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1 as the standard dipole model for the FERG is coaxial.
2                        This complex displays coaxial alignment of Cdc48 and 20S and is enzymatically
3 ch forms an H-type pseudoknot structure with coaxial alignment of the stem-loop helix (P1) and the ps
4    Specifically, we describe the creation of coaxial and also segmented coaxial B-A-B and A-B-A nanow
5                                          Non-coaxial and coaxial Q-PV arrays were further generated f
6 chieve pronounced iridescent effects in both coaxial and non-coaxial arrangements, while preserving r
7                                              Coaxial and uniradial loop-by-loop winding of the nanobe
8 liminating the nonuniform geometric effects, coaxial anode-cathode configurations are designed to pro
9                          The first employs a coaxial antenna delivering up to 450 W at 2.45 GHz for f
10 lithography, we create mid-infrared-resonant coaxial apertures with gap sizes as small as 1 nm and ob
11                                            A coaxial approach was implemented in all patients by usin
12 nteraction (-4.5 kcal/mol) was found for the coaxial Arg(+).Glu(-) pair.
13 em for a rapid removal of NaCl utilizing the coaxial arrangement of an electrode and a tubular Nafion
14 d iridescent effects in both coaxial and non-coaxial arrangements, while preserving retroreflective p
15 monstrate a single nanowire capacitor with a coaxial asymmetric Cu-Cu(2)O-C structure, fabricated usi
16                                              Coaxial Au-TiO(2) nanorod arrays were demonstrated to be
17 e the creation of coaxial and also segmented coaxial B-A-B and A-B-A nanowires with a solvophilic pol
18                                              Coaxial biopsy needle introducer tips and RF ablation el
19  for placement of fine-aspiration, core, and coaxial biopsy needles in pork meat with three needle gu
20  twice) were sampled under CT guidance using coaxial biopsy set via percutaneous transthoracic approa
21                             Integration of a coaxial buffer exchange system with CE-based chemical cy
22                                  This single coaxial cable device combined these data streams to prov
23 t resonating a commercially available RG-223 coaxial cable shield with a lumped capacitor while the i
24 onnected by a one-metre-long superconducting coaxial cable, where each node includes three interconne
25 also integrates directly with a high-voltage coaxial cable, without the need for insulating fluids or
26 ectromagnetic mode of a traditional metallic coaxial cable.
27                           Herein, leveraging coaxial cables' inherent flexibility and electric field
28 s including magnetic phase shifters/filters, coaxial cables, splitters, attenuators, and a broadband
29 auge needle traversing an outer extrapleural coaxial cannula was performed in all patients.
30  microjunction (LMJ) extraction system using coaxial capillaries that direct and aspirate extraction
31     Compared to photosystems composed of two coaxial channels, the installation of a third channel in
32 rge-transfer architectures rather than three coaxial channels.
33 vancement towards a more modular and compact coaxial circuit architecture for bosonic qubits with rep
34 ric variability, outperforming a two-channel coaxial coil array by 26 and 16% when the elements were
35 rface and disrupt signal transmission to two coaxial coiled-coils that connect to the effector.
36                The viral genome is packed as coaxial coils in at least three outer layers with approx
37                         In 159 patients, 160 coaxial computed tomography (CT)-guided lung biopsies we
38 rying or electrospraying in the monoaxial or coaxial configuration using glucose syrup as the encapsu
39 Oint = 0.87(+/-0.06)), which promotes a near-coaxial conformation (beta = 15 degrees (+/-6 degrees ))
40 ciated with counterions and a globally rigid coaxial conformation that has stronger electrostatic pot
41      The CT-guided transsternal approach for coaxial core-needle biopsy allows safe access to masses
42                           Drug delivery with coaxial core-sheath structures benefits from high drug l
43                                              Coaxial curved stainless-steel guide wires were used to
44  were classified according to needle system (coaxial (Cx)/non-coaxial (NCx)), needle gauge, use of au
45 he new graphene layers roll up into seamless coaxial cylinders encapsulating the existing CNTs, but t
46 ingle aperture pair by transmitting multiple coaxial data streams.
