ライフサイエンスコーパス: achiral

1 ders the resulting bis-bispidine macrocycles achiral.

2 tion), while the smaller serine clusters are achiral.

3 hich 2,150 (60%) were chiral and 1,423 (40%) achiral.

4 the view that peptide-lipid interactions are achiral.

5 ble by modeling the reaction with the parent achiral 1,2-bidentate additives and comparing the diaste

6 o asymmetric variant of the rearrangement of achiral 1,5-dienes has emerged, despite the successes th

7 Dynamic achiral [2]rotaxanes can show high isoselectivity (P(i)

8 cular polymerization of chiral (1 and 2) and achiral (3) oligo(phenylene ethynylene) tricarboxamides

9 Self-assembly of an achiral acceptor of square-planar Pd(II) or Pt(II) ion w

10 ereocontrolling event, with the anion of the achiral acid being the structural element responsible fo

11 An essential role for the achiral acid cocatalyst is uncovered: upon condensation

12 simplest possible combination of chiral and achiral active stresses, yet this leads to an unpreceden

13 ngeners is accomplished in 4-6 steps from an achiral acylpyruvate derivative, which, in turn, is prep

14 Investigation of the role of the achiral additive by multifarious analytical techniques s

15 actones bearing two stereogenic centers from achiral aldehydes (both aromatic and aliphatic) and alky

16 enic centers, from disubstituted ketenes and achiral aldehydes.

17 s, the compounds with six and ten carbons of achiral alkoxy side chains were further subjected to stu

18 that play a dual role in the coassembly with achiral alkyl BTAs (a-BTA).

19 ontrols both enantioselective addition of an achiral alpha-vinyl allylboronate to aldehydes and pseud

20 tructural element in peptides is the locally achiral amide group, VCD senses the polymeric structure

21 Oligomers of the achiral amino acid Aib adopt helical conformations in wh

22 gent catalysis is observed upon changing the achiral amino acid residue in the catalyst (at the i+2 p

23 , -Glu, -His, -Leu, -Ser, -Val and the three achiral amino acids Gly, beta-Ala, and GABA).

24 synthesizes proteins using exclusively L- or achiral aminoacyl-tRNAs (aa-tRNAs), despite the presence

25 the two optically pure enantiomers and their achiral analog have nearly the same degree of cell prote

26 -DNA) was synthesized which could detect the achiral analyte with identical sensitivity and improved

27 ve stereogenic centers in a single step from achiral and acyclic substrates.

28 tion of an intermediate pyrazinone with both achiral and chiral acrylate-derived dienophiles provides

29 kling induces a reversible switching between achiral and chiral configurations.

30 ric difference is discussed considering both achiral and chiral contributions.

31 ht into the conformational preferences of 14 achiral and chiral derivatives of the danicalipin A chlo

32 and repeatability were achieved by combining achiral and chiral narrow-bore columns (2.1 mm x 100 mm

33 t applied to online 2D-LC analysis involving achiral and chiral separations of complex mixtures of en

34 KMgCO3F crystallizes in the achiral and nonpolar NCS space group P62m, whereas Cs9Mg

35 hose bicyclopentane units can rotate but are achiral and produce no second-order optical response.

36 by mixing the three components, i.e. the two achiral and the enantiopure comonomers, highlighting a s

37 um dioxide effectively renders the structure achiral and the transmission asymmetry vanishes.

38 ated as a broad proof of concept for chiral, achiral, and HILIC separations of biologically important

39 rms of their ability to recognize chiral and achiral anions.

40 bly, the preferred helicity of the stacks of achiral AOPV3 can be retained almost completely after a

41 stacks being the seeds for self-assembly of achiral AOPV3.

42 We report achiral AR-42 analogues incorporating a cycloalkyl group

43 ion with a symmetric donor generally yields achiral architecture or a racemic mixture of chiral asse

44 ary to intuitive expectations, we utilize an achiral architecture to realize a chiral beam-splitting

45 ed and relies on the subtle influence of the achiral aryl imine substituent on the cobalt catalyst.

46 just a few proteins in interparticle gaps of achiral assemblies are responsible for the ensemble sign

47 s been established from chiral enynamines by achiral Au(III) catalysis.

48 and S enantiomers of CClHDT adsorbed on the achiral Au20 tetrahedral cluster.

49 enantioconvergence observed for mixtures of achiral azetidinium diastereomers.

50 enging because of the small signal and large achiral background.

