ライフサイエンスコーパス: structural isomer

1 undance 0.4 times that of its straight-chain structural isomer.

2 intercalated RNA duplex, of either backbone structural isomer.

3 ifferent electronic structures for these two structural isomers.

4 ains nearly constant for all of the observed structural isomers.

5 ta allowed unambiguous identification of all structural isomers.

6 oassays, but they are less active than their structural isomers.

7 ous structural heterogeneity, including many structural isomers.

8 s and the highest cell penetration among its structural isomers.

9 nd identification of reduced native N-glycan structural isomers.

10 hydrorutaecarpine alkaloids and their unique structural isomers.

11 lt-to-access derivatives from more available structural isomers.

12 tes and facilitate the identification of the structural isomers.

13 challenged by the high abundance of O-glycan structural isomers.

14 prising 28 elemental formulas of at least 63 structural isomers.

15 preserves regiospecificity of monoglyceride structural isomers.

16 itations of this approach in differentiating structural isomers.

17 tion on the conformations of drug metabolite structural isomers.

18 he method can also discriminate [PW9O34](9-) structural isomers.

19 peaks correspond to different intact glycan structural isomers.

20 lfactory center of M. sexta females with GLV structural isomers.

21 ry contains numerous sequence inversions and structural isomers.

22 y stage are clues indicating the presence of structural isomers.

23 Along with benzene, three other structural isomers (1,5-hexadiyne, fulvene, and 2-ethyny

24 al species which have been identified as the structural isomers [1-Cp*-7,7,7-(CO)3-7-THF-2,3-(CH3)2-n

25 the model and real molecules of 1 and their structural isomers 12-16 suggest that the linkage of the

26 For three structural isomers (2CPBA, 3CPBA, and 4CPBA), the highes

27 ith physiological levels of 4PY, but not its structural isomer 2PY, induced expression of VCAM-1 and

28 er uptake in the posterior bulb than did its structural isomer 3-methylbutyric acid (isovaleric acid)

29 mon aromatic feedstock (mesitylene) from its structural isomer (4-ethyltoluene) with an unprecedented

30 t interfaces assort independently to produce structural isomers, a process that we call combinatorial

31 to resolve (resolution >4) nicotine from its structural isomer anabasine without the use of any chrom

32 mputational studies show multiple low energy structural isomers and confirm that the isomers found in

33 This method resolves most structural isomers and does not require stringent remova

34 -like characteristics (i.e., selectivity for structural isomers and enhanced retention of polar compo

35 rcumin easily transforms into ketonic/enolic structural isomers and forms adducts with water and alco

36 ifferences in blends and copolymers, even as structural isomers and from a quantitative perspective.

37 It is essential to characterize lipid structural isomers and further understand their biologic

38 the lack of ability to differentiate between structural isomers and isobaric species.

39 Structural isomers and isotopologues of bromobutanes and

40 (m/z) demonstrated the presence of different structural isomers and not differences in ion conformati

41 in the separation and identification of AED structural isomers and other AEDs.

42 ositions, 64 sialic acid linkage isomers, 26 structural isomers, and 27 sulfated glycans.

43 to fractionate complex mixtures, distinguish structural isomers, and elucidate molecular geometries.

44 sses of isomers include sequence inversions, structural isomers, and localization variants.

45 iverse lipid class, the presence of numerous structural isomers, and their low abundance in biologica

46 Better separation among structural isomers appeared to be achieved for some [M +

47 opic effects are expected to influence which structural isomers are present, favoring those where fre

48 shape selectivity" predictions for a pair of structural isomers are very bad.

