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1 ibing any object that is inequivalent to its mirror image.
2  prefer one enantiomer of the capsule to its mirror image.
3 rystallization of a chiral molecule with its mirror image.
4 tly increased aggressive activity toward the mirror image.
5 e two proteins, the native-like fold and its mirror image.
6  not necessarily represent a neuroanatomical mirror image.
7 nents of Tetmemena mirror-image doublets are mirror imaged.
8 hiral); they are not superimposable on their mirror images.
9 nces (ATAAA and CATTA) were almost identical mirror images.
10 that is, species not superimposable on their mirror images.
11 the entire tension responses are more nearly mirror images.
12 phenylcyclobutanecarboxyl moiety (1a) or its mirror image (1b).
13 ystallized in the trigonal space groups with mirror image 3-fold helical screw axes P32 and P31 for e
14 e equivalent, 1007YNMLCFGIY1015, and another mirror image, 537YTEYLSSAF545, to the consensus sequence
15 ring for the duration of the lever press and mirror-image "action-off" neurons that paused at the sam
16 n disulfide oxidoreductases based on a novel mirror-image active site arrangement, with a distinct ca
17                                              Mirror-image allodynia arises from the healthy body regi
18                                              Mirror-image allodynia is a mysterious phenomenon that o
19 of inflammatory neuropathy reliably produces mirror-image allodynia, thus allowing this pain phenomen
20 activation produces bilateral (ipsilateral + mirror image) allodynia.
21                  Reversal of ipsilateral and mirror-image allodynias was rapid and complete even when
22 ikely to detect changes when the scenes were mirror images along the left/right dimension.
23              These observations suggest that mirror-image aminoglycosides may avoid certain forms of
24 ohydrates, can also be used to prepare their mirror-image analogues.
25 om the coupling of graphene plasmon with its mirror image and exhibits the largest field confinement
26 n reconstructed virtually from CT scans with mirror imaging and by using the maxillary teeth and temp
27 etastable mirror-image state even though the mirror-image and native conformations are at least energ
28 sm and its etiology, as in case of so-called mirror-image aneurysms.
29  cell division that generates daughters with mirror-image apico-basal polarity.
30 alently linked to DNA, enantiomeric pairs of mirror image aromatic diol epoxides with differing tumor
31 nition of chiral molecules, resulting in the mirror image arrangements of the two forms eliciting qui
32  are microtubules, which are arranged in two mirror-image arrays perpendicular to the division plane
33 istinction intermediate between seeing their mirror image as other and recognizing it as self.
34 ended HCV NS5B polymerase target whereas the mirror image atropisomer was able to bind to an unrelate
35  to a structure that is not the anticipated "mirror image" beta-turn.
36                               Development of mirror-image binding proteins is achieved through chemic
37 vian artery (n = 28); right aortic arch with mirror-image branching and a vascular ring formed by a l
38 ending aorta (n = 5); right aortic arch with mirror-image branching and no vascular ring (n = 4); and
39 bilized by (-)-1R and (+)-1S showed close to mirror-imaged CD absorption bands at wavelengths 200-300
40 avorable molecular conformations, projecting mirror-image chiral adsorption footprints at the surface
41                           Isochromosomes are mirror-imaged chromosomes with simultaneous duplication
42 olute chirality, the complexes afford nearly mirror image circular dichroism spectra.
43 of the skull have been replaced virtually by mirror-imaged complete parts from the other side.
44 st, no such a preference is observed for the mirror image complex Lambda1a.
45 provide the main reason for formation of the mirror-image conformation of this protein, namely, a slo
46 circular dichroism spectroscopy showed adopt mirror image conformations.
47 al studies in many species have demonstrated mirror-image confusion for objects, perhaps because many
48 ep and propose putative neural correlates of mirror-image confusion in the human brain.
49            These systems exhibit intense and mirror-image Cotton effects in their CD spectra.
50               In addition, we have assembled mirror image crystals (l-DNA) with the identical sequenc
51                                   Indeed, a "mirror image" cytolytic capability was observed: the mos
52 itive, and as seen with endogenous MSCs, the mirror image d enantiomer inhibited like the l.