47 cture employs a unique optical fiber-centric coaxial design approach that yields a lightweight (2 g),
48 anemic crossover (PX) DNA is a four-stranded coaxial DNA complex containing a central dyad axis that
49 f the combination of two oppositely oriented coaxial domes, providing an opportunity for higher custo
50            These results suggested that this coaxial drug-delivery system loaded with Ade provided a
51                            Finally, we use a coaxial, dual-aperture system to train the broadband ima
52          On the contrary, non-emulsion-based coaxial EAPG resulted in low lipid oxidation after proce
53                        The design utilizes a coaxial electrode configuration and a ceramic insulator
54 s composed of vertically-oriented, nanoscale coaxial electrodes in array format (~10(6) coaxes per sq
55 of an array of vertically oriented nanoscale coaxial electrodes, with the coax cores and shields serv
56         We report a simple method based upon coaxial electrospinning for the fabrication of aligned m
57                               More recently, coaxial electrospinning has emerged as an important tech
58                                      Here, a coaxial electrospinning is applied to encapsulate the CL
59 2)/Au NFs were successfully synthesized by a coaxial electrospinning method.
60 ase from fibers fabricated from uniaxial and coaxial electrospinning.
61            Hence, ENG-cs-MPs prepared by the coaxial electrospray method may be useful as a LAI contr
62                        A one-step technique, coaxial electrospray method was applied to prepare unifo
63 ctional albumin sub-microspheres prepared by coaxial-electrospray technology to co-delivery bufalin a
64                                              Coaxial-electrospray technology was utilized in preparin
65 psulation technology (spray-drying, mono- or coaxial electrospraying assisted by pressurized gas, EAP
66                 The technique incorporates a coaxial extrusion needle using a low-viscosity cell-lade
67 des (TFDs), wrapped fiber electrodes (WFEs), coaxial fiber devices (CFEs), and rolled electrodes (REs
68 rcome this critical challenge, an all-in-one coaxial fiber-shaped asymmetric supercapacitor (FASC) de
69                                              Coaxial fiber-shaped supercapacitors with short charge c
70 ponsive microdroplets (SRMs) by a gas-driven coaxial flow focusing (CFF) process for ultrasound media
71 coustic contrast factor, focus size, and the coaxial flow lines and developed a splitting union that
72 mical derivatization is accomplished using a coaxial-flow contained-electrospray ionization (containe
73                               This sheath or coaxial fluid was turned off between analysis of cells a
74             New imaging techniques help with coaxial fluoroscopic positioning.
75 ter ESI performance has been observed when a coaxial gas flow is added around the ESI emitter.
76                                          Its coaxial geometry allows three-dimensional hydrodynamic f
77 -coupled device (CCD) detector coupled, in a coaxial geometry, to a pinhole collimator of small diame
78  design features two pulsed-ion mirrors in a coaxial geometry.
79 nique to record neuronal activity by using a coaxial guide tube and sharp electrode assembly, which a
80                The structure comprises three coaxial helical domains, the central one of which is a p
81 edict, at the secondary structure level, the coaxial helical stacking arrangement in junctions, as we
82 ure into a 90 degrees cross of approximately coaxial helices.
83 aluate the functional relevance of the SL3,4 coaxial helix, we engineered luciferase reporter constru
84 onsists of an 11-stranded beta barrel with a coaxial helix, with the chromophore forming from the cen
85 onsists of an 11-stranded beta barrel with a coaxial helix.
86                  The FRET in the solid-state coaxial heterojunctions with an inner PDHF core and an o
87 g the fabrication of tubes, solid nanowires, coaxial heterojunctions, and longitudinally patterned st
88                                            A coaxial infusion of urokinase (100,000 U/h) was given di
89  conventional quantitative NMR methods, stem coaxial inserts are placed into the sample tube to intro
90  including magnetic susceptibility plugs and coaxial inserts.
