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1 sicle shapes as follows: spherical-polygonal-ellipsoidal.
2 olled and the overall shape is not perfectly ellipsoidal.
3 14.2 A and that the larger micelles are more ellipsoidal.
4  in the other form the ring is significantly ellipsoidal.
5                                          The ellipsoidal 13.7+/-2.8/4.9+/-0.6 mm SAN structure was fu
6                                              Ellipsoidal analysis can be useful for exploring local s
7                                              Ellipsoidal analysis leads to discovery of a general swi
8 ons, surface areas, and volumes of spherical/ellipsoidal and cylindrical/arachoidal vesicles were qua
9    However, over the next several hours, the ellipsoidal and encapsulated spores proceed to swell and
10             The chlorosomes were found to be ellipsoidal and of various sizes, characteristics that a
11 talline structures from rigid nanorings with ellipsoidal and polygonal geometry.
12 omata and by the production of alpha (short, ellipsoidal) and beta (long, filamentous) conidia.
13 rol vesicles into nanoparticles whose shape (ellipsoidal) and dimensions (in the 7-10-nm range) resem
14 cle morphology (spheroidal, pleiomorphic, or ellipsoidal) and postsynaptic membrane specializations (
15 ically assuming volume-equivalent spherical, ellipsoidal, and circular cylinder shapes.
16 ifically, bottlebrush polymers with conical, ellipsoidal, and concave architectures are synthesized u
17 lome profiles of each magnetically levitated ellipsoidal band.
18 he biomolecular composition of the levitated ellipsoidal bands correlates with the health of plasma d
19 es, we found that the levitated biomolecular ellipsoidal bands do contain information on the health s
20 tally and computationally the 2D movement of ellipsoidal beads propelled by actin tails and show that
21  We reconstituted actin-based motility using ellipsoidal beads resembling the geometry of Listeria mo
22  defect in engulfing rod-shaped bacteria and ellipsoidal beads.
23  bistable orientation of the actin-propelled ellipsoidal beads.
24 al biofilms with no cell ordering and oblate ellipsoidal biofilms with high cell ordering.
25 ation (MagLev) system and cause formation of ellipsoidal biomolecular bands.
26    We herein report a new facile strategy to ellipsoidal block copolymer nanoparticles that exhibit a
27 s are not fixed but rather maintained within ellipsoidal caged domains, similar to eukaryotic interph
28  a large density of closely packed elongated ellipsoidal carrier pockets near the band edges of this
29    The fluid shear stress induces large, ear ellipsoidal cell deformations.
30  shapes of multiparticle assemblies, such as ellipsoidal clouds, dog-bone agglomerates, and ribbon bu
31  of 13) neurons formed at least two distinct ellipsoidal clusters (range, 2-7).
32 c, and the polymeric molecules are shaped as ellipsoidal coils of revolution oblate about the radial
33                            The adsorption of ellipsoidal colloidal particles on liquid interfaces ind
34 ell particles, we reveal that suspensions of ellipsoidal colloids form an unexpected state of matter,
35 metry, in contrast to uncharged spherical or ellipsoidal colloids that typically crystallize into a f
36 onsistent with an impact between two roughly ellipsoidal cometesimals that produced large-scale axial
37 that cell rearrangements were more likely in ellipsoidal, compared with cylindrical, geometry.
38 tent with the presence of an octamer with an ellipsoidal configuration; a small amount of a component
39            In epithelia with rectangular and ellipsoidal cross-section we find pronounced stress anis
40 ansgene expression was observed as the minor ellipsoidal diameter approached 25 nm.
41 ing to EmaA, were found to be composed of an ellipsoidal domain capping a rod-like domain that adopts
42 eous calcium waves that filled approximately ellipsoidal domains of Bergmann glia processes.
43 coarse-grained simulation, show that initial ellipsoidal DSH particles rapidly collapse to discoidal
44 ull and close an epithelial sheet around the ellipsoidal egg surface during a gastrulation process kn
45 ssible Newtonian fluid constrained within an ellipsoidal eggshell.
46  which is essential for the formation of the ellipsoidal ending and for collagen binding activity.
47 0 amino acids of the mature protein form the ellipsoidal ending of the EmaA protrusions, where the ac
48 ons consisting of a long helical rod with an ellipsoidal ending.
49 its are loosely packed and/or arranged in an ellipsoidal fashion.
50 ion of the conductive carbon yarn (CCY) with ellipsoidal Fe(2)O(3) has been performed to immobilize t
51 E to represent ECM collagen as deformable 3D ellipsoidal fibril distributions (EFDs).
52  absent, pinpoint, flattened, crescentic, or ellipsoidal flow.