53                                              Mirror image D-sfAFP protein was prepared by the same sy
54         We hypothesized that the addition of mirror-image d-Abeta42 should reduce the concentration o
55                        Chemical synthesis of mirror-image d-CCL22 enabled screening of a cyclic pepti
56  macrocyclic peptides were prepared in their mirror-image d-form and assessed for binding against nat
57 l chemical synthesis was used to prepare the mirror image (D-protein) form of the angiogenic protein
58 tion of L-binders and chemical synthesis of (mirror-image) D-binders that consequently bind the physi
59 d as such signals because they can mimic the mirror image digit duplication obtained after grafting p
60 lied anteriorly in the limb bud, they induce mirror-image digit duplications and ectopic Bmp-2 expres
61 cation of digit 3, but could not produce the mirror-image digit duplications obtained with SHH-expres
62  task in which the rats learned 3 concurrent mirror-image discriminations (structural learning).
63 ontralateral hemispheres revealed symmetric, mirror-image distributions that extended across primary
64                   We report the discovery of mirror-image DNA-aptamers (Spiegelmer(R)) that bind and
65 hraquinone that are shown to have intergrown mirror image domains, undetected by X-ray diffraction be
66 lata (formerly Stylonychia pustulata) is the mirror-imaged doublet.
67 r individual ciliary components of Tetmemena mirror-image doublets are mirror imaged.
68 geal arch is dramatically transformed into a mirror-image duplicated jaw.
69 itted (smu(b641)) exhibit a striking partial mirror image duplication of anterior otic structures, co
70 ars lose anterior otic structures and show a mirror image duplication of posterior regions.
71 n the loss of anterior otic structures and a mirror image duplication of posterior regions.
72 resulted in the replacement of the PE with a mirror image duplication of the DP.
73 lving replacement of ventral elements with a mirror-image duplication of first arch structures, and a
74  causes the anterior tergite to develop as a mirror-image duplication of the posterior tergite, a pat
75 hog, with resulting preaxial polydactyly and mirror image duplications of posterior digits.
76 ut one of the marker chromosomes were linear mirror image duplications, and they were present along w
77 es showing induction of Foxg1 expression and mirror-image duplications of the cortex by exogenous FGF
78 velopmental features, including Shh-mediated mirror-image duplications of the endoskeleton after expo
79 upernumerary hair cells at the apex, showing mirror-image duplications of tunnel of Corti and inner h
80 th very similar skeletons but showing almost mirror-image electronic circular dichroism (ECD) spectra
81 s chiral if it cannot be superimposed on its mirror image (enantiomer).
82 d or l-of the two possible nonsuperimposable mirror images (enantiomers) of selected organic compound
83 physin were distributed and regulated in the mirror image: enriched in the apex, enhanced by NT-3 and
84                       Here, we demonstrate a mirror-image expression of Lin28B and Let-7a in developi
85 ring hyperinsulinemic clamping) changed in a mirror image fashion.
86 phila eye is divided into dorsal and ventral mirror image fields that are separated by a sharp bounda
87 ophila eye is composed of dorsal and ventral mirror-image fields of opposite chiral forms of ommatidi
88                                          One mirror image form (enantiomer) of a drug can have desira
89 btainable secondary alcohols in their single mirror image form and in a two-step sequence converts th
90          Furthermore, starting from a single mirror image form of the secondary alcohol, either mirro
91  image form of the secondary alcohol, either mirror image form of the tertiary alcohol can be made wi
92          We also report the synthesis of the mirror image form of the Ts3 protein molecule, and the u
93 e now easy to make selectively in the single mirror image form, one class-those containing quaternary
94 bfamilies, Mobius and bracelet, and an all-d mirror image form, were examined to determine their mode
95 demonstrating the functional competency of a mirror-image form of KRas bound to its corresponding ena
96 hiral and are all of one "handedness," their mirror image forms can be prepared by chemical synthesis
97          However, the heterochirality of the mirror image forms could not be established with X-rays,
98 e report the total chemical synthesis of the mirror image forms of sfAFP (i.e., L-sfAFP, the native p
99 selective manner, rather than as mixtures of mirror-image forms (enantiomers) with different three-di
100 chemical synthesis of both the wild-type and mirror-image forms of functional full-length cyclophilin
101  biocatalyst was also obtained for affording mirror-image forms of the desired bicyclic products.
