ライフサイエンスコーパス: liquid-liquid extraction

1 s deuterated internal standards and a simple liquid-liquid extraction.

2 d exhibits for trivalent actinide cations in liquid-liquid extraction.

3 ed from acidified water through a microscale liquid-liquid extraction.

4 as compared to that afforded by conventional liquid-liquid extraction.

5 hase and into a fluorous phase in a standard liquid-liquid extraction.

6 t recovery rate was about 96% after a simple liquid-liquid extraction.

7 icient in terms of % recovery as compared to liquid-liquid extraction.

8 istribution coefficients using droplet-based liquid-liquid extraction.

9 th enhanced sample preparation that involved liquid-liquid extraction.

10 Analytes were recovered from plasma by liquid-liquid extraction.

11 al macroscale lipid analysis is a multiphase liquid-liquid extraction.

12 measurement was developed using microfluidic liquid-liquid extraction.

13 tating reagent, followed by delipidation via liquid/liquid extraction.

14 of mono- and bis-anions under conditions of liquid/liquid extraction.

15 nd nanometer-size macromolecules by means of liquid-liquid extractions.

16 ed out by isothermal calorimetric titration, liquid-liquid extraction, (31)P NMR and IR spectroscopie

17 to be done much more rapidly than use of the liquid/liquid extraction adopted by others.

18 smoking was subject to SPME and traditional liquid-liquid extraction analysis.

19 The method employed heated liquid-liquid extraction and a mixture of acetonitrile,

20 ors for separation of sulfate from water via liquid-liquid extraction and crystallization.

21 re isolated from gilthead seabream tissue by liquid-liquid extraction and further clean-up was perfor

22 hed methods of analytical chemistry, such as liquid-liquid extraction and ion-exchange chromatography

23 Liquid-liquid extraction and nitrogen-phosphorus detecti

24 the same principle as the CEN-standard i.e. liquid-liquid extraction and post-column zinc reduction

25 traction method combined a phenol/chloroform liquid-liquid extraction and solid-phase extraction step

26 sisting of protein precipitation followed by liquid/liquid extraction and O-trimethylsilyl derivatiza

27 HS-biotin), and then they are isolated via a liquid:liquid extraction and quantified by reverse-phase

28 rption/ionization (MALDI) mass spectrometry, liquid-liquid extraction, and as stationary phases in ga

29 s were subjected to a protein precipitation, liquid-liquid extraction, and Diels-Alder derivatization

30 based on enzymatic deconjugation, automated liquid-liquid extraction, and gas chromatography/isotope

31 proach is described herein that involves the liquid-liquid extraction-based removal of cesium salts,

32 om the samples by solid phase extraction and liquid-liquid extraction before the analysis.

33 his work, an integration of solid-liquid and liquid-liquid extractions by using aqueous micellar two-

34 ection/identification are generally based on liquid-liquid extraction, clean-up using an immunoaffini

35 on, simultaneous distillation-extraction and liquid-liquid extraction, combined with GC-FID, GC-MS, a

36 Liquid-liquid extraction couple with liquid chromatograp

37 extraction and concentration enrichment with liquid-liquid extraction, flash column chromatography, a

38 The method involves liquid-liquid extraction followed by conversion to the h

39 Liquid-liquid extraction followed by derivatization was

40 ibes the analysis of perchlorate in water by liquid-liquid extraction followed by flow injection elec

41 resent study describes a simple and accurate liquid-liquid extraction followed by LC-QqQ-MS analysis

42 Liquid-liquid extraction followed by offline UHPLC fract

43 The aliquot punches were extracted by liquid/liquid extraction followed by liquid chromatograp

44 The samples were submitted to liquid-liquid extraction, followed by solid-phase extrac

45 Sample preparation included SPE clean-up and liquid-liquid extraction for ice-cream and chocolate swe

46 A liquid-liquid extraction for sample preparation of human

47 This study demonstrates a liquid-liquid extraction for the sequential tandem mass

48 lution-phase techniques and simple acid-base liquid-liquid extractions for isolation and purification

49 phase synthetic protocol enlisting acid/base liquid-liquid extractions for purification on a scale th

50 anol, and isopropanol-acetonitrile) and four liquid-liquid extractions (i.e., methanol combined with

51 IL-based solid-liquid extractions, IL-based liquid-liquid extractions, IL-modified materials, and IL

52 erium-labeled internal standards by a simple liquid-liquid extraction in 96-well plates.