53                                       A half-ellipsoidal, fluid-filled balloon was interposed between
54 t molecules via multiphoton excitation in an ellipsoidal focal volume and photobleaches a fraction.
55 zed epithelia with circular, rectangular and ellipsoidal footprints.
56                                      Elastic ellipsoidal functions defined by the observed hydration
57 ight a series of interdigitated sutures, the ellipsoidal geometry and laminated microstructure of whi
58 composed of a long rod that terminates in an ellipsoidal head region.
59 re, is the overall shape of the second-order ellipsoidal hydrophobic moment.
60                             The structure is ellipsoidal in shape, approximately 78 A long and 32 A w
61 e energy necessary to create an Eshelby-like ellipsoidal inclusion in an elastic matrix.
62                                  Others were ellipsoidal, indicating sensitivity to all color directi
63 ggesting that the geometric assumption of an ellipsoidal LA shape in BAL does not reflect LA geometry
64 parallel double superhelix wrapped around an ellipsoidal lipid phase.
65 en helical shape that wraps around a central ellipsoidal lipid phase.
66  and active microrheology using micron-scale ellipsoidal magnetic microparticles, in both cases using
67  the significant double role of the shape of ellipsoidal magnetic nanoparticles (nanorods) subjected
68  which is reconstructed as a millimetric and ellipsoidal meiobenthic animal with spinose armour and a
69 tant penguin feathers is generated by large, ellipsoidal melanosomes previously unknown for birds.
70 The experimental data were analyzed using an ellipsoidal model for intraparticle correlations and the
71 ain dimensions are calculated by refining an ellipsoidal model in a whole pattern fit.
72 on spectra were fitted with the double-shell ellipsoidal model, which considered varying cell wall th
73 ependent lethality, with cells exhibiting an ellipsoidal morphology and abnormal vacuolar phenotypes
74 rved that these yeast capsules possessed the ellipsoidal morphology and intact structure without visu
75 ependent lethality, with cells exhibiting an ellipsoidal morphology indicative of loss of polarized c
76 more invasive than ERMS cells and adopted an ellipsoidal morphology to efficiently invade the extrace
77  examination revealed numerous, spherical to ellipsoidal, mucicarmine-positive, 3- to 14-microm, enca
78 f the homogenized properties of spherical or ellipsoidal multishell particles and provides a database
79                                          The ellipsoidal NP aligns with the LC director.
80 indicates that, on average, the mtDNA within ellipsoidal nucleoids is extraordinarily condensed.
81  and single-shell spherical, spheroidal, and ellipsoidal objects, e.g., biological cells of the gener
82 ndomly oriented homogeneous and single-shell ellipsoidal objects.
83 suited for imaging cells and other spherical/ellipsoidal objects.
84                  Migrating monocytes have an ellipsoidal or rounded wedge-like morphology, reminiscen
85      In addition, five species have pairs of ellipsoidal organs homologous to branchiae that produce
86 blem by using hydrodynamic simulations of an ellipsoidal particle on an oscillating surface.
87            This approach has been tested for ellipsoidal particles and a good agreement with theoreti
88 mal arrays formed both extensively condensed ellipsoidal particles and oligomeric suprastructures.
89 be used to eliminate the coffee-ring effect: ellipsoidal particles are deposited uniformly during eva
90 ogy techniques to characterize spherical and ellipsoidal particles at an air-water interface as a fun
91   We studied the Brownian motion of isolated ellipsoidal particles in water confined to two dimension
92 zen) and 40 degrees C (core-melted) revealed ellipsoidal particles with internal striations and round
93  experiments, with a comparative PVC test on ellipsoidal phantoms demonstrating that the RECOVER mode
94                    Specifically, distinctive ellipsoidal platelets can be obtained using 4-4' dimers.
95 e observe the formation of high-aspect-ratio ellipsoidal polymer nanoparticles, of controlled diamete
96                                          The ellipsoidal potentials thus appear promising as a mathem
97 e dynamics demonstrated that apo-ACBP was an ellipsoidal protein (axes of 15 and 9 A) whose conformat
98 ultimeric VWF appears to be a loosely packed ellipsoidal protein with non-covalent interactions betwe
99           Images were analyzed by drawing an ellipsoidal region of interest (ROI) around the tumor xe
100                     In reconstructed images, ellipsoidal regions of interest (ROIs) with diameters of
101 -volume theory combined with an impenetrable ellipsoidal representation of the chains predicts the cr
102 ional slices, extensively smoothed surfaces, ellipsoidal representations, and cortical flat maps).
