ライフサイエンスコーパス: spiral

1 e peroxisomal fatty acid (FA) beta-oxidation spiral.

2 tic field control of the incommensurate spin spiral.

3 self-association of LANA into supermolecular spirals.

4 cteristic shapes, including rods, cocci, and spirals.

5 ically-driven bending into multi-turn inward spiraling.

6 at preferentially induced radial (<10 Hz) or spiral (10-20 Hz) hallucinations in a behavioral experim

7 ), whereas more artifacts were observed with spiral 4D flow (kappa = 0.30 and 0.20).

8 For portal venous flow, spiral 4D flow was in better agreement with 2D cine phas

9 Inspired by the Archimedean spiral, a new integrated design of micropseudocapacitors

10 ctively evaluated and underwent a high-pitch spiral acquisition CT scan.

11 tion - 80x0.5 mm, scanning range in a single spiral acquisition from the skull to the proximal femora

12 Spiral adenosine stress cardiovascular magnetic resonanc

13 or was assessed using accelerometry, digital spiral analysis, and a standard clinical rating scale at

14 of theoretical plates as compared to the 3D spiral and 2D serpentine columns, respectively.

15 e in the peak capacity as compared to the 3D spiral and 2D serpentine columns, respectively.

16 dose-matched delayed contrast agent-enhanced spiral and axial abdominal EID and PCD scans were acquir

17 inal vessels showed good equivalence between spiral and Cartesian 4D flow techniques (lower bound of

18 We propose that the spiral and dense coat organize the cytoadherence structu

19 e subgroups of retinal ganglion cells (RGC), spiral and vestibular ganglia, inner ear and vestibular

20 formed rings of variable size, ellipses, and spirals and also arcs that could be assembly products.

21 ions in the number and shapes of dislocation spirals and different layer stackings that are determine

22 Both standard (spiral) and triggered CT scans were used to reconstruct

23 3D printed in titanium as 2D serpentine, 3D spiral, and 3D serpentine columns, of equal length and i

24 the mitochondrial fatty acid beta-oxidation spiral, and thus is important for energy metabolism.

25 laments, whereas Shs1-capped rods form arcs, spirals, and rings.

26 lic interconnects, springs, and freestanding spiral architectures on flexible and rigid substrates.

27 The spirals are shown to be springs whose bending drives mem

28 l structure by locating the Scutum-Centaurus spiral arm as it passes through the far side of the Milk

29 nd a tertiary protostar is coincident with a spiral arm in the outer disk at a separation of 183 astr

30 ay, we detected a pair of trailing symmetric spiral arms in the protoplanetary disk surrounding the y

31 an emission gap closer to the star than the spiral arms.

32 DNA, via a set of pre-sensor 1 hairpins that spiral around the translocation substrate.

33 ynamin family, which polymerize into helical spirals around such necks.

34 alpha-ARNT and HIF-1alpha-ARNT, wherein ARNT spirals around the outside of each HIF-alpha subunit.

35 dules of neighbouring protomers, and a quasi-spiral arrangement of DNA binding elements that circumna

36 trophoblast (CTB) invasion of the uterus and spiral arteries is often shallow.

37 ells invade the decidua and remodel maternal spiral arteries to establish adequate nutrition during g

38 oblasts invading the maternal uterus and its spiral arteries.

39 Decidual spiral arteriole (SpA) remodeling is essential to ensure

40 ure displaying poor trophoblast invasion and spiral artery development in the maternal decidua, accom

41 utrophils, or blockade of TNF-alpha improves spiral artery remodeling and rescues pregnancies.

42 tional zone, smaller placentas, and impaired spiral artery remodeling with fetal growth restriction.

43 atural killer (uNK) cells, and impairment of spiral artery remodeling.

44 ng to shallow uterine invasion and deficient spiral artery remodeling.

45 dm1/Blimp1 is essential for specification of spiral artery trophoblast giant cells (SpA-TGCs) that in

46 One such spiral assembly was solved as a crystal structure of 3.7

47 -wide activity arises from a low-dimensional spiral attractor.

48 In this work, we propose a spiral blade plasmonic vortex lens (SBPVL) that offers u

49 Spiral-bound flip cards and download pdf surround HOTV a

50 plasma gondii, the apical complex includes a spiral cap of tubulin-rich fibers called the conoid.

