ライフサイエンスコーパス: chromophoric

1 the redox capable molecules it relies on are chromophoric.

2 A novel pai-chromophoric 1,4-bis(anthracenylethynyl)benzene (BAB)-ba

3 ld-splitting-induced transitions between the chromophoric (2)T(1) and (4)T(1) states (1-Pd and 1-Pt)

4 d on the selective consumption of the highly chromophoric 4-nitrothiophenolate by thiaminase I, resul

5 ad to exquisite control in the regulation of chromophoric absorption properties, spanning the visible

6 n used to describe the optical properties of chromophoric aggregates, is solely a transition dipole c

7 carboxylation reaction, was studied with the chromophoric alternate substrate (E)-2-oxo-4(pyridin-3-y

8 PTE variants toward the S(P)-enantiomers of chromophoric analogues of GB, GD, GF, VX, and VR have be

9 the hydrolysis of the R(P) enantiomer of the chromophoric analogues of sarin and cyclosarin, whereas

10 nts sarin (GB) and cyclosarin (GF) and their chromophoric analogues.

11 The chromophoric and fluorescent coenzyme A analogues pyrene

12 The (2)T(1) state equilibrates with chromophoric and NN radical-derived excited states, resu

13 ding electronic communication among multiple chromophoric and redox units requires construction of we

14 tion of a panel of eight Abs elicited to the chromophoric antigen 8-methoxypyrene-1,3,6-trisulfonate

15 amined a panel of antibodies elicited to the chromophoric antigen fluorescein.

16 cent years owing to the occurrence in unique chromophoric architectures and consequent emergent prope

17 nder a lattice structure that reminisces the chromophoric arrangement in the light harvesting system

18 Orthogonally stacked chromophoric arrays are considered as a highlighted arch

19 lent interactions in the assembly of ordered chromophoric arrays.

20 is a key photoinduced process in biological chromophoric assemblies.

21 s toward design strategies for cross-stacked chromophoric assemblies.

22 Similar tuning of the chromophoric behavior of the enzyme-bound CEAS acryloyl.

23 ition experiments between moenomycin and the chromophoric beta-lactam nitrocefin.

24 Chromophoric biomolecules are exploited as reporters of

25 al structure determination of asymmetric pai-chromophoric bola-amphiphilic BAB1 (dodecyl and triethyl

26 c covalent bonds (boronate esters) and small chromophoric building blocks appended with terminal boro

27 et of 11,12-dihydrorhodopsin also leads to a chromophoric C12/C13 twist conformation with the 13-Me i

28 Limited proteolysis, NMR spectroscopy and chromophoric calcium chelation experiments showed that t

29 between a nonracemic chiral substrate and a chromophoric, CD-silent probe that is achiral or exists

30 nzene and the 6-pyrazolyl-2-phenoxylpyridine chromophoric chelate are synthesized.

31 In this study, the chromophoric chelator 2,2',2"-terpyridine (terpy) has be

32 ion NMR, intrinsic protein fluorescence, and chromophoric chelator methods to be approximately 50 mic

33 nts, directly measured by competition with a chromophoric chelator, and the concerted binding-conform

34 mined by replacing the active-site zinc by a chromophoric cobalt atom.

35 , and a smaller protein, AhpC, which lacks a chromophoric cofactor.

36 y important for applications involving multi-chromophoric conjugated polymers where interactions betw

37 tively, from competition titrations with the chromophoric Cu(I) ligand bathocuproine disulfonate.

38 l2 is rapidly captured by oxygen to afford a chromophoric dichlorocarbene carbonyl oxide.

39 lene tetracarboxylic diimide (PTCDI) and its chromophoric dimer as a function of conformation to rela

40 Singlet oxygen ((1)O(2)) and triplet chromophoric dissolved organic matter ((3)CDOM*) are pho

41 Excited triplet state chromophoric dissolved organic matter ((3)CDOM*) is a sh

42 as a probe and quencher for triplet-excited chromophoric dissolved organic matter ((3)CDOM*), an imp

43 ormed by reaction with the triplet states of chromophoric dissolved organic matter ((3)CDOM*).

44 be the oxidative properties of triplet-state chromophoric dissolved organic matter ((3)CDOM*).

