperature of liquid nitrogen.

16 y freezing the brains of a subset of pigs in liquid nitrogen.

17 nes were expanded, propagated, and stored in liquid nitrogen.

18 y rotating metal disk which was precooled in liquid nitrogen.

19 Brains were frozen in situ with liquid nitrogen.

20 r 0, 2, 10 and 30 minutes before freezing in liquid nitrogen.

21 ion procedure, filtered, and flash-frozen in liquid nitrogen.

22 h grinding in a mortar and pestle containing liquid nitrogen.

23 and rapidly frozen in isopentane chilled in liquid nitrogen.

24 t temperatures close to the boiling point of liquid nitrogen (77 kelvin), which is a record for the i

25 62 periampullary tumors were snap-frozen in liquid nitrogen and adjacent tissue was formalin-fixed f

26 Resected tumor was snap-frozen in liquid nitrogen and AGT activity analyzed by high-pressu

27 bank cryogenic vials at >/=-130 degrees C in liquid nitrogen and at -70 degrees C in a freezer.

28 Placental blood was stored under liquid nitrogen and selected for specific patients on th

29 ons were immersed in OCT media and frozen in liquid nitrogen and stored at -80 degrees C till further

30 of healthy mucosa (MC) were shock frozen in liquid nitrogen and underwent cryotomy after manual diss

31 , each group) were harvested, snap frozen in liquid nitrogen, and analyzed for CaR messenger ribonucl

32 ntly long-lived to be trapped by freezing in liquid nitrogen, and its electronic structure was invest

33 he tissue was placed in OCT, flash frozen in liquid nitrogen, and stored at -80 degrees C until RNA e

34 ues from mice were collected, snap frozen in liquid nitrogen, and stored at -80 degrees C.

35 nterior segments were then quickly frozen in liquid nitrogen, and their TMs were dissected for RNA ex

36 om the globes and immediately snap-frozen in liquid nitrogen at -70 degrees C.

37 is of 19 Xe laden crystals freeze-trapped in liquid nitrogen at selected times between 0 and 480 s wh

38 After cryofocusing by liquid nitrogen at the head of the column, the thermally

39 A new liquid nitrogen-based single-stage cryogenic modulator w

40 Following storage up to 2 months in liquid nitrogen, cells were thawed and maintained in a d

41 d bolometer as a detector and another with a liquid nitrogen cooled mercury cadmium telluride (MCT) d

42 elivered into living cells and imaged with a liquid nitrogen-cooled CCD.

43 mercury-cadmium-telluride photodetector and liquid nitrogen-cooled indium-antimonide photodetector,

44 The stage utilizes a combination of liquid nitrogen cooling and counterheating with a Peltie

45 In addition, a dedicated liquid nitrogen delivery system was developed.

46 A Kleemenko cooler is used to create liquid nitrogen equivalent trapping conditions and elimi

47 Fragmentation of tendon in liquid nitrogen followed by Dounce homogenisation genera

48 ssues typically are extracted by grinding in liquid nitrogen followed by the stepwise addition of sol

49 3-4 days, samples were removed and frozen in liquid nitrogen for carbon-13 magnetic resonance spectro

50 ssion electron microscopy and by freezing in liquid nitrogen for light and confocal microscopy of imm

51 sed as a protective gas or be converted into liquid nitrogen for other purposes.

52 ice/alcohol mixture for trapping water, and liquid nitrogen for transferring the CO2.

53 mable syringe pump plus a set of multiplexed liquid nitrogen freeze/thaw switching valves are employe

54 ens from this outbreak had been preserved in liquid nitrogen from the time of collection and were ava

55 ification) and the levitation of droplets on liquid nitrogen (i.e., Leidenfrost phenomenon) take plac

56 of silicon-tin nanocrystals by discharges in liquid nitrogen is studied using a Si-10 at % Sn sintere

57 s been correlated with the process of adding liquid nitrogen (LN(2)) to top off the dewar of a stainl

58 Freeze-thaw induced fracturing coal by liquid nitrogen (LN2) injection exerts a significant pos

59 of cell stocks routinely requires the use of liquid nitrogen (LN2), because commonly used cryopreserv

60 y cools tissues by spraying them with either liquid nitrogen or rapidly expanding carbon dioxide gas.

61 ed to different freezing methods (air blast, liquid nitrogen or walk-in freezer) and storage conditio

62 etector stability (especially in the case of liquid nitrogen- or liquid helium-cooled detectors) shou

63 ates than rapid cooling (direct immersion in liquid nitrogen) (P < 0.05).

64 ezer mill while the sample is deep frozen in liquid nitrogen, preventing degradation of DNA during th

65 e cryofocused on the head of the column with liquid nitrogen prior to GC separation.

66 ge in single molecules at temperatures above liquid nitrogen should be possible.

67 rid into liquid ethane at the temperature of liquid nitrogen, so that it is suitable for cryo-EM visu

68 rate is approximately 10(15) times slower at liquid nitrogen temperature than at room temperature.

69 Images were recorded at liquid nitrogen temperature using a high voltage field e

70 econdary Ion Mass Spectrometry (ToF-SIMS) at liquid nitrogen temperature.

71 be brought to within 15 micron of a SQUID at liquid nitrogen temperature.

72 radical is also stable for several months at liquid nitrogen temperature.

73 ure of cubic insulin at room temperature and liquid-nitrogen temperature, under identical solvent con

74 anomaly is confirmed, still quite visible at liquid nitrogen temperatures.

75 HTS circuits operating at liquid-nitrogen temperatures ( approximately 77 K) would

76 up quantum-mechanical circuits operating at liquid-nitrogen temperatures, as well as an avenue to co

77 At cryogenic (liquid nitrogen) temperatures, the high mass signals of

78 K, which is just above the boiling point of liquid nitrogen, they are respectively 10 mus and 1 mus,

79 tissue was rinsed and immediately frozen in liquid nitrogen to determine tissue levels of total and

80 f each movie, the labeled leaf was frozen in liquid nitrogen to stop metabolism, the leaf was lyophil

81 Even after storage for 32 months in liquid nitrogen, transplanted hepatocytes constituting 0

82 Using an AFM operated in liquid nitrogen vapor (cryo-AFM), we demonstrate that cr