51 es an intensive electromagnetic field into a spiral capacitive gap (around 200 mum), which provides s

52 a counter-rotating cell boundary layer, with spiral cell orientation within the vortex.

53 re is chiral, consisting of interpenetrating spiral chains of hydrogen-bonded water molecules and rot

54 core structure in which five subunits form a spiral chamber that binds the clamp at its base in a twi

55 i chip containing two series-coupled, square spiral channels 4.2 cm and 2.8 cm long and 250 mum x 140

56 w silica spheres (smHSSs) using microfluidic spiral channels with enhanced mixing performance, introd

57 o optically control the direction, speed and spiral chirality of such waves in cardiac tissue.

58 itute a group that appears to have lost both spiral cleavage and centrosomes.

59 In addition to exhibiting spiral cleavage and early cell fate determination, troch

60 lida, Macrostomorpha, and Polycladida) share spiral cleavage and entolecithal eggs with other lophotr

61 Lecithoepitheliata have primitive spiral cleavage but derived ectolecithal eggs.

62 y countercurrent chromatography (LSRCCC) and spiral-coil LSRCCC.

63 at a higher flow rate, as compared to the 3D spiral column, provided a 58% reduction in the analysis

64 e cooperation among genetic strangers in the spiraling competition between increasingly large groups

65 Through a marriage of spiral computed tomography (CT) and graphical volumetric

66 r preoperative abdominal or thoracoabdominal spiral computed tomography images.

67 rbors hundreds of microns along the cochlear spiral, contacting many outer hair cells (OHCs).

68 ize and axon outgrowth, are graded along the spiral contour of the cochlea.

69 cause the tissue at the anatomically defined spiral core would already be weakly conducting, and a fu

70 by destroying the electrical activity at the spiral core.

71 The spiraling cost of new drugs mandates a fundamentally dif

72 Gravitational forces are expected to excite spiral density waves in protoplanetary disks, disks of g

73 ue that the observed spirals trace shocks of spiral density waves in the midplane of this young disk.

74 Meanwhile, this spiral design can be engineered into arbitrary microshap

75 ral surface of LES are arranged in a helical/spiral fashion.

76 rtex and continuously proceeds outwards in a spiraling fashion.

77 Unilateral spiral fiber neuron ablations shift the directionality o

78 By in vivo calcium imaging, we found that spiral fiber neurons are active in response to aversive

79 These results reveal that spiral fiber neurons are essential for the function of t

80 directionality of escapes and indicate that spiral fiber neurons excite the M-cell in a lateralized

81 -latency escapes, supporting the notion that spiral fiber neurons help activate M-cell-mediated start

82 ike M-cell ablations, bilateral ablations of spiral fiber neurons largely eliminate short-latency esc

83 s composed of excitatory interneurons called spiral fiber neurons, which project to the M-cell axon h

84 shear scrolling method generates Archimedean spiral fibers that demonstrate exotic, telescoping elong

85 e RecA (Rad51) protein that assembles into a spiral filament on DNA and mediates genetic exchange.

86 the mechanical properties of the mysterious spiral filaments formed by the yeast ESCRT-III protein S

87 2/CHMP4B spontaneously forms single-stranded spiral filaments.

88 eover, it was found that juice produced with spiral-filter press demonstrates a higher retention of p

89 s demonstrates the advantage of the use of a spiral-filter press in comparison with belt press in the

90 disadvantages of the innovative, low-oxygen spiral-filter press system were studied in comparison wi

91 First, the system parameters of a spiral-filter press were optimised with the aim of produ

92 a higher juice yield could be achieved with spiral-filter press.

93 gen) levels in the extraction chamber of the spiral-filter press.

94 onsisted of (1) shredding, (2) pressing with spiral-filter technology including a vacuumised extracti

95 , which utilises internal ridge(s) to induce spiral flow.

96 nts: a highly curved 800-residue N-terminal 'spiral', followed by a 400-residue low-curvature 'bridge

97 This converts the hub into a spiral form that can release or gain CaMKII dimers.

98 Plates with triangular dislocation spirals form noncentrosymmetric stacking that gives rise

99 inescence, plates with hexagonal dislocation spirals form the bulk 2H layer stacking commonly observe

100 AF-initiating spirals formed at the site showing the greatest rate-dep

101 The CM site contains spiral-fractured bone and molar fragments, indicating th

102 demonstrated quantitative stability during a spiral functional MRI sequence.

