ライフサイエンスコーパス: constant pressure

1 cusing geometry and generates droplets under constant pressure.

2 tions using ethylene gas mixtures applied at constant pressure.

3 y and C(P) denotes specific heat capacity at constant pressure.

4 at 39 degrees C in the Langendorff mode at a constant pressure.

5 n coefficient, enthalpy and specific heat at constant pressure.

6 ts were isolated and perfused with buffer at constant pressure and subjected to 35 minutes of regiona

7 toyl-2-oleoyl-phosphatidylcholine bilayer at constant pressure and temperature (NPT, 300 K and 1 atm)

8 RH (5.4 waters/lipid) were performed in the constant pressure and temperature ensemble using the uni

9 We report the results of a constant pressure and temperature molecular dynamics sim

10 Our simulations were performed at constant pressure and temperature on a nanosecond time s

11 rast light microscopy, facility by two-level constant pressure anterior chamber perfusion.

12 the potential of mean force between them at constant pressure as a function of the solute-solvent in

13 h phospholipids in homogeneous monolayers at constant pressure at the air-water interface.

14 In kidneys perfused under constant flow or constant pressure, compared to PA challenge (n = 14 or 1

15 yes were fixed under either constant flow or constant pressure conditions, microdissected to expose t

16 ow (HCF) and under flow-limiting conditions (constant pressure, CP).

17 Those constant pressure cultured meshworks with surviving cell

18 ex formation, the change in heat capacity at constant pressure, DeltaC(p), was negative for both site

19 donor eyes that were perfused at 8 mm Hg of constant pressure, equivalent to 15 mm Hg in vivo.

20 During constant-pressure experiments we observe that the phase

21 ormal shear stress (0.4 or 12 dyne/cm2) at a constant pressure for 24 to 26 hours.

22 Hearts were perfused at a constant pressure for 60 mm Hg and were paced at 360 bea

23 t streptococcal CRISPR/Cas systems are under constant pressure from salivary viruses.

24 olated anti-HIV bnAbs and is therefore under constant pressure from the host immune system, leading t

25 titial fluid velocity through the clots at a constant pressure gradient.

26 rmined in enucleated porcine eyes by using a constant-pressure Grant perfusion model system.

27 nce of the enthalpy change of interaction, a constant-pressure heat capacity change (DeltaC(p)) of th

28 Any point along a constant pressure hyperbola represents the best one can

29 he left main coronary artery was perfused at constant pressure in closed-chest, anesthetized dogs, an

30 ng carotid pressure during constant flow and constant pressure increased the volume of the splanchnic

31 flow facility was determined by a two-level, constant-pressure infusion Type I collagen, subunit alph

32 s the temperature dependence of volume under constant pressure, is a common phenomenon in nature and

33 ot increase during constant flow, but during constant pressure it increased by 2.0 ml (kg body weight

34 nge in specific heat capacity of reaction at constant pressure) leads to true negative minimum in the

35 the change in fibre activity in response to constant-pressure lung inflation (tracheal pressure (P(t

36 gnificantly enhanced the C-fiber response to constant-pressure lung inflation (tracheal pressure [Pt]

37 s of phenyl biguanide and lactic acid and to constant-pressure lung inflation were augmented by PGE2;

38 flow facility was measured by the two-level, constant-pressure method and by 2-minute tonography in b

39 cleated porcine eyes were perfused using the constant-pressure method at 15 mm Hg and 25 degrees C.

40 culture medium, and of the constant flow and constant pressure methods of delivery of culture medium,

41 ) by a factor or f approximately 2 and, in a constant-pressure mode, description of a linear heating

42 ted in the constant-flow mode opposed to the constant-pressure mode, which is typical of previous ult

43 ronmentally coupled tunneling model based on constant pressure molecular dynamics (MD) simulations.