49 a MCR, the formation and characterization of structural isomers arising from diketones that lack a ve

50 One such structural isomer at low level, terminal GlcNAc of G1F+G

51 Here we report a pair of structural isomers, Au38T and Au38Q, as evidenced using

52 The deciphering of multiple structural isomers based on the monosaccharides composit

53 The deciphering of multiple structural isomers based on the monosaccharides composit

54 ethod to deconvolute peak areas of coeluting structural isomers based on unique product ion ratios ha

55 (4)L3, two small-cavity macrocyclic chelator structural isomers bearing a single phosphonate function

56 esulted in rearrangement to its nonclassical structural isomer, borapyramidane 2, in high yield, whic

57 Here we report its structural isomer, branched chain butyrylation, i.e. lys

58 cal (GBS) capsular polysaccharides (PSs) are structural isomers but are antigenically distinct.

59 gative ion mode, and allow identification of structural isomers by an MS/MS approach.

60 ed or unidentified alterations in fatty acid structural isomers can be determined facilitating the id

61 the PGC stationary phase where the specific structural isomers can, in principle, be separated.

62 Composition of PFAS class, chain length, and structural isomers changed with depth and distance from

63 on cohort) specific for xylitol (and not its structural isomers) confirmed its association with incid

64 .3), while peaks of distinct amino acids and structural isomers (constitutional isomers and diastereo

65 ion patterns from which the presence of GT1b structural isomer could be determined unequivocally with

66 oducts being incorrectly identified as their structural isomer DHAs.

67 complex with RSNO leads to a mixture of two structural isomers: dicopper(I,I) S-nitrosothiol [Cu(I)C

68 Four structural isomers differing in the cation position have

69 s generally yielding mixtures of ring-opened structural isomers, dimers, and trimers, often with poor

70 It is shown that the two structural isomers ethylbenzene and p-xylene can be disc

71 Even subtly distinct structural isomers evoked posterior responses that diffe

72 A majority of the monosaccharide structural isomers exhibited different mobility drift ti

73 ent analogue, distamycin A (10-fold), or the structural isomer, f-PyImIm (250-fold), has for its resp

74 riments suggest the presence of at least two structural isomers for each cluster.

75 we were able to annotate individual O-glycan structural isomers from a complex mixture.

76 ariants that would afford access to multiple structural isomers from the same coupling partners.

77 s of mSiglec-1 interacting with GM1a and its structural isomer, GM1b, suggests that mSiglec-1 prefere

78 nd that the position of functional groups in structural isomers has a significant effect on rejection

79 1H-pyrrolo[2,1-b][3]benzazepines into their structural isomers has been developed.

80 Notably, these structural isomers have remarkably different drift times

81 to its difficulties to be resolved from its structural isomer (i.e., phosphatidylglycerol, PG, anoth

82 ling offers the potential for small molecule structural isomer identification by measurement of their

83 for the determination of the existence of a structural isomer in E. coli lipid A that had either a 1

84 Moreover, identification of structural isomers in a single DOM sample was achieved.

85 tion is sufficient for resolving various HMO structural isomers in an efficient way.

86 st complete quantitative analysis to date of structural isomers in an environmentally relevant hydroc

87 of oligosaccharides is the presence of many structural isomers in most naturally occurring glycan mi

88 out the interferences from their nonreducing structural isomers in mouse heart tissue, with analytica

89 Applications were directed to the structural isomers in ovalbumin and IgG, where, in the l

90 mplicated by the existence of their multiple structural isomers in vivo.

91 Monosaccharide structural isomers including sixteen methyl-D-glycopyran

92 A wide variety of structural isomers, including alpha- and beta-hydroxy ac

93 onstant tau <2 min, whereas its triantennary structural isomer is flipped slowly with tau >200 min.

94 screened for in soils, where quantitation of structural isomers is critical due to varying toxicity w

95 The K(eq) between these two structural isomers is sensitive to temperature, the solv

96 In addition, the ability to discern glycan structural isomers is shown based on the tandem mass spe

97 f Ga2 is decreased by the co-analysis of its structural isomer, lactosylceramide (LacCer), which is n

98 he 11 carotenoids of interest, including the structural isomers lutein/zeaxanthin and alpha-/beta-car

99 differentiate the Kmea modification from its structural isomer lysine crotonylation (Kcr) using gener

100 The non-chelating structural isomers m-phenanthroline and p-phenanthroline

101 inquinone and tetrahydrotanshinone I (or its structural isomer methylenedihydrotanshinquinone).