103 Unlike spiral galaxies such as the Milky Way, the majority of t

104 similar densities to star clusters in giant spiral galaxies.

105 Proper structural organization of spiral ganglion (SG) innervation is crucial for normal h

106 tion was seen in satellite cells surrounding spiral ganglion (SG) neurons from postnatal month 1 onwa

107 bular and cochlear sensory epithelia and the spiral ganglion - by measuring electrophysiological prop

108 through anatomically distinct populations of spiral ganglion afferent neurons.

109 t on their postsynaptic targets, the type II spiral ganglion afferents.

110 uitment into both the sensory epithelium and spiral ganglion and also resulted in diminished survival

111 f Tg-mtTFB1 mice implicated apoptosis in the spiral ganglion and stria vascularis because of mitochon

112 Spiral ganglion cell (SGC) degeneration was prevented du

113 ans of a cochlear implant requires a healthy spiral ganglion cell population.

114 The remaining spiral ganglion cells (type IIs) are unmyelinated and co

115 Our injections also transduced 10% of spiral ganglion cells and a much larger fraction of thei

116 he electrical responsiveness of BDNF-treated spiral ganglion cells is preserved during this period as

117 strikingly, significant degeneration of the spiral ganglion cells of the auditory nerve.

118 We have shown that cochlear spiral ganglion cells secrete OPG at high levels and lac

119 The spiral ganglion is a compelling model system to examine

120 ocalize with the Schwann cell marker Krox20, spiral ganglion marker NF200, nor glial fibrillary acidi

121 Prph((-/-)) mice lacked type II spiral ganglion neuron innervation of the outer hair cel

122 Optogenetic stimulation of spiral ganglion neurons (SGNs) activated the auditory pa

123 Type II spiral ganglion neurons (SGNs) are small caliber, unmyel

124 The mammalian spiral ganglion neurons (SGNs) are specialzed bipolar ne

125 Spiral ganglion neurons (SGNs) receive input from cochle

126 Spiral ganglion neurons (SGNs) relay acoustic code from

127 synapses between inner hair cells (IHCs) and spiral ganglion neurons (SGNs) that carry acoustic infor

128 For sounds of a given frequency, spiral ganglion neurons (SGNs) with different thresholds

129 c) contributes to the proper organization of spiral ganglion neurons (SGNs) within the Rosenthal's ca

130 Such injury can also lead to degeneration of spiral ganglion neurons (SGNs), but this occurs over a p

131 eloping murine cochlea, where two classes of spiral ganglion neurons (SGNs), type I and type II, navi

132 the radiation beam was directed towards the spiral ganglion neurons (SGNs), whereas little responses

133 y cells in the cochlea, i.e., hair cells and spiral ganglion neurons (SGNs), with a focus on their to

134 ed into a mini-burst of action potentials in spiral ganglion neurons (SGNs).

135 eripheral auditory fibers (PAFs) and loss of spiral ganglion neurons (SGNs).

136 cells directly in the sensory epithelium or spiral ganglion neurons (SGNs).

137 mechanosensory hair cells (HCs) and afferent spiral ganglion neurons (SGNs).

138 IHCs), and was lacking from the postsynaptic spiral ganglion neurons (SGNs).

139 and also resulted in diminished survival of spiral ganglion neurons after hair cell death.

140 show that alpha2delta3 mRNA is expressed in spiral ganglion neurons and auditory brainstem nuclei an

141 n binaural transduction of inner hair cells, spiral ganglion neurons and vestibular hair cells.

142 Inner hair cells, auditory synapses and spiral ganglion neurons are all present after noise expo

143 reduces the spontaneous activity of IHCs and spiral ganglion neurons in the developing cochlea and pr

144 In vivo recordings from postsynaptic spiral ganglion neurons showed a use-dependent reduction

145 nnervation of the inner hair cells by type I spiral ganglion neurons was normal.

146 no evident pathology among supporting cells, spiral ganglion neurons, or cells of the cochlear latera

147 physical properties of the auditory neurons (spiral ganglion neurons, SGNs) stimulated in electrical

148 In spiral ganglion neurons, the primary afferents in the co

149 encoding of sound onset in the postsynaptic spiral ganglion neurons.

150 wave I latency, consistent with apoptosis of spiral ganglion neurons.

