ライフサイエンスコーパス: flotation

1 three groups of animals by ultracentrifugal flotation.

2 fects of RNase treatment or tRNA addition on flotation.

3 d/Dy with the aid of selective density-based flotation.

4 tidylserine (PS) supported similar levels of flotation.

5 ce of PIPs, also strongly promoted HIV-1 Gag flotation.

6 in lipid raft fractions by sucrose gradient flotation.

7 Finally, flotation analyses indicate that BST-2 antibodies affect

8 In flotation analyses, the intact RSV and HIV-1 Gag protein

9 Membrane flotation analysis demonstrated that almost all of the N

10 Sucrose-density flotation analysis of Triton-insoluble membrane domains

11 describe a procedure that combines membrane flotation and affinity chromatography for the purificati

12 Nycodenz gradient flotation and dissociation assays showed that protein A

13 e as biomedicine, materials science, mineral flotation and food processing.

14 Flotation and immunofluorescence studies with deletion m

15 Here, we use membrane flotation and microscopic analysis of Gag deletion mutan

16 We used liposome flotation and protease sensitivity assays to investigate

17 del membranes by use of biochemical membrane flotation and quartz crystal microbalance (QCM) with dis

18 ng crude-oil emulsions and food foams and in flotation, and there is a revival of interest in studyin

19 We have used an in vitro flotation assay to directly measure Rous sarcoma virus (

20 Using a liposome flotation assay with proteins translated in vitro, we in

21 Using a membrane flotation assay, we observed the mRNA decapping factors

22 with ganglioside GT1b in a sucrose gradient flotation assay.

23 -100 (TX-100) followed by a sucrose gradient flotation assay.

24 Membrane pelleting and membrane flotation assays confirmed that VP22 partitions with the

25 Density gradient flotation assays demonstrated that ER-targeted protein A

26 Biochemical flotation assays performed with trypsin-treated cell-der

27 Biochemical flotation assays reveal that in rny1Delta cells, some tR

28 Moreover, membrane flotation assays revealed a massive movement of this mut

29 Moreover, membrane flotation assays showed that UL16(1-155) was able to flo

30 oyed subcellular fractionations and membrane flotation assays to demonstrate that NS2 associates with

31 Binding and flotation assays were used to show that addition of thes

32 developed NMR approach paralleled results of flotation assays, although the affinities measured under

33 Using a combination of liposome co-flotation assays, fluorescence-based liposome interactio

34 Using liposome flotation assays, we demonstrate that an extended loop i

35 ermeabilized cells, nuclease protection, and flotation assays, we found that HPV resides in a membran

36 Using sucrose flotation assays, we investigated BKV binding to and int

37 racted with lipids in PIP strip and liposome flotation assays, with significantly greater binding by

38 binding conformation as assessed by liposome flotation assays.

39 barge targeting were mapped by examining the flotation behavior of wild-type and mutant proteins on O

40 vein was cannulated with a pulmonary artery flotation catheter and used for cardiac output and pulmo

41 ntricular systolic dysfunction had a balloon flotation catheter inserted.

42 on of hemodynamics with the use of a balloon flotation catheter is necessary and should be considered

43 interval, 1.85-13.41), and pulmonary artery flotation catheter utilization (odds ratio, 2.31; 95% co

44 The Swan-Ganz balloon flotation catheter was introduced in 1970.

45 A pulmonary artery flotation catheter was introduced through the jugular ca

46 in a fashion similar to the pulmonary artery flotation catheter.

47 xygen saturation (Sv(O(2))) were measured by flotation catheter.

48 Pulmonary artery flotation catheters and systemic arterial catheters were

49 e results are not surprising because balloon flotation catheters are diagnostic and not therapeutic t

50 Because of the many advantages of balloon flotation catheters compared with conventional catheters

51 al circumstances, the routine use of balloon flotation catheters is not indicated.

52 tically ill patients with the use of balloon flotation catheters should not be ignored or forgotten.

53 ce and simultaneous measurement with balloon flotation catheters.

54 ermined hemodynamics with the use of balloon flotation catheters.

55 Using membrane flotation centrifugation, we observe that MA shows signi

56 was isolated from the developing anthers by flotation centrifugation.

57 nding in cesium chloride, and saline density flotation centrifugation.

58 ribution across linear sucrose gradients and flotation centrifugations showed that it co-migrates wit

59 ult shows that the solution of adjusting the flotation chemical regime could only partly control the

60 The FANs are considered to be primary lunar flotation-cumulate crust that crystallized in the latter

61 es or the long-held assumption that FANs are flotation cumulates of a primordial magma ocean is incor

62 ical practitioners should encourage personal flotation device use and other protection for their pati

63 lled prokaryotic organelles that function as flotation devices.