51 e-type carbonyls by SmI2-H2O, convert simple achiral barbiturates in one step to hemiaminal- or enami

52 , there is no reaction in the absence of the achiral base, yet the presence of the achiral co-catalys

53 Chiral and achiral basket-handle porphyrins (BHPs) with different p

54 pic LCs (cholesteric LCs, cubic blue phases, achiral bent-core LCs, etc.) and lyotropic LCs (DNA LCs,

55 The nanoporous host is itself an assembly of achiral, bent-core liquid crystal molecules that phase-s

56 ion on supramolecular helices composed of an achiral benzene-1,3,5-tricarboxamide (BTA) ligand, coord

57 o be transmitted from a chiral analyte to an achiral benzotriazole dye molecule in the vicinity of a

58 Hydrogen-atom abstraction affords an achiral benzylic radical that undergoes asymmetric C(sp(

59 itive" modifications to arrive at the simple achiral, biaryl target structures.

60 upramolecular copolymerization of chiral and achiral biphenyl tetracarboxamides in alkanes.

61 lyst by subtly changing the structure of the achiral boronic acid.

62 favoring the linear chiral aldehyde over the achiral branched alternative.

63 n the presence of catalytic quantities of an achiral Bronsted acid.

64 ive functioning of the chiral Lewis acid and achiral Bronsted base components gives rise to in situ e

65 nyl)ethanone confirms that the effect of the achiral BTA additive is also operative under the conditi

66 ed by performing the same experiment with an achiral BTA ligand, i.e. a phosphine-functionalized BTA

67 re hugely enhanced upon addition of a second achiral BTA monomer, leading to a perfect control of the

68 The method first joins together two achiral building blocks (an enyne and an aldehyde or a k

69 one-pot organocatalytic process merging two achiral building blocks into an octacyclic structure via

70 lly pure chiral amines, starting from simple achiral building blocks, are highly desirable because su

71 ard achieving full saturation: chiral versus achiral building blocks, certain forms of conformational

72 Here we report a simple method to assemble achiral building blocks, i.e., the asymmetric colloidal

73 the fabrication of homochiral surfaces using achiral building blocks.

74 An achiral but helical foldamer carrying a basic binding si

75 A new class of cationic achiral C3-symmetric gelator devoid of any conventional

76 stereoselective cycloisomerizations using an achiral catalyst, and then explore phosphoramidite-compl

77 lies formed by BTA Ile and the intrinsically achiral catalytic rhodium catalyst, providing the hydrog

78 n asymmetric reactions catalyzed in confined achiral cavities.

79 chirality on the self-assembled structure of achiral-chiral diblock copolymers.

80 ercome these limitations, a generic and fast achiral-chiral heart-cutting two-dimensional (2D)-LC met

81 In this study, an achiral-chiral two-dimensional liquid chromatographic me

82 f catalytic asymmetric reactions and second, achiral chromatography can be used as a new, nonconventi

83 in this review clearly suggest that SDE via achiral chromatography might be expected for any given c

84 n is based on chirally perturbing the acting achiral chromophore by orthogonally tethering a single a

85 .g., those based on other highly luminescent achiral chromophores and/or chirally perturbing moieties

86 of the achiral base, yet the presence of the achiral co-catalyst gives rise to facile formation of pr

87 erintuitive strategy involving the use of an achiral co-catalyst structurally similar to the chiral c

88 s observed as a chiral compound comprised of achiral components in its single-crystal structure.

89 Enantiomerically rich, racemic, and achiral compositions undergo deracemization in the cryst

90 fast and efficient separation of chiral and achiral compounds within seconds and also employed two-p

91 other combinations of R and S, and even from achiral compounds.

92 tructures with sub-10 nm periodicities using achiral compounds.

93 ion between petals in the cluster favors the achiral configuration, whereas out-of-plane attraction b

94 would ordinarily result in an S4-symmetric, achiral configuration.

95 ace coverage led to weak charge transfer, an achiral conformation, and 810 nm emission.

96 The obtained compounds can be considered as achiral conformationally restricted analogues of threoni

97 i-extended superhelicene when embedded in an achiral conjugated polymer matrix.