151 To understand better the sophistication of spiral ganglion response properties, we compared somatic

152 t of the rat AN projecting from the cochlear spiral ganglion to brainstem cochlear nuclei.

153 PLP1(+) glial cells from the spiral ganglion were identified as neural progenitors, w

154 may set the "address" of neurons within the spiral ganglion, allowing them to elaborate the appropri

155 is sufficient to attract leukocytes into the spiral ganglion, and that fractalkine signaling plays a

156 ed macrophages were also observed within the spiral ganglion, but their numbers remained elevated for

157 e type II proximal, radial process, near the spiral ganglion, in agreement with the high voltage thre

158 vating the organ of Corti originate from the spiral ganglion, roughly 95% of which innervate exclusiv

159 thods to co-culture neural stem cell-derived spiral ganglion-like neurons (ScNs) and mouse auditory c

160 rine and terrestrial organisms (for example, spiralling gastropod shells).

161 The spiral geometry of the scours suggests that they were ca

162 se conclusions, an enhanced configuration of spiral graft is proposed and compared against convention

163 oposed and compared against conventional and spiral grafts to reaffirm its potential benefits.

164 sm resulting in the narrow pith cavity, weak spiral growth but increased vascular bundle of the thick

165 wall variant with narrow pith cavity, mildly spiral growth, and flat and enlarged SAM, including thos

166 Although ESCRT-III subunits polymerize into spirals, how individual ESCRT-III subunits are activated

167 ering in the presence of moving gratings and spirals, hummingbirds lost positional stability and resp

168 Spiral images were scored for image quality (Wilcoxon si

169 ress mediate tissue and cell damage that can spiral in a cycle of inflammation and more oxidative str

170 d on the identification of the blood flow as spiral in the whole arterial system and is believed to i

171 functional MRI studies was performed with a spiral in-and-out gradient echo sequence.

172 ow-dimensional, periodic, decaying orbit - a spiral - in which it behaved as a true attractor, conver

173 in the morphology of membrane-bound dynamin spirals, indicating that the PH domain regulates membran

174 nar capacitors with vacuum gaps of 60 nm and spiral inductor coils of micron pitch we realize microwa

175 y secretions using closed-loop separation of spiral inertial microfluidics (C-sep).

176 ome size minimization include tightly packed spirals inferred to be DNA, few densely packed ribosomes

177 the ipso carbon of the aryl group to give a spiral intermediate, and then migration of the keto carb

178 This death spiral is fueled by specialized proteins and error-prone

179 e-initiating heminodes in the distal osseous spiral lamina, NaV1.1 partly overlapped NaV1.6 and ankyr

180 e magnetic-field-driven flop of conical spin spirals leads to the simultaneous reversal of magnetizat

181 ke form that wraps around the cell body in a spiral-like fashion and enables the cell to escape by a

182 ilament executes a polymorphic change into a spiral-like form that wraps around the cell body in a sp

183 s that many of them are not closed but have "spiral-like" morphologies.

184 odel (TM-A model), the TM is attached to the spiral limbus (as in wild-type animals); in the second m

185 el (TM-D model), the TM is detached from the spiral limbus (mimicking the cochlea of Otoa(EGFP/EGFP)

186 Various graphene patterns, including texts, spirals, line arrays, and integrated circuit patterns, w

187 erromagnetic ferroelectrics are conical spin spiral magnets with a simultaneous reversal of magnetiza

188 ary flow instabilities for low-aspect ratio, spiral microchannels, with improved flow models for desi

189 stigation of sorting live HT-29 cells in the spiral microfluidic channel indicated that the distribut

190 e position and diameter of microspheres in a spiral microfluidic channel under various flow rates.

191 ch are then sorted by flowing them through a spiral microfluidic channel.

192 Based on inertial focusing in spiral microfluidic channels, I-SELEX enables stringent

193 s for the production and use of a label-free spiral microfluidic device to allow size-based isolation

194 The described spiral microfluidic devices can be produced at an extrem

195 tic fields because, owing to Lorentz forces, spiral modes orbit decreases in diameter pulling the cha

196 neage of bacteria most known for their long, spiral morphology.