53 method includes sample preparation employing liquid-liquid extraction in the 96-well format, an LC se

54 Plasma samples were prepared by automated liquid/liquid extraction in the 96-well format prior to

55 Sample preparation employed liquid/liquid extraction in the 96-well format.

56 The analytes were isolated by means of liquid-liquid extraction, including a "lipid freezing" s

57 on of porphobilinogen to its butyramide, and liquid-liquid extraction into a mass spectrometer-friend

58 those of the currently used method based on liquid-liquid extraction into ethyl acetate and flow inj

59 igated for comprehensive comparison involved liquid-liquid extraction into ethyl acetate followed by

60 Liquid-liquid extraction is performed to separate select

61 Liquid-liquid extraction is the major technique being ap

62 In this work, liquid-liquid extraction (LLE) and solid phase extractio

63 steroid metabolic profiling method based on liquid-liquid extraction (LLE) followed by ultra perform

64 nhanced Raman scattering (SERS) coupled with liquid-liquid extraction (LLE) for quantification of p-c

65 also analyzed by enzymatic deconjugation and liquid-liquid extraction (LLE) for the determination of

66 A method involving the semirobotic liquid-liquid extraction (LLE) in deep-well 96-well plat

67 Liquid-Liquid extraction (LLE) is a common sample pretre

68 Additionally, a liquid-liquid extraction (LLE) method was developed for

69 A fully automated high-throughput liquid-liquid extraction (LLE) methodology has been deve

70 An automated high-throughput liquid-liquid extraction (LLE) methodology has been deve

71 Liquid-liquid extraction (LLE) of a 200 mL effluent samp

72 the disc; comparable to values observed with liquid-liquid extraction (LLE) of a venipuncture sample.

73 We modified our liquid-liquid extraction (LLE) procedure for F(2)-isopro

74 ting protocols for manual permethylation and liquid-liquid extraction (LLE) steps are labor intensive

75 modified and optimized previously published liquid-liquid extraction (LLE) techniques using bis(2-et

76 d economic method for determining PAHs using liquid-liquid extraction (LLE), clean-up and detection b

77 solvent-assisted flavour evaporation (SAFE), liquid-liquid extraction (LLE), solid phase extraction (

78 approach of combining a miniscale version of liquid-liquid extraction (LLE), termed miniscale-LLE (ms

79 s were then subjected to a further selective liquid-liquid extraction (LLE).

80 The current liquid-liquid extraction method alone can efficiently ex

81 , we combine a microfluidic-based multiphase liquid-liquid extraction method to transfer cocaine cont

82 A published procedure for the liquid-liquid extraction of Cd by sodium diethyldithioca

83 An assisted liquid-liquid extraction of copper, iron, nickel and zin

84 w good reproducibility, use simple workup by liquid-liquid extraction of enzymatic products, and empl

85 The method consisted of the small-scale liquid-liquid extraction of surface water followed by de

86 fluorous receptor dramatically enhances the liquid-liquid extraction of the polar substrates from ch

87 y-mass spectrometry (GC-MS) approach where a liquid-liquid extraction of the water phase is necessary

88 After either direct application or a liquid-liquid extraction of the water samples, the quali

89 Online liquid/liquid extraction of small organic compounds from

90 one sulfate), was measured by ultrasensitive liquid-liquid extraction or protein precipitation and tw

91 hese enzymes rely on paper chromatography or liquid-liquid extractions or are specialized to a few me