98 ns and rotatory strengths are calculated for achiral, conjugated hydrocarbons with the aim of determi

99 e is energetically unstable, with either the achiral conventional structure or a closed pore structur

100 The corresponding control reaction using an achiral copper catalyst gives the four possible diastere

101 to be less prone to polymorphism than their achiral counterparts and compounds able to hydrogen bond

102 l stereogenic covalent units to an otherwise achiral crown ether macrocycle bearing a luminescent 2,2

103 of D- and L-aspartic acid are exposed to an achiral Cu(111) surface, a small e.e. in the gas phase,

104 on can minimize the deleterious influence of achiral Cu-alkyl species, resulting in improved enantiom

105 copper-hydride elimination is faster with an achiral Cu-alkyl species.

106 ctive Cu-H elimination may be avoided and/or achiral Cu-boryl intermediates can be converted to allyl

107 ic core of C3 symmetry, was synthesized from achiral [Cu20H11{S2P(OiPr)2}9] (1H) of C(3h) symmetry by

108 reactions of racemic benzylic bromides with achiral cycloalkylzinc reagents.

109 with high chiral asymmetry was obtained from achiral diacetylene monomers triggered with unpolarized

110 of an amine with an allene that furnished an achiral dihydropyrrole in 22% yield, we have developed,

111 ce, inducing a screw sense preference in the achiral domain of the maleamide-linked foldamers that is

112 nantiomeric chiral domain to a meso-isomeric achiral domain.

113 he structure of rabbit Ca(v) 1.1 bound to an achiral drug nifedipine reveals the general binding mode

114 ynthetic intermediates, including chiral and achiral drugs and metabolites, constitutional isomers, s

115 These spheres are expected to be achiral due to their isotropic shape.

116 is remotely controlled by coordination of an achiral effector to the hexaphyrin, increasing up to 5 t

117 aphy on an achiral stationary phase using an achiral eluent, which leads to the substantial enantiome

118 lic C6 carbon of HMMF, resulting in a cyclic achiral enolate intermediate that subsequently becomes p

119 mic and the enantio-enriched compounds in an achiral environment.

120 d chromatography (HPLC)) and a topologically achiral figure eight knot (18% by HPLC), competing produ

121 e/maleamide linker to couple a chiral and an achiral fragment allows the change in hydrogen bond netw

122 Our convergent approach couples two achiral fragments of similar complexity and employs an e

123 ntiotopic-group-selective cross-couplings of achiral geminal bis(pinacolboronates) provide a route fo

124 nly l-amino acids, with the exception of the achiral glycine, making the chains homochiral.

125 D) to discriminate between D-amino acids and achiral glycine.

126 control over the screw sense of an otherwise achiral helical peptide foldamer formed from the achiral

127 An achiral host, cucurbit[8]uril (CB[8]), was used for an a

128 to the design of a new protocol in which an achiral hydrogen bond donor thiourea catalyst was utiliz

129 njugated to its hydrophilic part (RF-NBD) or achiral hydrogenated and a red fluorescent dye in its hy

130 in their hydrophobic part (RF), one contains achiral hydrogenated dendrons (RH), while one denoted hy

131 ombination of chiral-racemic fluorinated and achiral hydrogenated dendrons (RHF) in its hydrophobic p

132 As shown previously, oligomers derived from achiral imidazole amino acids fold into canonical helice

133 Interestingly, achiral information is transduced by the supramolecular

134 at the plasmonic and excitonic resonances of achiral inorganic nanocrystals (NCs) capped and/or forme

135 on between orthogonal DNA enantiomers via an achiral intermediary, opening the door for "heterochiral

136 hibit macroscopic chirality in an originally achiral lattice.

137 ic system comprising a chiral Lewis acid, an achiral Lewis base, and a Bronstedt base.

138 lizing 4-pyrrolidinopyridine as an effective achiral Lewis base.

139 squaramide catalyst, a mineral acid, and an achiral Lewis base.

140 The addition of achiral ligand building blocks resulted in the formation

141 Mixtures containing an achiral ligand monomer (BTA(PPh2), 2 mol %) and an enant

142 catalyst is introduced which contains solely achiral ligands and acquires its chirality entirely from

143 edral iridium(III) complex exclusively bears achiral ligands and effectively catalyzes the enantiosel

144 ysts is introduced that contains exclusively achiral ligands with the overall chirality being the res

145 ed in the presence of different solvents and achiral ligands.

146 he background membrane and find that, in the achiral limit, colloidal rafts acquire complex structura

147 ues in which octanedioic acid was used as an achiral linker.