44 We report a 2-ns constant pressure molecular dynamics simulation of halot

45 We report a 1.4-ns constant-pressure molecular dynamics simulation of chole

46 a first-order transition and, therefore, at constant pressure, must have a thermodynamically well-de

47 a constant temperature of 50 degrees C and a constant pressure of 1 atm.

48 ated bovine anterior segments, perfused at a constant pressure of 10 mm Hg.

49 porcine eyes were perfused in vitro under a constant pressure of 10 mm Hg.

50 hieved using a injection time of 110 s and a constant pressure of 50 mbar in hydrodynamic injection m

51 he change in free energy with temperature at constant pressure of a chemical reaction is determined b

52 ver time is stable, most consistent with the constant pressure of tumor progression over time.

53 Prokaryotic organisms survive under constant pressure of viruses.

54 olumn packing process can be considered as a constant pressure or constant flow high-pressure filtrat

55 = 0.04, except for sodium reabsorption under constant pressure [P = 0.17]).

56 ngth has a maximum as T is decreased along a constant-pressure path.

57 While performing constant pressure perfusion at 10 mm Hg, a 193-nm excime

58 OF was determined by two-level constant pressure perfusion following anterior chamber e

59 outflow facility was determined by two-level constant pressure perfusion from 3.5 to 5 hours and from

60 asured under general anesthesia by two-level constant pressure perfusion in one eye of 22 rhesus and

61 (from 8 to 26 kPa) during constant flow and constant pressure perfusion increased hepatosplanchnic v

62 Outflow facility (C) was determined based on constant pressure perfusion measurements obtained at two

63 Using a constant pressure perfusion method, outflow facility and

64 Constant pressure perfusion of medium is unsuccessful in

65 outflow facility was determined by two-level constant pressure perfusion of the anterior chamber bila

66 outflow facility was determined by two-level constant pressure perfusion of the anterior chamber.

67 ter epinephrine administration, by two-level constant pressure perfusion of the anterior chamber.

68 ty response to H-7 was measured by two-level constant pressure perfusion on three or four different o

69 mulation causes larger volume changes during constant pressure perfusion than during constant flow pe

70 plus passive responses were obtained during constant pressure perfusion.

71 utflow facility was determined by two-level, constant-pressure perfusion in cultured anterior segment

72 Outflow facility (C) was determined by constant-pressure perfusion measurements obtained at two

73 on total outflow facility by the two-level, constant-pressure perfusion method and tonography indica

74 l outflow facility was measured by two-level constant-pressure perfusion of the anterior chamber befo

75 lity in monkeys was determined by two-level, constant-pressure perfusion of the anterior chamber for

76 measured using enucleated porcine eyes and a constant-pressure perfusion system.

77 outflow facility was measured by two-level, constant-pressure perfusion.

78 Constant pressure, phasic, graded (20-80 mm Hg, 20 s) ai

79 ession for the maximum extractable work in a constant-pressure PRO process and show that it is less t

80 Work extraction in an irreversible constant-pressure PRO process is then examined.

81 The highest extractable work in constant-pressure PRO with a seawater draw solution and

82 depth (PD) were measured with an electronic constant pressure probe.

83 ch investigators examined only eyes fixed at constant pressure, so that fixative flow rates differed

84 The syngeneic support rat delivers constant pressure systemic venous blood at stable physio

85 In contrast to constant-pressure systems, the gradient shape is fully c

86 lls was found in meshworks cultured with the constant pressure technique when compared with fellow ey

87 g its [001] crystal axis under conditions of constant pressure, temperature and strain rate.

88 t independent of Wnt ligands and maintaining constant pressure to change target gene expression.

89 ns and three special cases, with chronic and constant pressure to sex reverse, are discussed in detai

90 the pulsed introduction of damping gas to a constant pressure using a pulsed leak valve, short excit

91 low) or decreased coronary flow (Langendorff constant pressure), which was also observed, albeit less

92 the components in a single liquid phase at a constant pressure, while the standard cylinders maintain