102 and related ternary S,N,O anions such as the structural isomers NSO(-)/SNO(-) and SSNO(-) are rarely

103 ne is significantly more phytotoxic than its structural isomers o- and p-tyrosine.

104 Our results indicate that despite being a structural isomer of 25HC, 24HC binds at site II in a di

105 24-(S)-hydroxycholesterol (24HC), a structural isomer of 25HC, plays a critical role in chol

106 esis of inverse-[3]-ladderanol, an unnatural structural isomer of [3]-ladderanol, and paved avenues t

107 ich are enantiomers, and isocyclosporin A (a structural isomer of CycA and CycH).

108 on increases, and a second nearly isoenergic structural isomer of different alternation is found.

109 OHCU decarboxylase inhibitor, allopurinol, a structural isomer of hypoxanthine.

110 Azulene, a blue structural isomer of naphthalene, is introduced as the b

111 tor specific for erk-1 and -2) or iso-Olo (a structural isomer of Olo that does not inhibit cdk activ

112 enous ouabain") has been considered a subtle structural isomer of ouabain.

113 f carbon-based random network polymers and a structural isomer of polyacetlyene, is reported.

114 ly attempted synthesis failed to provide the structural isomer of proposed claulamine E.

115 A structural isomer of the parent NiBDP was obtained with

116 -iumyl ligand (1,2'-bipyl), the monocationic structural isomer of the prototypical 2,2'-bipyridine li

117 6,10-tetraazaadamantane, the C3v-symmetrical structural isomer of urotropine (1,3,5,7-tetraazaadamant

118 owave spectra were obtained for two distinct structural isomers of 1,1'-dimethylferrocene, an eclipse

119 m the hydride positions in the lowest energy structural isomers of 11 and 12 and suggest a mechanism

120 of VCD spectroscopy to discriminate between structural isomers of a chiral molecule.

121 We describe herein new structural isomers of a lamellar host system based on or

122 Nine structural isomers of a tetrakis(arylethynyl)benzene chr

123 developed method successfully characterized structural isomers of A1G1F (assigned as terminal sialic

124 ric Au(28) (SR)(20) with different R groups, structural isomers of Au(38) (SR)(24) (with identical R)

125 irs of enantiomers are separated from the 19 structural isomers of bis[60]phenyl-C61-butyric acid met

126 Detection of structural isomers of drug metabolites using IM-MS is de

127 UPLC-MRM-MS for untargeted detection of the structural isomers of glycine- and taurine-conjugated BA

128 lt is the disparity in surface adsorption of structural isomers of Leu and Val, which exhibit a corre

129 Structural isomers of N-glycans derived from a blood ser

130 Structural isomers of N-glycans that are identical in ma

131 for online characterization of low abundant structural isomers of N-linked glycans in biological the

132 ing access to the qualitative distinction of structural isomers of ortho-, meta-, and para-fluorotolu

133 oxopyrazolo[1,5-a]pyrimidine-6-carboxamides, structural isomers of our previously reported pyrazolo[3

134 separation properties with respect to three structural isomers of phenylpropanol.

135 ed framework, as revealed in the case of the structural isomers of pinene and terpinine, where the is

136 phane N-oxide photorearrangement in flow and structural isomers of premarineosin are discussed, as is

137 , 3-epiryanodine, and 10-ryanodine are three structural isomers of ryanodine.

138 ealed extensive variation, especially in the structural isomers of sialyllacto-N-tetraose.