102                                 Furthermore, mirror-image forms of these products could be obtained u
103 though most monoterpenes exist in two chiral mirror-image forms termed enantiomers, these (+) and (-)
104 palindromes in the human Y chromosome harbor mirror-image gene pairs essential for spermatogenesis.
105 pse in the olfactory bulb takes place at two mirror-image glomerular maps that appear identical acros
106                 The synchondroses consist of mirror-image growth plates and are critical for cranial
107                 Synchondroses, consisting of mirror-image growth plates, are critical for cranial bas
108                                              Mirror-image hox2-dependent gene expression changes in p
109 ctronic circular dichroism spectra which are mirror imaged if the unnatural FDFD-analogue is used.
110 print, which can also be chiral and generate mirror-images in 2-D.
111 vide the first evidence that ipsilateral and mirror-image inflammatory neuropathy pain are created bo
112 oom temperature, each being present with its mirror-image inverse.
113 y that finding a familiar letter N among its mirror images is more difficult than the converse.
114 hat the sense information that distinguishes mirror images is represented at earlier stages in the ob
115                            Surprisingly, the mirror-image isomer (optical antipode) of cyclodal, c[-A
116 8S,9S,10R enantiomer, and the nontumorigenic mirror-image isomer, (-)-7S,8R,9R, 10S, of r7,t8-dihydro
117 ion of chiral molecules as predominantly one mirror-image isomer.
118 riants of the method allow separation of the mirror-image isomers (enantiomers) of seven (n,m) specie
119 tically sensing the annealing and melting of mirror-image l-DNA analogs of the reaction's primers and
120 ally monitoring the annealing and melting of mirror-image L-DNA surrogates of the PCR primers and tar
121 hat exploits the bioorthogonal properties of mirror-image l-DNA.
122 complex fashion, with some regions showing a mirror-image laminar phenotype.
123 on are twinning (whereby crystallites with a mirror-image lattice form) and slip (whereby lattice dis
124 ntation of Hedgehog-expressing cells induced mirror-image limb duplications.
125                                         In a mirror image, Lnc13 gene disruption in beta-cells partia
126 nce, we compared peptide-lipid binding using mirror image model membranes.
127 ontrolling the formation of one of a pair of mirror-image molecules (enantiomers) is a central tenet
128 nitially indistinguishable odor enantiomers (mirror-image molecules) become discriminable after avers
129 ptide inhibitors of CCL22 identified through mirror-image mRNA display with genetic reprogramming.
130 median postinjury signals between homologous mirror-image neurons.
131 y, but as the structures associated with the mirror-image OA continue to form, the new set of membran
132 nscriptional profile of MErT is not a simple mirror image of EMT as tumour cells retain a transcripti
133      Graft rejection has been defined as the mirror image of graft-versus-host disease, which is biol
134 l, showing that right doesn't have to be the mirror image of left.
135                            Recovery is not a mirror image of lens-induced myopia-many protein levels,
136 pokalemia, and metabolic alkalosis, an exact mirror image of PHA-II.
137  larger, more medial representation formed a mirror image of S1 along the rostrocaudal axis of the he
138 n was found in caudolateral cortex forming a mirror image of S1.
139 maller, more lateral representation formed a mirror image of S2 along the rostrocaudal axis of the fo
140 , suggests that this area may be an inverted mirror image of S2.
141 eft temporal lobe, which represented a close mirror image of svPPA.
142  surface representation in PV approximates a mirror image of that in S2; (2) Areas PV and S2 are less
143 is patterning of the DA by Hh and Bmp is the mirror image of that in the neural tube, with Hh favorin
144 giving the respective 9R-hydroperoxides, the mirror image of the 9S-LOX products of plants.
145  years and working-aged adults, reflecting a mirror image of the age-based seroprotection data.
146 re lost, and often this region develops as a mirror image of the anterior portion.