45 e unveil molecular transformations of marine chromophoric dissolved organic matter (CDOM) across the

46 molecular basis of the optical properties of chromophoric dissolved organic matter (CDOM) and humic s

47 Marine chromophoric dissolved organic matter (CDOM) and its rel

48 and quality of its photosensitizers, chiefly chromophoric dissolved organic matter (CDOM) and nitrate

49 wever, the roles of the functional groups of chromophoric dissolved organic matter (CDOM) and the fat

50 on of 1O2 in irradiated solutions containing chromophoric dissolved organic matter (CDOM) by using mo

51 ment of whether correlations existed between chromophoric dissolved organic matter (CDOM) characteris

52 is supports the notion that some oil-derived chromophoric dissolved organic matter (CDOM) components

53 gen ((1)O(2)) generation quantum yields from chromophoric dissolved organic matter (CDOM) have been r

54 e-electron reductants (OER) photoproduced by chromophoric dissolved organic matter (CDOM) have been s

55 The photobleaching of chromophoric dissolved organic matter (CDOM) is consider

56 their indirect photolysis in the presence of chromophoric dissolved organic matter (CDOM) is poorly u

57 roduced photochemically in natural waters by chromophoric dissolved organic matter (CDOM) via the rea

58 ion of oligopeptides in solutions containing chromophoric dissolved organic matter (CDOM) was assesse

59 n monoxide (CO) photoproduction from natural chromophoric dissolved organic matter (CDOM).

60 te in cold waters, involving ROS mediated by chromophoric dissolved organic matter (CDOM).

61 ansformations of Cys in solutions containing chromophoric dissolved organic matter (CDOM).

62 concentrations of dissolved organic carbon, chromophoric dissolved organic matter (DOM), and fluores

63 Algal biomass and pigments impacted chromophoric dissolved organic matter concentrations.

64 ial importance, including the way irradiated chromophoric dissolved organic matter in surface waters

65 Chromophoric dissolved organic matter in the excited tri

66 Spectral analyses of chromophoric dissolved organic matter showed wide tempor

67 2)) is photoproduced by humic substances and chromophoric dissolved organic matter was probed by exam

68 *)OH, (1)O2, and (3)CDOM* (triplet states of chromophoric dissolved organic matter).

69 and possibly also with the triplet states of chromophoric dissolved organic matter.

70 ering, we establish a link between the inter-chromophoric distances and emerging transport properties

71 pectroscopy for structural studies of highly chromophoric DNA complexes.

72 to investigate the potential variability of chromophoric DOC (CDOC).

73 s role in the production of optically active chromophoric DOM (CDOM) and a subset of fluorescent DOM

74 Upon light absorption, chromophoric DOM (CDOM) can sensitize the formation of d

75 While half of the chromophoric DOM (CDOM) was removed by flocculation, app

76 from raw waters with noticeable presence of chromophoric DOM (CDOM), which is assumed to originate f

77 In the dyads the chromophoric electron donors 4-(N-pyrrolidinyl)- and 4-(

78 The self-assembled chromophoric films exhibit a dramatically blue-shifted o

79 upport the earlier model that nph1 is a dual-chromophoric flavoprotein photoreceptor regulating photo

80 Single molecule fluorescence studies on chromophoric foldamers reveal that the maximum domain le

81 ersion between neutral cis and anionic trans chromophoric forms, mutations tune photoisomerization an

82 esponse to initial photoisomerization of the chromophoric group.

83 structure for methanobactin shows these two chromophoric groups forming an N2S2 binding site for a s

84 Solar photoexcitation of chromophoric groups in dissolved organic matter (DOM), w

85 the labelled nucleic acid sequences, the FNA chromophoric groups should resemble the natural nucleoba

86 ted or shorter-chain acceptors with the same chromophoric headgroup compared at identical concentrati

87 l purification trials were plagued both by a chromophoric impurity which was difficult to remove and

88 A chromophoric inhibitor of the enzyme is used as a spectr

89 Under pre-steady-state conditions, a chromophoric intermediate (I320) is observed that accumu

90 P decays spontaneously to the highly chromophoric intermediate, compound Q (Q).

91 levulinate (ALA) indicated various transient chromophoric intermediates.

92 pproach is the bifunctional behaviour of the chromophoric iridium hydride photocatalyst.

93 Here we employ the chromophoric l-Trp analogue, trans-3-indole-3'-acrylate

94 Although chromophoric labels may be used to enhance the spectral

95 ld(I)-complexes (1-6) containing pyrenyl-NHC chromophoric ligand (NHC = N-heterocyclic carbene) has b

96 monstrated that the UV/visible spectrum of a chromophoric ligand, trans-3-indoleacryloyl-coenzyme-A (

97 molecule also contains coelenterazine as its chromophoric ligand.

98 self-assembly of Zn2+ ions and tetradentate chromophoric ligands based on quinaldichydroxamic acid (

99 nergy transfer (FRET) between fluorescent or chromophoric ligands for each binding site were employed

100 xes, excited by the electronic states of the chromophoric ligands, showed the presence of characteris

101 ramework, denoted as PCN-128W, starting from chromophoric linker and zirconium salt.

102 Here we show that a predesigned chromophoric linker with extremely poor ISC efficiency (

103 operties that stem from the highly organized chromophoric linkers within their frameworks.