139 objects are comparable to Alfred Werner-type structural isomers of simple mononuclear complexes in-li

140 andem mass spectrometry analysis of the five structural isomers of sucrose afforded diagnostic fragme

141 s spectrometric approach for differentiating structural isomers of sucrose that differ only by their

142 Three structural isomers of the (DTF)(2)-Fc system were synthe

143 tenone isoprostanes (IsoPs), highly reactive structural isomers of the bioactive cyclopentenone prost

144 havior provides conditions to access the two structural isomers of the DASAs, reversibly switch betwe

145 orbinil are due to inhibitor binding to both structural isomers of the enzyme.NADPH complex.

146 The photoelectron spectra of the structural isomers of the three- and four-carbon enolate

147 own adsorbent, including para-functionalized structural isomers of the type M2(p-dobdc) (p-dobdc(4-)

148 d from resorcinol, we now report a family of structural isomers of this framework, M2(m-dobdc) (M = M

149 Heparin octasaccharide structural isomers of various sulfation patterns were in

150 enzene, toluene, ethylbenzene, and the three structural isomers of xylene (BTEX) in the concentration

151 d metal adducts (e.g., Li, Na, Ag, Ba, K) of structural isomers often showed DeltaCCS% above 1.4% and

152 to determine that the "straight" parnafungin structural isomer (parnafungin A) binds preferentially t

153 preferentially to PAP compared to the "bent" structural isomer (parnafungin B).

154 Substitution of BMP with its structural isomer, phosphatidylglycerol (PG), significan

155 Additionally, another low level structural isomer, previously assigned as Man8 glycan, w

156 rc extracts (<0.01-0.5%) and multiplicity of structural isomers remain a major challenge.

157 We have demonstrated that lipid structural isomers show significantly different profiles

158 A family of structural isomers [(SnSe)1.05]m(MoSe2)n were prepared u

159 as cytosine, uracil, and thymine, and their structural isomers such as isocytosine, imidazole-4-carb

160 S, enabling the simultaneous quantitation of structural isomers that are the substrates and products

161 th several factor knots may possess distinct structural isomers that can be interconverted only by lo

162 ding given the many different glycoforms and structural isomers that can exist on glycoproteins.

163 sed to control the formation of six possible structural isomers that contain four structural units of

164 The metabolome consists of many structural isomers that require for separation a mobilit

165 ility of CE and HPLC to discriminate between structural isomers, the complete characterization of com

166 th biomarker corresponds to a mixture of two structural isomers, the first with a d16:1 sphingosine a

167 Equal yields of the two possible structural isomers, the products of parallel or antipara

168 graphically distinguishable malonyl-CoAs are structural isomers: the major component is the naturally

169 ification, quantification, and resolution of structural isomers to accommodate low-input samples.

170 conditions, we have used three phenylpropene structural isomers to examine the correlation between ad

171 ecular approach, wherein we designed several structural isomers to maximize coordination of endogenou

172 components (including numerous sequence and structural isomers) to be characterized before and after

173 non-helical DNA duplex can be the preferred structural isomer under standard biochemical conditions.

174 Higher separation between structural isomers was achieved using 1-phenyl-3-methyl-

175 '-sialyllactose, 6'-sialyllactose, and other structural isomers were achieved.

176 ision cross section values of monosaccharide structural isomers were directly calculated from the atm

177 The b-dipole, asymmetric-top spectra of both structural isomers were measured in the frequency range

178 by HPLC, multiple ion mobility peaks due to structural isomers were observed for a number of oligosa

179 ng IMS, the molecular coverage improved, and structural isomers were separated on a millisecond time

180 ity than does PBD-ZrO2 for the separation of structural isomers which differ in the position of pheny

181 experiments can distinguish between the two structural isomers, which is important in molecular disc

182 Here, using the structural isomer with different functional group locati

183 was obtained as a stable molecule, while its structural isomer with the "para"-configuration, pPHBC 1

184 gins at neutral pH, the determination of the structural isomer with the highest affinity for PAP with

185 ne particular core structure but rather that structural isomers with different connectivities are pre

186 Using a series of weakly basic structural isomers with variable basicity, we illustrate

187 er paraffins relative to their corresponding structural isomers, with the Fe, Co, and Ni variants sho