147                     Such dynamic patterns, a mirror image of the concept of metamaterials, are scalab
148 be a third signaling source, positioned as a mirror image of the cortical hem, along the lateral marg
149  the fluorescence emission spectra display a mirror image of the lower energy absorption bands, while
150 he inactive right limb (Vision), viewing the mirror image of the moving left limb (Mirror), and with
151 hrough kinetic traps, mainly the topological mirror image of the native three-helix bundle.
152 rebrain into an ectopic midbrain that is the mirror image of the normal midbrain.
153              This "ectopic" NR develops as a mirror image of the normal NR and is entirely of ventral
154 molecules appear in two forms, and each is a mirror image of the other, the two enantiomers.
155 ses should not necessarily be considered the mirror image of the other.
156 TF is used instead of the oxidized form, the mirror image of the spectral change seen with as-isolate
157 2.06 region of the spectrum is essentially a mirror image of the spectrum obtained with H4C, and is d
158 r two) by replacing their left hand with the mirror image of their right hand.
159 e displayed body part was part of a standing mirror image of themselves.
160 ree derivatives of ferric AOS are almost the mirror image of those in catalase.
161 that V3 represents the visual hemifield as a mirror image of V2.
162 idence that C alpha3'E and hs3 are virtually mirror images of each other and demarcate the edges of a
163                The resulting microarrays are mirror images of each other but otherwise essentially id
164 channels of the visual system are not simple mirror images of each other, that their response charact
165  large rings in the DSRRs are stationary and mirror images of each other, while the small SRRs rotate
166 hat only differ in that their structures are mirror images of each other.
167 l configurations that are non-superimposable mirror images of each other.
168  or atropisomers, that are nonsuperimposable mirror images of each other.
169 epped structures which are nonsuperimposable mirror images of one another and therefore are chiral.
170  and P-type diastereomers are almost perfect mirror images of one another, each spanning a range of b
171 ist in two non-superimposable forms that are mirror images of one another--as are left and right hand
172 )-hydroxyacid family sites are geometrically mirror images of one another.
173 n and lumican showed distributions that were mirror images of one other.
174 swing phase of the ipsilateral forelimb were mirror images of the propulsive phase.
175  recently emerged as tissue-resident, innate mirror images of the T cell system, with which they shar
176                 For reasons of symmetry, the mirror images of these phage-displayed peptides interact
177 aromatic carboxylate complexes are virtually mirror images of those observed with sarcosine analogues
178 hanges in GluR subunit immunoreactivity were mirror images of those seen for sbdp.
179 hways and synaptic targeting are the perfect mirror images of those seen in wild type.
180 tural analysis indicates that despite global mirror imaging of the ciliature, detailed organization o
181                   The right aortic arch with mirror-image of branching arteries without coexisting co
182 anterior prosthesis surface was based on the mirrored image of the contralateral side, and the poster
183 rences between the right hemi pelvis and the mirrored images of the left hemi pelvis for any patient
184 ased motion analysis (CTMA) was used and the mirrored images of the left side were merged with the ri
185 road picture of medium effects is that of a "mirror image" of solvent and electrolyte properties that
186  and the observation that they constitute a "mirror image" of the phenotypes resulting from loss of f
187 on sites in rats, appearing as a less dense "mirror-image" of ipsilateral labeling.
188 ls to differentiate between two enantiomers (mirror images) of drugs or between the parent compound a
189 yranosides provide an expeditious entry into mirror-image oligosaccharides, as demonstrated in the sy
190 two compounds represent the first example of mirror image opioid receptor ligands with both optical a
191 ation of the membranelles is reversed in the mirror-image oral apparatus (OA), such that the ciliary
192 ry of molecular chirality, nonsuperimposable mirror-image organic molecules have been found to be ess
193 itutively expressed genes revealed a partial mirror image organization of three major cell population
194 microfluidic channels are chevron-shaped, in mirror image orientation, with their apexes designed to
195 al is essential to establish hair cells with mirror-image orientations in mouse otolith organs in the
196 er of enzyme families, which have shown that mirror-image packing can enable opposite enantiomers to
197  to injection and contralaterally, so-called mirror image pain.
198                                              Mirror-image pain arises from pathologic alterations in
199 mbar afferent system are associated with the mirror-image pain, its morphophysiological substrate and
200 uction of contralateral hypersensitivity and mirror-image pain.