197 e having a 'right-handed' (counterclockwise) spiralling morphology is induced by L-enantiomers of Asp

198 two types of magnetoelectric effect-electron spiral motion and magnon-drag thermopower-as well as enh

199 Our results suggest that spiral motion patterns that emerge in spatio-temporal op

200 accelerated electrons experience collective spiral motions, which leads to elliptically polarized sy

201 del, a new class of self-similar logarithmic spirals observed in a large zone of the parameter space.

202 ossible establishment of a self-perpetuating spiral of events that maintains or prolongs the pro-cata

203 ocirculatory flow may interrupt the downward spiral of injury toward progressive kidney failure and s

204 The spiral of one TOR interacts with the bridge of another,

205 quality control and precipitating a downward spiral of the cell's ability to maintain protein homeost

206 Polymeric spirals of crescent-shaped BAR-domain superfamily protei

207 i stacked BChl molecules in cylinders and/or spirals of different size.

208 ow that Cdt1 stabilizes MCM in a left-handed spiral open at the Mcm2-5 gate.

209 consisted of small, tortuous vessels with a "spiral" or "corckscrew" aspect.

210 can be used to study different types of spin spiral order and resulting multiferroic effects.

211 As the pitch of the spiral order varies across the 3d transition metal compo

212 spin interaction which is essential for spin spiral order.

213 scissors game has a replicator equation that spirals out to the boundary, space stabilizes the system

214 We discovered that the growth displayed a spiral pattern and pith played an important role in prom

215 These individual carpels are arranged in a spiral pattern on the subtending stem tip, the receptacl

216 viewed a genuine static image of a radial or spiral pattern without any flicker.

217 ajority of MSTd neurons respond optimally to spiral patterns, rather than to the radial expansion pat

218 , geometric hallucinations such as radial or spiral patterns.

219 int unprecedented high values of OAM, namely spiral phase mirrors, to generate photons with more than

220 te OAM control of neutrons using macroscopic spiral phase plates that apply a 'twist' to an input neu

221 rection of propagation, effected by multiple spiral phase plates, and the conservation of topological

222 rown alga, Sargassum muticum, which exhibits spiral phyllotaxis (137.5 degrees angle) and an unlinked

223 itive beam steering device that integrates a spiral plasmonic antenna with a subwavelength metallic w

224 stants that exceed the length of the distal, spiral process, enabling spatial summation from widespre

225 h the high voltage threshold measured in the spiral process.

226 A high-resolution variable-density spiral pulse sequence with a novel density compensation

227 ration recovery interleaved variable-density spiral pulse sequence.

228 ows for a direct visualization of arrhythmic spiral re-entry and represents a revolutionary tool to a

229 te these secondary flows in low aspect ratio spiral rectangular microchannels and define their develo

230 cale nucleotide-driven motions of the ATPase spiral relative to the planar proteolytic base.

231 veguide cross-section of the silicon nitride spiral resonator is designed to possess small and flatte

232 multi split ring resonators, and (ii) multi spiral resonators.

233 nm) transforms the films from flat sheets to spiral ribbons, which subsequently translate large dista

234 state of ATP and are associated with an open spiral ring formation that is vital for asymmetric subun

235 les and show that, surprisingly, Min-protein spiral rotations govern the larger part of the geometric

236 amber parameters: pole-to-pole oscillations, spiral rotations, and traveling waves.

237 spiratory tracking and the other with use of spiral sampling and a breath hold.

238 The combination of highly efficient spiral sampling with dynamic compressed sensing results

239 velocity scanning and beam path corrections, spiral scan images are shown to exhibit less scan distor

240 Although spiral scanning avoids the sudden changes in the beam lo

241 e deviations, i.e. image distortions, we use spiral scanning paths, allowing precise control of a sub

242 The human inner ear has an intricate spiral shape often compared to shells of mollusks, parti

243 Helicobacter pylori is a spiral-shaped Gram-negative bacterium that colonizes the

244 boundaries of the three ocean basins, before spiraling southeastward and upward through the Antarctic

245 s present a three dimensional view showing a spiralling southward path, with enhanced upwelling by ed

246 i) excitation of a new spin-wave mode with a spiral spatial profile originating from a gyrotropic rot

247 emerge from an enhanced coupling to residual spiral spin fluctuations and their concomitant suppressi

248 magnetic diffraction technique, we reveal a spiral spin order in MnP and trace its pressure evolutio

249 sine triphosphatases (ATPases) form a closed spiral staircase encircling an unfolded substrate, direc

250 nits, which complements the well-established spiral-staircase topology of the 26S ATPases.