104 method obviates the general prerequisite for chromophoric metal ligands to generate chiroptical signa

105 nstrates the intricate role of aliphatic and chromophoric moieties in natural organic matter in the p

106 nes two main features: (i) it must include a chromophoric moiety that possesses a large molar absorpt

107 metal-organic frameworks (MOFs) can assemble chromophoric molecules into a wide range of spatial arra

108 nd polyhydroxylated aromatic rings (PHA) and chromophoric mono- and polyhydroxylated quinones (PHQ),

109 The chromophoric multilayers have been characterized by tran

110 Given the chromophoric nature of aryl groups and the known suscept

111 esults explain the interfacial production of chromophoric nitrocatechols that modify the absorption p

112 Nucleodyes, visibly colored chromophoric nucleoside analogues, are reported.

113 enabled by rapid isolation and detection of chromophoric or fluorescent glycosylated natural product

114 ed, and NO(y) production is less affected by chromophoric organic matter sinks in the bulk phase.

115 )O(2)), formed by indirect photochemistry of chromophoric organic matter.

116 a Cruz, Bolivia, we studied light absorbing (chromophoric) organic or "brown" carbon (BrC) with surfa

117 cleavage site have all been replaced with a chromophoric p-nitroaniline moiety which is directly lin

118 he enzymatic activity was followed using the chromophoric p-nitrophenyl-phosphorylcholine as a model

119 resceins bearing a carboxyethyl group in the chromophoric portion of the dyes were prepared by a reac

120 point is observed in overlaid spectra when a chromophoric precursor is converted to a product with a

121 e heart ferricytochrome c (Cyt c) is a novel chromophoric probe for investigation of the mechanism of

122 hiral alcohol (inducer) to the stereodynamic chromophoric probe through cooperative interactions.

123 pesticides to form stoichiometric amounts of chromophoric products that absorb light at specific wave

124 Furthermore, the chromophoric properties of the quinone moiety can be lev

125 e pyridinium nitrogen that is perturbing the chromophoric properties.

126 ons of light-absorbing molecules embedded in chromophoric proteins.

127 along each branch of the V-shaped array, two chromophoric relays differ only slightly in terms of the

128 f silver clusters for sensing: they are both chromophoric reporters and ligands that modulate analyte

129 In a previously published structure, both chromophoric residues contain a thiocarbonyl attached to

130 obactin comprises seven amino acids plus two chromophoric residues that appear unique to methanobacti

131 xyimidazolate rings form the core of the two chromophoric residues.

132 Thus an interaction between opsin and the chromophoric ring shifts the spectral maxima of the red

133 these movements involving a flip-over of the chromophoric ring trigger changes in cytoplasmic membran

134 ociated linear and NLO properties of the new chromophoric salts.

135 ociated linear and NLO properties of the new chromophoric salts.

136 DNA oligonucleotides serve as templates for chromophoric silver clusters and as recognition sites fo

137 12 also was shown to be associated with this chromophoric site.

138 We examined the photolysis of chromophoric soil DOM coated onto hematite nanoplatelets

139 ulations aided the assignment of the trapped chromophoric species (3) as a nickel-hypochlorite specie

140 ds to Fe(II)TauD prior to the formation of a chromophoric species.

141 rate (S)-styryl-alpha-alanine that yielded a chromophoric styrylacrylate product upon deamination by

142 multistep anaerobic binding reaction of the chromophoric substrate 4-nitrocatechol (4NC) is shown to

143 Cryoenzymologic experiments with use of the chromophoric substrate 6-N-[3-(2-furanyl)-propen-2-oyl]-

144 The reaction of benzaldehyde lyase with the chromophoric substrate analogue ( E)-2-oxo-4(pyridin-3-y

145 he ESI-MS assay presented herein requires no chromophoric substrate or product, and the analysis time

146 of all six mutants with both DNA and a small chromophoric substrate, thymidine-3',5'-di(p-nitrophenyl

147 trically by the employment of an artificial, chromophoric substrate.

148 ficient induction of optical activity in the chromophoric system is observed.

149 e first time in the ever-versatile pentacene chromophoric systems can offer an extensive ground for t

150 highlights the possibility to employ doublet chromophoric systems for light-harvesting and energy upc

151 excitonic coupling within these cyclic multi-chromophoric systems.

152 zation of peptides that generates an inbuilt chromophoric triazene moiety at the site of cyclization

153 state, which possesses (bpy(*-))Pt(CAT(*+)) chromophoric triplet character.

154 explained by centrosymmetric stacking of the chromophoric Tyr66 and the neighboring Tyr203 residue.

155 Complexation of the cationic chromophoric units in cucurbit[7]uril (CB7) hosts decrea

156 he second involves the covalent insertion of chromophoric units into the macromolecule backbone or si

157 nd efficient electronic interactions between chromophoric units such as energy or electron transfers.

158 ash photolysis (LFP) experiments, CCl2 forms chromophoric ylides or oxides with pyridine, 2-picoline,

159 Zinc competition titrations employing chromophoric Zn(II) indicators provide a 2:1 Zn(II):CP s