201 tribute to induction of hypersensitivity and mirror-image pain.SIGNIFICANCE STATEMENT We show that co
202  of the phase diagram is the appearance of a mirror-image pair of triple points involving coexistence
203 onded more similarly to members of a lateral mirror-image pair than to members of a vertical mirror-i
204 ror-image pair than to members of a vertical mirror-image pair.
205                        Six of these occur as mirror-image pairs across the inner plexiform layer, the
206 ciprocity, by pairing nodal knots with their mirror image partners in a fully reciprocal setting.
207 ross the midline but subsequently follow the mirror-image pathways and innervate corresponding muscle
208 aete-Scute homolog hlh-14, is expressed in a mirror image pattern relative to lin-32 and is required
209  Drosophila mutation identified as producing mirror-image pattern duplications along the anteroposter
210 fected with this anchored signal also induce mirror-image pattern duplications in a dose-dependent fa
211 ulation, they orchestrate the development of mirror-image pattern formation and the consequent genera
212  restricted subsets of HCs and generates the mirror-image pattern of the sensory organs.
213 cross which, hair bundles are polarized in a mirror-image pattern.
214 ellugyrin and synaptogyrins are expressed in mirror image patterns.
215  face representations in S2 and PV exhibited mirror-image patterns to those of areas 3b and 1.
216                                     Aided by mirror image phage display and native chemical ligation,
217        Aided by native chemical ligation and mirror image phage display, we recently identified a D-p
218 2-trimer was designed using structure-guided mirror-image phage display and linker optimization and i
219                                        Using mirror-image phage display and structure-assisted design
220                               In particular, mirror-image phage display has the potential for high-th
221                          Utilizing IQN17 and mirror-image phage display, we identified cyclic, D-pept
222                                            A mirror-image plane exists so that each conformer has an
223 ural retinae differentiate and laminate with mirror-image polarity in the absence of an RPE, suggesti
224 onic hedgehog (Shh) expression, resulting in mirror-image polydactyly in the limb.
225 created with the individual Trps situated at mirror image positions on the two LacY domains.
226  The TW SLIM module was fabricated using two mirror-image printed circuit boards with appropriately c
227 otocol compares interaction energies between mirror image probes at each point in space around the ca
228                   It has been shown that the mirror-image process of acceptor photoexcitation leading
229              Development and aging are often mirror image processes and this may be equally true in t
230                                              Mirror-image prokaryotic A-site decoding region construc
231 up avenues for systematic exploration of the mirror-image protein universe, paving the way for a dive
232                                              Mirror-image proteins (composed of D-amino acids) are pr
233 the binding modes adopted by the natural and mirror-image proteins to natural dsDNA.
234                                              Mirror-image proteins, composed of D-amino acids, are an
235 a a direct molecular dynamics embedding into mirror image-related representations of the foc and sele
236 ponse is confirmed with the observation of a mirror image relationship for the interaction of (S,S)-
237  steric hindrance effects resulting from the mirror image relationship of the BP benzylic rings in th
238 TCNB) in 1,2-dichloroethane (DCLE) exhibit a mirror image relationship, suggesting that each set of s
239 re distinctly different and do not display a mirror image relationship.
240 organic phases show optical activity of near mirror image relationship.
241  of the enantiomers bound to BSA bear a near mirror-image relationship.
242 epeats: inverted (palindromic), everted, and mirror-image repeats.
243 3d borders dorsal V2 and contains a smaller, mirror-image representation of the lower visual quadrant
244 -like FR- and BDA-labeled strips that formed mirror image representations of the SI injection sites.
245                                         In a mirror image, Republicans estimate that the average Repu
246 the connectivity of photoreceptor axons, and mirror-image retinal symmetry in Drosophila have been id
247        In situs inversus embryos there was a mirror image reversal in Pitx2c expression and LR lineag
248 cts and situs inversus totalis, the complete mirror image reversal of internal organ situs (positioni
249 shell coiling in snails is correlated with a mirror- image reversal of early spindle orientation and
250 he hazard ratio of mortality) to a complete, mirror-image reversal (eg, that for body mass index vers
251 vidual organ position (situs ambiguus) or to mirror-image reversal of all lateralized structures (sit
252 s specifically induced heterotaxia involving mirror-image reversals of heart, gut, and gall bladder.