148 the commercially available room-temperature achiral liquid crystal host 5CB, which also acts as a ha

149 When doped into a commercially available achiral liquid crystal host, the chiral switch was able

150 When doped into commercially available achiral liquid crystal hosts, this molecular switch effi

151 moresponsive chiral molecular switch into an achiral liquid crystalline medium.

152 etermine experimental regimes where generic, achiral liquid crystals exhibit spontaneously broken sur

153 In achiral liquid crystals, dopant knotted and unknotted st

154 from right-handed to left-handed through an achiral liquid-crystal phase, whereas its reverse proces

155 taining different combinations of chiral and achiral macrocycle and axle components, the dominant inf

156 ereoisomers are possible: two S(n) symmetric achiral macrocycles and two macrocycles that are "inhere

157 way in which handedness is transmitted into achiral materials is not yet understood at the atomic le

158 constructing nucleoside analogs from simple achiral materials.

159 starting ratios of chiral racemic (rac) and achiral meso diastereomers into stereosequenced crystall

160 preference may furthermore be induced in the achiral, meso oligoureas by formation of a 1:1 hydrogen-

161 e, we study a metasurface composed of tilted achiral meta-atoms with no spatial variation of the unit

162 , supramolecular helical rods composed of an achiral metal complex and a complementary enantiopure mo

163 the vicinity of a plasmon resonance from an achiral metallic nanostructure.

164 rstanding of the chiroptical interactions in achiral metasurfaces, our work opens up new perspectives

165 pecific bindings of l- and d-lysine (Lys) in achiral MFI zeolites.

166 engineering of molecular interaction(s) with achiral microporous materials for chiral separation purp

167 es, and of prochiral molecules on chiral and achiral model surfaces, especially on well-defined metal

168 cal output of a system by varying a physical achiral molecular property (viz.

169 Substantial chiral-achiral molecular switching is observed in di(haloacetyl

170 In addition, the ability of the achiral molecule to assemble on a Au(111) surface to a h

171 report on the counterintuitive ability of an achiral molecule to suppress conformational defects in s

172 trization of prochiral C-H bonds on the same achiral molecule, using a chiral catalyst.

173 Nematic liquid crystals (NLCs) of achiral molecules and racemic mixtures of chiral ones fo

174 icomponent supramolecular networks formed by achiral molecules at the interface of a chiral solvent a

175 Less commonly, achiral molecules can self-assemble into chiral material

176 of LCs on surfaces presenting chiral versus achiral molecules provide insights into the molecular or

177 r knowledge, 20g and 23g represent the first achiral molecules that modulate selectively hUII and URP

178 Here we present complex systems built of achiral molecules that show four levels of structural ch

179 layers formed from mixtures of chiral versus achiral molecules were compared.

180 y demonstrate a new nematic order, formed by achiral molecules, in which the director follows an obli

181 ientation on surfaces presenting mixtures of achiral molecules.

182 mposes diastereoselective incorporation upon achiral molecules.

183 ctural design to achieve CPL from inherently achiral monochromophore systems in simple organic molecu

184 Induction of chirality in achiral monolayers has garnered considerable attention i

185 sense of a dynamic polymer constructed from achiral monomer units can be disproportionately biased.

186 Aqueous solutions of the achiral, monomeric, nucleobase mimics (2,4,6-triaminopyr

187 Here, we show that cis-inducing NtBu achiral monomers strategically positioned within chiral

188 reaction cascade leading from two identical achiral monomers to homodimericin A is presented, and ho

189 amounts of axially chiral phosphoric acids, achiral N,N'-binaphthyl hydrazines undergo a facile [3,3

190 o catalyze the oxidative desymmetrization of achiral N,N-dialkyl piperidine-4-carboxylates to give pr

191 The success of achiral N-heterocyclic carbenes (NHCs) as stable electro

192 tic kinetic resolution of cyclic amines with achiral N-heterocyclic carbenes and chiral hydroxamic ac

193 Interestingly, achiral nematic LCs with comparatively small twist elast

194 tivity between chiral NHC precursor 1 and an achiral NHC precursor.