91 ur observations support a model in which the coaxial interaction of the HerA ring with the toroidal N
92 kaging, than predicted by models that assume coaxial inverse spooling of the DNA.
93  radio-frequency ion trap mass analyzer, the coaxial ion trap, in which both toroidal and quadrupolar
94         Our results show that the usage of a coaxial jet instead of an annular jet would increase fue
95                We have constructed a laminar coaxial jet mixer that allows the measurement of UV-exci
96 , polymer concentration and flow rate of the coaxial jetting solution, the prepared ENG-cs-MPs exhibi
97 , polymer concentration and flow rate of the coaxial jetting solution, the prepared ENG-cs-MPs exhibi
98             We further demonstrate that this coaxial-like construction can lead to excellent photocat
99 nal design and synthesis of MCNs with unique coaxial-like construction.
100 using this approach, we produce a gallery of coaxial-like MCNs comprising a shaped Au core surrounded
101 kernels were measured by using an open-ended coaxial-line probe and impedance analyzer at frequencies
102 y and heat load associated with the multiple coaxial lines per qubit limits the maximum possible size
103 rodialysis junction is advantageous over the coaxial liquid sheath interface as evidenced by the simp
104                           The method, termed coaxial lithography (COAL), relies on templated electroc
105  cancer who underwent percutaneous CT-guided coaxial lung core biopsy, there was no evidence of an as
106 atients who underwent percutaneous CT-guided coaxial lung core-needle biopsy for suspected primary lu
107 th MGNCs then exposed to laser pulses with a coaxial magnetic field gradient, resulting in high-aspec
108 rosol particles on the tip of a cathode in a coaxial microelectrode system, followed by ablation, ato
109 sor streams through a 3D printed device with coaxial microfluidic channels, and curing the structured
110                           Here a multi-modal coaxial microprobe design with a minimally invasive foot
111 power transfer to the cavity using a tunable coaxial MIP.
112 larger dilution rate of the exhaust than the coaxial mixing field tunnel.
113 ortable field dilution tunnel with a type of coaxial mixing.
114                        Additional bundles of coaxial molecules penetrate the centres of the larger ch
115                                    A related coaxial nanoaperture-type device shows a to-date-unexplo
116  to construct an efficient photoanode with a coaxial nanobelt structure, comprising a buried-ZrS(3)/Z
117 on, by further modifying the design of these coaxial nanocavities, we achieve thresholdless lasing wi
118                                  Using these coaxial nanocavities, we demonstrate the smallest room-t
119 resonance (FMR) under an electric field in a coaxial nanofiber of nickel ferrite (NFO) and lead zirco
120 ections demonstrated that the proposed Au-Ni coaxial nanorod array electrode could operate in a linea
121      In this study, a highly sensitive Au-Ni coaxial nanorod array electrode fabricated through the i
122 ergistic effect of MnO2/PANI plus the unique coaxial nanostructure of the ultralong nanowires with a
123                 Here we describe a family of coaxial nanostructured cavities that potentially solve t
124 bant assay (1 ng/ml) and previously reported coaxial nanostructures (2 ng/ml).
125  on manganese dioxide/polyaniline (MNW/PANI) coaxial nanowire networks.
126 cent theoretical studies have indicated that coaxial nanowire structures could improve carrier collec
127 ted electrochemical synthesis and can create coaxial nanowires composed of combinations of metals, me
128 ughput technique that can be used to prepare coaxial nanowires with sub-10 nm control over the archit
129 according to needle system (coaxial (Cx)/non-coaxial (NCx)), needle gauge, use of autologous blood cl
130 The method uses a solvent jet generated by a coaxial nebulizer operated at ambient conditions with ni
131                                              Coaxial needle size and patient age had a significant ef
132 ate regression analyses were used to analyze coaxial needle size, age, sex, smoking history, lesion s
133                                            A coaxial needle technique was used in all patients; an 18
134  via designing the internal structure of the coaxial needles and regulating the rheological property
135 s, dehydration and recrystallization to form coaxial (NiO, Co3O4, NiCoO2 and ZnCo2O4) shells and a na
136 r regions receive contributions from LRL and coaxial non-lip progenitors; contrastingly, ensheathing
137  a superfluid vortex ring accompanied by two coaxial normal-fluid vortex rings of opposite polarity.