253 s found adjacent and caudolateral to S1 as a mirror image reversed along the representation of the gl
254 d individuals develop either normally or are mirror-image-reversed (situs inversus), and inversion of
255                                            A mirror-image RNA system showed the opposite selectivity.
256 l faces, forming a low-affinity complex with mirror image rotational symmetry.
257                                 The ventral (mirror image) sector bends away from V2d, as does the ve
258                                  The dorsal (mirror image) sector complies with the traditional V3d d
259 modified dynamic microdialyzer utilizing two mirror-image serpentine channels, which sandwich a regen
260 a century, it has commonly been assumed that mirror-image shell coiling in snails is correlated with
261 tudies demonstrate that both ipsilateral and mirror-image SIN-induced allodynias are (1) reversed by
262                      We have so identified a mirror-image single-stranded DNA that binds the peptide
263 ts of a pair of disks equipped with mutually mirror-imaged spiral grooves.
264 rograde labeling was higher ipsilaterally, a mirror-image staining pattern consistently was present c
265 overcomes the barrier between the metastable mirror-image state and the native state; and (iv) offer
266  protein A does not remain in the metastable mirror-image state even though the mirror-image and nati
267 es of 3 visual discriminations, each between mirror-imaged stimuli.
268 ersion of the lowest-energy conformer to its mirror-image structure.
269           Humans and animals confuse lateral mirror images, such as the letters "b" and "d," more oft
270 etters "b" and "d," more often than vertical mirror images, such as the letters "b" and "p." Experime
271 chirality was verified by the measurement of mirror image surface enhanced resonance Raman optical ac
272 opic archenteron, in some cases resulting in mirror-image, symmetric skeletal elements.
273 tructural domain are mirror images, with the mirror image symmetry broken by the sugar and its attach
274  the dorsoventral midline, forming a line of mirror image symmetry called the equator.
275 he T variation, the C variation disrupts the mirror image symmetry of the p53-binding sequence, resul
276 try optimization studies have revealed exact mirror image symmetry of the R and S stereoisomers, with
277  of ciliature, juxtaposed on the surfaces in mirror image symmetry, with a common anterior-posterior
278 elial organization, is highly polarized with mirror-image symmetry about the equator.
279                         Giardia divided with mirror-image symmetry in the plane of the adherence disc
280                                 For example, mirror-image symmetry of the C. elegans vulva is achieve
281 ral halves of the disc; this forms a line of mirror-image symmetry, the equator, which coincides with
282  to fold d-proteins for drug development and mirror-image synthetic biology applications.
283 he same distinctive occupancy pattern but in mirror image, termed 'bootprints'.
284 hanically distinguishable, nonsuperimposable mirror image that corresponds to a separate classical re
285 f the undesired enantiomer while letting its mirror image through.
286 he dorsal and ventral avian pallium, forming mirror images to each other.
287                The core region contains two "mirror-image" tonotopic maps oriented along the same axi
288                                          Two mirror image top-level subsystems are presumably the mos
289 sion analysis of NqrD and NqrE showed almost mirror image topologies, each consisting of six transmem
290 the protein; (ii) show that formation of the mirror-image topology is a subtle effect resulting from
291  L's, or bisected two-color disks from their mirror images under the same conditions.
292 ion for the adduct bond, although they are a mirror image vis-a-vis the hydroxyl groups.
293  the hands must respond symmetrically, while mirror-image (vs. parallel) responding produced the grea
294 that correct assessment of the source of the mirror image was made by each subject in each of the mir
295 ikewise, in the cerebral cortices, they have mirror-imaged waveforms in upper and lower layers.
296                   The printed layout and its mirror image were aligned with an intermediary cut-throu
297  two classes of synthetases approach tRNA as mirror images, with opposite but symmetrical stereochemi
298  (+)/(-) pairs of each structural domain are mirror images, with the mirror image symmetry broken by
299 tudy of a model oligoadenylate system in the mirror image world.
300      In particular, this protein will enable mirror-image yeast surface display experiments to identi

 
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