195 The achiral nonpolar acentric material is second harmonic ge

196 nucleobase-peptide conjugates (NPCs), where achiral nucleobases are helically displayed on the surfa

197 -butylphosphine was found to be an effective achiral nucleophilic catalyst, effecting good yield and

198 nction in concert such that one serves as an achiral nucleophilic promoter and the other performs as

199 ither racemates, single active enantiomer or achiral) of medicines circulated on the market particula

200 -(+)-herbertene by asymmetric cyclization of achiral olefinic alkyllithium precursors in the presence

201 dimensional helical self-assembled stacks of achiral oligo(p-phenylenevinylene) ureidotriazine (AOPV3

202 Here, we describe the assembly of an achiral oligo(urea) peptidomimetic compound into supramo

203 This amine was displaced by an achiral one, while maintaining the stereochemistry of th

204 mild conditions using commercially available achiral or chiral amino acids as ligands.

205 Achiral or chiral phosphines are widely used in two main

206 acyclic quaternary carbon stereocenters from achiral or chiral racemic reactants via transition metal

207 annulated perylenecarboxamides) endowed with achiral or chiral side chains is reported.

208 e-pot process relies on the use of a single (achiral or chiral) iridium complex to catalyze the conco

209 enium complexes with special emphasis on the achiral or chiral-at-ruthenium center.

210 and a chromophoric, CD-silent probe that is achiral or exists as a racemic mixture of rapidly interc

211 talytic enantioselective desymmetrisation of achiral or meso compounds is a powerful strategy for the

212 ic redox-relay oxidative Heck reaction using achiral or racemic acyclic alkenols and boronic acid der

213 of simple chiral amines and easily prepared achiral or racemic phosphoric acids, together with a sui

214 umerical simulations result in defect-ridden achiral patterns, containing domains of either hand, due

215 mers of alpha-aminoisobutyric acid (Aib) are achiral peptides that typically adopt 310 helical confor

216 armacokinetic properties of a novel class of achiral peptidomimetic HCV NS3 protease inhibitors.

217 ferent backbone designs displaying chiral or achiral peptoid residues.

218 crowns substituted with chiral, racemic, or achiral peripheral alkyl chains, including enantiopure R

219 romic shift of fluorescence emission for the achiral perylene moiety as a chemical junction of the BC

220 ical purification of non-racemic mixtures by achiral-phase chromatography.

221 anes to carbodiimides yields both chiral and achiral phosphaguanidine boranes under ambient temperatu

222 was achieved using palladium catalysis with achiral phosphine ligands.

223 ation of the cyclic phosphate group using an achiral phosphorus(III) reagent followed by oxidation pr

224 tunable helical superstructure or retain an achiral photoresponsive liquid crystal phase whose helic

225 chiral ((R)/(S)-BINOL, diethyl tartrate) and achiral (piperazine and trigol) linkers with varying ste

226 llographic structures are consistent with an achiral, planar Holliday-junction (HJ) structure, wherea

227 ess of intrinsically chiral NCs or arranging achiral plasmonic particles in chiral configurations.

228 s: It transfers chirality to both chiral and achiral plasmonic substrates, and it is also responsible

229 is amplification effect holds across several achiral polymer hosts and thus represents a simple and v

230 vestigate the emergence of such phenomena in achiral polymers blended with a chiral small-molecule ad

231 erization of lactides starting from a single achiral precursor and the proper choice of an achiral si

232 on of key chiral intermediates from a simple achiral precursor, 2) the utility of a key 1,2-cyclobuta

233 ternatively, from the commercially available achiral precursor, monoprotected 1,4-cyclohexanedione.

234 s, has been developed starting from a single achiral precursor, the meso-diol 11.

235 ur tertiary stereocenters from a monocyclic, achiral precursor.

236 bserved that conglomerate crystallization of achiral precursors yielding racemate metal organic frame

237 l a transient chiral auxiliary starting from achiral precursors, which then directs diastereoselectiv

238 nthesize enantioenriched chiral allenes from achiral precursors.

239 id core architecture in one step from simple achiral precursors.

240 s (1P, 1M and 2P, 2M) are prepared using the achiral precursors.

241 stereogenic centers from relatively simple, achiral precursors.

242 ohydrin building blocks from easily accessed achiral precursors.

243 n 500 fs, revealing the photodissociation to achiral products.

244 Pd-catalyzed DAP, in which the choice of the achiral proton source determines the stereochemical outc

245 By switching the achiral proton source, both enantiomers of a series of t

246 ramatically as the conjugation length of the achiral PZn(n) component increases; mC-AFM data undersco

247 ral helical peptide foldamer formed from the achiral quaternary amino acids Aib and Ac6 c.

248 ctions in the active site, thus mimicking an achiral reaction intermediate.