92 Ester concentrations were determined by liquid-liquid-extraction- or HS-SPME-GC/MS at various st

93 The method employs liquid-liquid extraction, precolumn derivatization, HPLC

94 D3-d6 were extracted from serum matrix using liquid-liquid extraction prior to LC-MS/MS analysis.

95 erated 19-NA) was extracted from urine using liquid-liquid extraction prior to reversed-phase LC/MS/M

96 2) was extracted from the serum matrix using liquid-liquid extraction prior to reversed-phase LC/MS/M

97 re simultaneously extracted from serum using liquid-liquid extraction prior to reversed-phase liquid

98 spectrometry (ESI-MS) analysis via a simple liquid-liquid extraction procedure.

99 of the per-O-methylated carbohydrates in the liquid-liquid extraction process is also taken into acco

100 tact pneumatic pumping enabled a multi-cycle liquid-liquid extraction process using aqueous iodine in

101 The liquid-liquid extraction process which is carried out at

102 ts induced enhancement of mass transfer in a liquid-liquid extraction process with an acoustically-dr

103 een used by us in the context of a two-phase liquid-liquid extraction protocol to selectively extract

104 proach employed to obtain the most efficient liquid/liquid extraction protocol.

105 s in fruit juices after salting-out-assisted liquid-liquid extraction (SALLE) and high-performance li

106 stablished by combining salting-out assisted liquid-liquid extraction (SALLE) and online solid phase

107 The use of salting-out assisted liquid-liquid extraction (SALLE) combined with ultra-hig

108 Steroids were extracted by liquid-liquid extraction, separated on a reverse-phase C

109 itter portion of the bread sample) utilising liquid-liquid extraction, solid-phase extraction, ultra-

110 Sample pretreatment involved a double liquid-liquid extraction step with a mixture of acetonit

111 Sample pretreatment involved a double liquid-liquid extraction step with a mixture of acetonit

112 The method is based on liquid-liquid extraction technique followed by casein Zy

113 In this technical note, a liquid-liquid extraction technique was performed using p

114 ng the optimized derivatization and multiple liquid-liquid extraction techniques.

115 phases in aqueous biphasic systems (ABS) of liquid-liquid extractions, the nature of the fluorescenc

116 metabolome, which involves the use of acidic liquid-liquid extraction to enrich hydroxyl metabolites

117 incorporated and improved in-line, membrane liquid-liquid extraction to prevent inhibition due to un

118 ompounds from aqueous samples by thermospray liquid-liquid extraction (TSLLE) was essentially a one-s

119 A new method of ultrasound probe assisted liquid-liquid extraction (US-LLE) combined with a freeze

120 itation of ketoconazole in human plasma with liquid-liquid extraction using a hexane and ethyl acetat

121 le treatment (QuEChERS), which consists of a liquid-liquid extraction using acetonitrile, followed by

122 Quantitative liquid-liquid extraction was coupled with liquid chromat

123 y analysis, the aromatic extract obtained by liquid-liquid extraction was representative of tomato od

124 Liquid-liquid extraction was used to prepare urine sampl

125 To perform the droplet-based liquid-liquid extraction, we designed and integrated a s

126 Using liquid-liquid extraction, we developed a sample workup s

127 croculture with small molecule isolation via liquid-liquid extraction, we enable metabolomics-scale a

128 Solid-phase microextraction and liquid-liquid extraction were used to measure Cfree and

129 plasma samples was achieved by semiautomated liquid-liquid extraction, where a robotic liquid handler

130 A simple and efficient workup using liquid-liquid extraction with >90% product recovery was

131 nal standard, LPA (18:0-d(35)), and a single liquid-liquid extraction with acidic butanol that allows

132 Liquid-liquid extraction with diethyl ether was followed

133 sters in hydrocarbon solutions formed during liquid-liquid extraction with diglycolamide ligands.

134 Liquid-liquid extraction with tert-butyl methyl ether wa