251 surements allow us to shed light on Galactic spiral structure by locating the Scutum-Centaurus spiral

252 highly organized knob skeleton composed of a spiral structure coated by an electron-dense layer under

253 cular gas emission that reveal a disk with a spiral structure surrounding the three protostars.

254 However, previous observations that showed spiral structure were not able to probe disk midplanes,

255 DHE-enriched stromal fractions revealed fine spiral structures, similar to bacterial ADHE spirosomes.

256 also creates multiple images of the z = 1.49 spiral supernova host galaxy, and a future appearance of

257 due to an increased number of high-mobility spiral surface modes based on spin-split bands.

258 for its appearance and disappearance during spiral swimming in the natural habitat.

259 This spiral system enables us to achieve >/= 85% recovery of

260 ng high-pitch prospectively ECG-gated "Flash Spiral" technique (method A) or retrospectively ECG-gate

261 This spiraling tentacle-based grabbing modality, the direct p

262 ons in the circadian clock create a downward spiral that can lead to diabetes and other metabolic dis

263 ymbiotic partners enter into an evolutionary spiral that leads to irreversible codependence and assoc

264 e symptoms enter a seemingly self-propelling spiral that the maladaptive features of a disorder emerg

265 Modern planar inductors consist of metallic spirals that consume significant chip area, resulting in

266 g, while stronger radial threads with weaker spiral threads is better for distributed loading.

267 iodide uptake and a morphological shift from spiral to coccoid form.

268 e and multiple helices, toroids, and conical spirals to structures that resemble spherical baskets, c

269 ut tidally predicted stress fields as Phobos spirals towards Mars.

270 We argue that the observed spirals trace shocks of spiral density waves in the midp

271 However, outward-bound runs on the circular-spiral track in the dark were associated with backward s

272 During inbound traversals of circular-spiral tracks, angular velocity increases continuously.

273 The nanoparticles followed a right-handed spiral trajectory on the surface of the cell.

274 0 degrees and 180 degrees ; for chest CT, a spiral trajectory with TCM was used.

275 agnetic topology of the alternating-exchange spiral tubes of S = (1/2) (C14H10)(*-) radical anions.

276 as 3D translation and rotation selectivity, spiral tuning, and heading selectivity, can account for

277 Dose-reduced spiral unenhanced lung EID and PCD CT examinations were

278 ence the cell swimming direction, within the spiral vortex.

279 d the minimal requirements for alternans and spiral wave break up, namely the kinetics of INa inactiv

280 rved on the surface of the rabbit heart, and spiral wave breakup.

281 Both models produced two-dimensional spiral wave dynamics for that were similar for each pati

282 Spiral wave reentry was simulated in monodomain 2-dimens

283 confirmed that localized ablation may anchor spiral wave reentry, producing organized tachycardias.

284 potentials in atrial fibrillation (AF) show spiral wave sources (rotors) in nearly all studies inclu

285 However, it is unclear why ablation near a spiral wave tip would terminate AF and not anchor reentr

286 center for reentry and can anchor an induced spiral wave.

287 t the receiver, which is associated with the spiral wavefront of OAM beams.

288 pm as observed in rabbit myocytes, reentrant spiral waves as observed on the surface of the rabbit he

289 ntrant excitations have been associated with spiral waves circulating around either an anatomically d

290 rotors in high-excitability regions migrated spiral waves to less excitable tissue, where they detach

291 supports the existence of localized rotors (spiral waves) or focal drivers.

292 ny sensory cells at the apex of the cochlear spiral were missing.

293 in more complicated constant linear velocity spirals, where the frequency varies within each scan.

294 s4 create uniform membrane-deforming conical spirals which are assemblies of specific ESCRT-III heter

295 Apaf-1/pc-9 CARD pairs arranged in a shallow spiral with the fourth pc-9 CARD at lower occupancy.

296 The resulting micro-tentacle exhibit spiraling with the final radius as small as ~185 mum and

297 "Archimedean" spirals, with a constant angular frequency within each s

298 verse osmosis (LRO) and reverse osmosis (RO) spiral-wound membranes showed LRO membrane to be very ef

299 The mechanisms that drive the spiral wrapping of the myelin sheath around axons are po

300 trate the process with linear, circular, and spiral zone plates.