249 In the achiral regime, the cusp defects have repulsive interact

250 ly simple system of hard Brownian particles: achiral regular triangles confined to two dimensions.

251 ical rods are formed upon co-assembly of the achiral rhodium complex of BTA(PPh2) and the enantiopure

252 her hand, polynuclear complexes based on the achiral [Ru(2,2':6',2''-terpyridine)2](2+) motif are eas

253 ive association of a chiral molecule with an achiral self-assembled monolayer film that is spin-polar

254 The helical handedness in achiral self-assemblies is mostly complex due to spontan

255 The achiral sensor is readily available, inexpensive, and su

256 pped at the inlet of a (4)D column, on which achiral separation allows precise quantification of each

257 procedures for achieving ultrafast chiral or achiral separations in SFC mode.

258 Acyclic inhibitors with achiral serinol groups as the ribocation mimics also dis

259 glutathionyl-alpha-veratrylethanone) from an achiral side chain-truncated model substrate (beta-guaia

260 chiral precursor and the proper choice of an achiral silanol additive.

261 rsing photosensitive chiral material into an achiral soft system or covalently connecting photochromi

262 &S effect by changing the side chains of the achiral soldier.

263 two independently CD-silent solutions of the achiral (soldier) and chiral (sergeant) monomers.

264 ly efficient enantioselective synthesis from achiral starting material.

265 of alkyl-substituted chiral aziridines from achiral starting materials.

266 c amines bearing adjacent stereocenters from achiral starting materials.

267 compounds, subjected to chromatography on an achiral stationary phase using an achiral eluent, which

268 nantiomers (SDE) during chromatography on an achiral stationary phase.

269 ce of a two-catalyst system consisting of an achiral strong Bronsted acid (o-nitrobenzenesulfonic aci

270 nsic or pseudo-chiral (meta)surfaces have an achiral structure, yet they can give rise to circular di

271 ee approaches summed up to a total of 41,474 achiral structures that were linked to 65,957 PubChem CI

272 with temporal averaging of right-handed and achiral structures.

273 the formation of further structures: When an achiral subcomponent was combined with its R and S chira

274 at the interface of a chiral solvent and an achiral substrate.

275 With achiral substrates, 2,5-dihydrofurans are formed with go

276 ions are mostly highly enantioselective with achiral substrates, and due to the accelerated nature of

277 ration of axial and point chirality from two achiral substrates.

278 N and C-S bond formation by activation of an achiral sulfenylating agent.

279 feasibility of asymmetric sulfinylations by achiral sulfinylating agents (from the perspective of Al

280 uid chromatography (UHPLC), core shell HPLC, achiral supercritical fluid chromatography (SFC) and chi

281 used to resolve thymidine enantiomers at an achiral surface with an OPV3T enantiomer as the resolvin

282 ted through the adsorption of molecules onto achiral surfaces play pivotal roles in many fields of sc

283 ane elasticity, geometrical frustration, and achiral symmetry breaking can be used to fold colloidal

284 As the concentration is lowered, breaking of achiral symmetry in the director configuration is observ

285 ontaining domains of either hand, due to the achiral terpolymeric starting molecules.

286 Lithiation of the achiral tetrahalogenated 4,4'-bipyridine 1 with alkyllit

287 Despite being achiral, the meso oligomers adopt chiral canonical 2.5-h

288 ted by a dual catalyst system composed of an achiral thiourea and a chiral primary aminothiourea.

289 nal groups--those that can be converted from achiral to chiral in a single step--that are accessible

290 been conducted with complexes containing the achiral triphenylphosphite ligand.

291 ned with the S enantiomer only, however, the achiral unit assembled in the center of the structure, t

292 oleptic architecture was generated, with the achiral unit sitting at the top of the stack.

293 hus demonstrating the selective placement of achiral units within chiral systems.

294 containing 3D-chiral metallic inclusions and achiral vanadium dioxide inclusions.

295 the interface: energetic preference towards achiral versus the faster growth kinetics of chiral nano

296 ganizationally chiral domains even when R is achiral, while adatom binding leads to rectangular plane

297 Multiple achiral x chiral and chiral x chiral 2D-LC examples (sin

298 Peptoids are inherently achiral, yet we showed that sequences containing an asym

299 the above system is that the precursors are achiral; yet, the tubules are formed from helical ribbon

300 ed in 10 steps and 31% overall yield from an achiral ynone.

301 g (mc-)AFM measurements, in which chiral and achiral Zn-porphyrins are compared.