103 ce on the chain is derived for a sequence of ellipsoidal segments, each twice the persistence length
104                                          The ellipsoidal shape also directs random collisions between
105 id Saccharomyces cerevisiae cells exhibit an ellipsoidal shape and a specific division pattern (a bip
106  allele of BED1 no longer have the wild-type ellipsoidal shape characteristic of S. cerevisiae, are l
107  structures of OOP, at 1.8-1.9 A, exhibit an ellipsoidal shape consisting of two major domains enclos
108                             TraI exhibits an ellipsoidal shape in solution with four domains aligning
109                                          The ellipsoidal shape is shown to be an equilibrium (reversi
110                                          The ellipsoidal shape of the yeast Saccharomyces cerevisiae
111 ed that OmcA is a monomer that adopts a flat ellipsoidal shape with an overall dimension of 34 x 90 x
112                 Due to the platelet's unique ellipsoidal shape, the force mechanics involved in its t
113  over the course of a simulation exhibits an ellipsoidal shape, which has the larger component tangen
114 ms-HDL particles are found to form a prolate ellipsoidal shape, with sizes consistent with experiment
115 ore, indicates that the monomers may have an ellipsoidal shape.
116 jects, e.g., biological cells of the general ellipsoidal shape.
117 wer degrees of polymerization have a prolate ellipsoidal shape.
118 ere larger than both controls and assumed an ellipsoidal shape.
119  based on the assumptions of axisymmetry and ellipsoidal-shape inclusion.
120                                              Ellipsoidal shapes were used as models, since their hydr
121                                              Ellipsoidal shell axes can be fitted with comparable pre
122 of concentric rings and 3D spherical shells, ellipsoidal shells, and a nanoflask--were assembled.
123 dida albicans undergoes a transition between ellipsoidal single cells (blastospores) and filaments co
124 ns, can undergo a reversible transition from ellipsoidal single cells (blastospores) to filaments com
125                                              Ellipsoidal, single cells (blastospores) predominate in
126                   This approach reveals that ellipsoidal SiO(2) concretions with a diameter of a few
127                                Upon heating, ellipsoidal SnO(2) nanoparticles are formed uniquely fro
128 r of the histone dimers are obtained with an ellipsoidal spatial metric and structural information pr
129 elf-organizes into the metaphase spindle: an ellipsoidal steady-state structure that holds its stereo
130 over the random models for a discoidal or an ellipsoidal stem cell confinement respectively.
131                        This emerges from the ellipsoidal structures of phase diagrams for multicompon
132 ng provides further evidence that SAT has an ellipsoidal subunit organization, the dimensions of the
133           Such a view is in keeping with the ellipsoidal subunit shape of trimeric LpxA, an acyltrans
134 stem where atoms evolve while confined on an ellipsoidal surface represents a heretofore unexplored g
135  use a vertex-based model, implemented on an ellipsoidal surface to represent a realistic geometry fo
136 t invagination and germ band extension on an ellipsoidal surface, which robustly captures the symmetr
137                Synaptic endings that contain ellipsoidal synaptic vesicles have a more proximal soma-
138  not linear) ones into appropriately shaped (ellipsoidal) territories, and polymers with large termin
139 r finite elements that are wrapped around an ellipsoidal three-dimensional approximation of an embryo
140 We propose that the carbon cage changes from ellipsoidal to approximately spherical around 7 GPa.
141 e degree of remodeling was estimated for the ellipsoidal tumoroids over time.
142 en helical shape that wraps around a prolate ellipsoidal type I hexagonal lyotropic liquid crystallin
143 crease in the mean surface area of spherical/ellipsoidal vesicles was correlated with the increased p
144 ational bands of the order of 100 nm form as ellipsoidal voids in between fused mineral aggregates an
145   By varying particle shape from circular to ellipsoidal, we show how nonequilibrium stresses acting
146 ge and hemispherical as opposed to small and ellipsoidal with a high aspect ratio.
147  X-ray scattering data suggest that they are ellipsoidal with a high degree of flexibility at the int
148 sulting models illustrate that the genome is ellipsoidal with periodically arranged arms.
149 he loss of external limiting membrane (ELM), ellipsoidal zone (EZ), and interdigital zone (IZ) on spe
150 mp." Moreover, it often presented with early ellipsoidal zone defect and its pathogenesis, although c
151   These patients have better BCVA and larger ellipsoidal zone widths, thus presenting an overall bett

 
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