138 uid crystal approach, yielded donor/acceptor coaxial organization that is promising for the formation
139 ce its dimensionality, thereby revealing its coaxial organization.
140 ted between an axial central electrode and a coaxial outer electrode.
141 sis of novel organic nanowires with axial or coaxial p/n junctions for organic nanoelectronics and so
142 hexagonally-faceted shells, and well-defined coaxial (p/n) and p/intrinsic/n (p/i/n) diode junctions.
143 rvations on higher eukaryotes shows that the coaxial paradigm is likely to be applicable for the many
144 mparable to those obtained with conventional coaxial phacoemulsification and established intraocular
145 re compared among centers in two-compartment coaxial phantoms and in two unaffected adult subjects wh
146 d to build oriented architectures with three coaxial pi-stacks directly on solid surfaces.
147 in comparison with uniaxial PLGA (50:50) and coaxial PLGA (50:50) (sheath)-gelatin (core) fibers was
148       Concern about long-term reliability of coaxial polyurethane ICD leads caused us to systematical
149 iew (FOV), lack of flexibility, and extended coaxial precalibration, the proposed optical brush is fl
150 resent work reports the first application of coaxial prilling for the protection of this oil through
151 os in shear bands throughout experiments; 2) coaxial principal compressive stresses and strains throu
152                              Assisted by the coaxial printing method, the MME fiber can be printed in
153 rmittivities of 2 and 15 and is excited by a coaxial probe from the two opposite ends to have left an
154                                   A vertical coaxial probe is used to excite the SDR and the vertical
155                                An open-ended coaxial probe measurement technique was used to measure
156 eir permittivity spectra using an open-ended coaxial probe technique in the spectral range 5-50 GHz.
157 properties were measured using an open-ended-coaxial-probe and vector analyzer inside a control-rate-
158                              Non-coaxial and coaxial Q-PV arrays were further generated for OAM commu
159 lets was achieved by aligning the focus of a coaxial Raman probe with long focal length directly into
160 lasmic and basket filaments attached to each coaxial ring, we have observed radiating filaments withi
161                phi29 motor consists of three-coaxial rings of hexameric RNA, a hexameric ATPase, and
162  on-line to an electrospray interface with a coaxial sheath flow configuration.
163 ration for coupling CIEF with ESI-MS using a coaxial sheath flow interface that facilitate the automa
164               A simple and widely applicable coaxial sheath flow reactor interface (CSFRI) is introdu
165 simplified the CE interface by eliminating a coaxial sheath liquid and enables independent optimizati
166                                          The coaxial sheath liquid consisting of 0.2% (v/v) formic ac
167                             A nebulizer-free coaxial sheath-flow interface completes the circuit and
168 pooled around this axis in approximately six coaxial shells in a quasi-crystalline packing, possibly
169  core of silica surrounded by an assembly of coaxial silica cylinders, each of which is separated by
170                                        These coaxial silicon nanowire photovoltaic elements provide a
171 alization of p-type/intrinsic/n-type (p-i-n) coaxial silicon nanowire solar cells.
172 acles-such as bound proteins or ribosomes or coaxial small RNA (sRNA) base pairing-that disrupt the p
173                                      Using a coaxial sonic spraying setup, the CO(2) can be efficient
174                When either a catheter or the coaxial space between a catheter and a guide wire was fi
175  higher than predicted by models that assume coaxial spooling of the DNA and interaction potentials d
176 sma-microdroplet fusion platform utilizing a coaxial spray configuration enabled product selection wh
177                                    Through a coaxial spray mechanism, charged microdroplets derived f
178                             Use of a smaller coaxial stabilizing needle produces a substantially decr
179  mRNA start and stop codon regions to form a coaxial stack.