64 One mode of taxis is flotation due to the production of gas vesicles.

65 However, the risk posed by bacteria to flotation efficiency is poorly understood.

66 i', of Lp(a) determined by sedimentation and flotation equilibrium in a three-component system contai

67 In liposome flotation experiments, RSV Gag required acidic lipids fo

68 esentative of liposomes commonly reported in flotation experiments.

69 ation of STATs with plasma membrane rafts in flotation fractions, which also contained caveolin-1 and

70 Flotation gradient analysis indicated that VP40 binds to

71 Membrane flotation gradient analysis of 1a deletion variants and

72 asmic location, biochemical fractionation by flotation gradient centrifugation, and subcellular local

73 Detergent insolubility and sucrose flotation gradient experiments revealed that serine 23 p

74 BfpE deletion derivatives by sucrose density flotation gradient fractionation.

75 f prebundlin or bundlin with sucrose density flotation gradient fractions containing both inner and o

76 extracted from HEK293T cell EVs isolated by flotation gradient ultracentrifugation and from exosomes

77 cellular fractionation experiments including flotation gradients and on the fact that these structure

78 nated mitochondrial membrane preparations on flotation gradients and show that membrane-associated nu

79 properties of sucrose and iodixanol membrane flotation gradients may explain some discrepancies regar

80 A flotation immunoassay (FI) platform was developed with h

81 ts feldspar-rich crust by way of plagioclase flotation in a magma ocean.

82 the CVD process were exhaustively removed by flotation in an appropriate solvent.

83 ganelles, permeable only to gas, that enable flotation in aquatic niches.

84 were classified according to the density by flotation in different salt solutions and to the diamete

85 e fraction whose buoyant density permits its flotation in discontinuous sucrose gradients.

86 he proteins with liposomes was quantified by flotation in sucrose gradients, following synthesis in a

87 plexes resembling CLDs that were isolated by flotation in sucrose gradients.

88 syl diglyceride vesicles) as demonstrated by flotation in sucrose gradients.

89 with densities of 1.07 to l.14 as defined by flotation into sucrose density gradients.

90 Upon sucrose density gradient flotation, membrane- associated p40 cofractionates with

91 rotein pull-down assay in vitro and membrane flotation method in vivo.

92 The method includes sonication and flotation of a mixed vesicle fraction, as the first step

93 cellular fraction highly enriched in cAR1 by flotation of CHAPS lysates of cells in sucrose density g

94 ) and heterogeneous solutions for the bubble flotation of enantiomers was evaluated.

95 Flotation of sulfide liquid droplets by surface attachme

96 Flotation of the cold Triton X-100-insoluble portion of

97 actinomycetes might actually be involved in flotation or whether they might fulfil other cellular fu

98 ns in biogenesis of these unique prokaryotic flotation organelles.

99 ry specimens and investigated the utility of flotation procedures for concentrating the bacilli.

100 roving the oil removal efficiency during the flotation process.

101 halcocite, bornite, and pyrite) at different flotation pulp conditions (feed, conditioned feed, and E

102 s co-localization with STAT3 and PY-STAT3 in flotation raft fractions, and heat shock protein 90 (HSP

103 rol (r = 0.70); large, buoyant LDL [Svedberg flotation rate (S(f)) 7-12; r = 0.52]; apolipoprotein A-

104 ra-centrifugation as mass of lipoproteins of flotation rate (Sf) 7-12] and with LDL peak particle dia

105 antly decreased the size and ultracentrifuge flotation rate of the major LDL and the LDL mass concent

106 -12] and with LDL peak particle diameter and flotation rate, but not with changes in LDL-cholesterol

107 e measured in plasma fractions with Svedberg flotation rates (S(f)) >400, S(f) 60-400, and S(f) 20-60

108 oncentration and thus removing the threat to flotation recovery.

109 Flotation studies were conducted with sucrose and NaCl,

110 However, Gag protein complexes defined by flotation studies were much denser than classical lipid

111 Flotation studies with sucrose or NaCl did not consisten

112 membranes containing a known glycoprotein in flotation sucrose density gradients.

113 By using a detergent-free density gradient flotation technique, we found that 80% of the apical mem

114 rganisms are fastidious and fragile, routine flotation techniques and delayed examination and refrige

115 ere obtained by equilibrium sedimentation or flotation through discontinuous sucrose gradients using

116 , detergent solubility, and sucrose gradient flotation to demonstrate that the large majority (>70%)

117 globomycin sensitivity and density gradient flotation were used to demonstrate that InvH is an outer

118 hwater for mineral processing, in particular flotation, where conditions are favorable for bacterial