180 o suggest a model in which P2 and P2a form a coaxial stacked helix of 9 bp, the most likely arrangeme
181 s and identify global motif patterns such as coaxial stacking and parallel and perpendicular helical
182  in the presence of Na(+) only; however, the coaxial stacking appears incomplete under these conditio
183 ility allows sparsification to be applied to coaxial stacking as well, which increases the speed of t
184 irs and of non-Watson-Crick modules, correct coaxial stacking between helices and avoidance of entang
185 transition corresponds to the formation of a coaxial stacking between helices II and III; the data ca
186 mediate with reduced cation binding in which coaxial stacking between helices is disrupted.
187 ement with previous studies, we suggest that coaxial stacking between helices likely forms when the c
188 ns and novel tertiary motifs such as A-minor-coaxial stacking combinations and sarcin/ricin motif var
189  is a correlation between B-DNA stacking and coaxial stacking in DNA junctions.
190                                 We show that coaxial stacking in RNA is well correlated with but much
191                  Consequently, approximating coaxial stacking in RNA with the helix propagation term
192 d by the noncanonical triplex base-pairs and coaxial stacking interactions for the tertiary structure
193  Network formation is enabled by cooperative coaxial stacking interactions of terminal GC base pairs.
194                       In particular, optimal coaxial stacking is computed as part of the dynamic prog
195     For instance, our calculation shows that coaxial stacking is essential for stabilizing the four-h
196 rangement toward a more linear one, in which coaxial stacking is facilitated.
197                                              Coaxial stacking is mediated by short linker nucleotides
198  complex formation with Tfr24, consisting of coaxial stacking of helical stems and base triple format
199  perpendicular intermediate, which maintains coaxial stacking of helices and thereby consensus primar
200 ass of RNA motifs that specifically controls coaxial stacking of helices in natural RNAs.
201 on and to include free energy increments for coaxial stacking of helices when they are either adjacen
202  of the bulge nucleotides, thereby promoting coaxial stacking of helices.
203                              DSSR identifies coaxial stacking of multiple stems within a single helix
204 ds) within the junction to induce prescribed coaxial stacking of neighboring junction arms.
205  two extended helical domains, one formed by coaxial stacking of P5, P4, P6, and P6a (P4-P6 domain) a
206 al different conformers, which differ in the coaxial stacking of the arms.
207                      This switch also causes coaxial stacking of the seed and supplementary helix fit
208 GAAGT-3' and 5'-ACGAAGTGCG AAGC-3') in which coaxial stacking of the two hairpin components generates
209 ondary structure helix and are stabilized by coaxial stacking onto this flanking helix.
210 fy nine broad junction families according to coaxial stacking patterns and helical configurations.
211                 Therefore, inhibition of the coaxial stacking possibly by protein-binding may activat
212                                              Coaxial stacking predictions for the five to ten-way jun
213              The resulting protocol predicts coaxial stacking within three- and four-way junctions wi
214 ulation of the Zuker-Stiegler algorithm with coaxial stacking, a stabilising interaction in which the
215 es a helical rearrangement via disruption of coaxial stacking, and the other occurs by a rotation bet
216 mations using common tertiary motifs such as coaxial stacking, loop-helix interaction, and helix pack
217 ng under the complete Turner 2004 model with coaxial stacking, out of several popular RNA folding too
218 ation for secondary structure which includes coaxial stacking, terminal mismatches, and dangles (CTDs
219              This interaction interrupts the coaxial stacking, yet every base pair surrounding the ju
220 nd proteins can greatly determine or disrupt coaxial stacking.
221 plexes terminate at potential interfaces for coaxial stacking.
222 s between the two stems and interrupts their coaxial stacking.
223 43 5'UTR with mutations designed to abrogate coaxial stacking.
224 several popular RNA folding tools supporting coaxial stacking.
225  GA interfaces, even though CC mismatches in coaxial stacks occur much less frequently in known RNA s
226 ses that bridge successive tiers of the main coaxial stacks of the DNA-and coordination of monovalent
227 4WJ RNAs, the four stems of Lettuce form two coaxial stacks that pack co-linearly to form a central G
228 his is unclear, as the arms do not unfold as coaxial stacks, and thus its melting behavior cannot be
229  folded into a pseudoknot structure with two coaxial stems connected by two loops, in a classic pseud
230       To these charge-transporting channels, coaxial strings of anions or cations-fixed, mobile, comp
231                 Benefitting from the compact coaxial structure, the FASC device delivers a superior a
232 y be linked in an oscillatory, approximately coaxial succession about the centre of the contemporaneo
233 ted tomographic (CT) guidance and a 19-gauge coaxial system.
234 d sensitivity for the standard waveguide and coaxial systems were determined using 16 organochlorine
235  older age (P = .003), emphysema (P = .004), coaxial technique (P = .025), nonsubpleural location (P
236 dance, 18G core biopsies were obtained using coaxial technique at the time of locoregional therapy.
237      The two stems of the pseudoknot are not coaxial, they are twisted and bent relative to each othe
238 e develop an engineered muscle tissue with a coaxial three-layered tubular structure composed of an i
239 ling into the TEM waveguide mode in a hollow coaxial THz waveguide.
240                                              Coaxial TNB performed with an automated cutting needle h
241             The overall diagnostic yield for coaxial TNB was 88%.
242        Computed tomography was used to guide coaxial TNB, which was performed with aspirating (n = 87
243 panned layers 2/3 and 4 and were distributed coaxial to the preferred orientation of the postsynaptic
244 ngle relative to the main axis of fragment 2 coaxial to the protease domain.
245 e designed system, fluid flow through a tube coaxial to the separation capillary was used to supply e
246 B9 complex that positions the ankyrin domain coaxial to the SOCS box-Elongin B/C complex and perpendi
247                            TO is used on the coaxial-to-rectangular waveguide converter in the range
248 ree-space dielectric arrangement with X-band coaxial-to-waveguide adapters was used to non-destructiv
249 space during computed tomography (CT)-guided coaxial transthoracic needle biopsy, the authors fashion
250 ogs that exceed the normal dimensions of the coaxial tRNA anticodon-D arm.
251 ts for novel catalyst design by synthesizing coaxial tubular heterostructure to create additional cat
252 vice geometry to maximize coherence within a coaxial tunnel architecture, and realize on-chip quantum
253                                              Coaxial vascular dimensions at three anatomic landmarks
254 ndoscopy, specifically the use of reflected (coaxial) versus conventional transmitted (dissociated) l
255 st direct imaging study of driven interlayer coaxial vortices in the dipolar- and indirect exchange-c
256                        Implementation of THz coaxial waveguide systems however requires THz beams wit
257                            An all-dielectric coaxial waveguide that can overcome problems of polariza
258  field distribution matching the mode of the coaxial waveguide.
259       This resonator was connected through a coaxial-waveguide adapter to the S parameter meter, by m
260                                              Coaxial waveguides exhibit no dispersion and therefore c
261 posed of a single layer of coupled plasmonic coaxial waveguides that exhibits an effective refractive
262 demonstrate the launching of THz pulses into coaxial waveguides using the effect of THz pulse generat
263                             It consists of a coaxial waveguiding region with a low index of refractio
264 e of the emitter configuration (monoaxial or coaxial), when compared to those produced by spray-dryin
265 sitively biased electrospraying capillary is coaxial with a cylindrical charge-reduction (CR) chamber
266  bundle scattered light into a conical sheet coaxial with the bundle.
267 ical central core, and a mobile ring that is coaxial with the core.

 
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