戻る
「早戻しボタン」を押すと検索画面に戻ります。 [閉じる]

コーパス検索結果 (１語後でソート)

通し番号をクリックするとPubMedの該当ページを表示します
1  of molecules in an array of nanofabricated "dimples".
2 l surface, with a bias toward the biconcave 'dimple'.
3 g timescales, also reflect a bias toward the dimple.
4  the highly bent stalk structure or prestalk dimple.
5 he out-of-plane deformation of the spherical dimples.
6 inders fusion by preventing the formation of dimples.
7 cular microstructural changes were detected: dimple (75%), dissociated nerve fiber layer (DONFL) (55%
8 n the ratio of forces per unit volume in the dimple and rim regions of the RBC.
9 ental measurements of NMIIA densities at the dimple and rim validate our prediction that (a) membrane
10 ssive painful pruritic breast fullness, skin dimpling, and skin discoloration of the mastectomy scar
11                                Regarding the dimples as point-like packing units produces spherical V
12 brane, followed by localized target membrane dimpling as local clusters of hemagglutinin started to u
13                                      Because dimpling bends the bilayer portion of bound membranes so
14      Here we report our cloning of the brain dimple (brdp) mouse mutation, which we recovered from an
15  relationship between the CSF cleft-cortical dimple complex and focal cortical dysgenesis and its con
16                                    The cleft-dimple complex is a marker for subtle cases of focal cor
17 ients with seizures, the presence of a cleft-dimple complex should alert the physician to scrutinize
18                                    The cleft-dimple complex was defined as a prominent CSF space asso
19 RRD repair, encompassing both focal changes (dimples, DONFL) and zonal changes (IPET, TMG).
20  there was generalized periareolar erythema, dimpling, firmness, and fixation involving the central b
21    Sliding angles of water droplets on those dimples firstly increased and then stabilized at a certa
22       We develop a low cost and bias method, DIMPLE, for systematically generating deletions, inserti
23  that at least part of delta is bound in the dimple formed by the N termini of the alpha and beta sub
24 onic solids, and the 32 surface atoms form a dimpled geodesic sphere composed of 60 triangular faces.
25             There was an associated cortical dimple in 29 (41%) patients.
26 c materials) fabricated by denting spherical dimples in an elastic flat sheet.
27 e were significantly more deep inner retinal dimples in the temporal group (35%) compared with 5% in
28 isis in 20 of 23 eyes (87.0%), inner retinal dimpling in 8 of 23 eyes (34.8%), and discrete paravascu
29 pital region covered with alopecic skin with dimpling in the overlying skin.
30 RDs), vs. NFLD oval (O) (i.e., inner retinal dimples [IRDs]).
31 ic helices, while 76-HPQY is non-helical and dimples just above the surface.
32 by a tight hydrophobic fit made with a small dimple largely defined by His57 and His99; a weaker, les
33                                    DONFL and dimples may be part of a continuum of findings stemming
34 trate that lipid domains can adopt a flat or dimpled morphology, where the latter facilitates a repul
35 xogenous substrates using mass spectrometry (DIMPLES/MS), demonstrated for one substrate (AA) and its
36                                              Dimples (n = 251, average 4.5 +/- 5.8 per eye) could be
37 mages (and their equivalent, freeze fracture dimples) observed at the active zone adjacent to the den
38                                         Such dimples on superhydrophopbic surfaces can be applied in
39  creating an array of "hydrophobically coded dimples" on the surface of surface-core doubly cross-lin
40 enty-two patients had no discernible vagina (dimple or less).
41  investigation on the crystallography of the dimpled patterns obtained through wrinkling of a curved
42 etween the rostral edge of the post-cruciate dimple (PCD) and the rostral edge of the ansate sulcus,
43 ual cell types in ultra-low attachment micro-dimple plates.
44 nce in the densities between the rim and the dimple regions of red blood cells and their ghosts may b
45 membrane, Piezo1 tends to concentrate in the dimple regions of these shapes, and the fraction of open
46  Under compression, a crystalline pattern of dimples self-organizes on the surface of the shell.
47  (b) the force density must be larger in the dimple than the rim to produce the observed membrane cur
48                                    The local dimples then transitioned to extended, tightly apposed c
49                                       We use DIMPLE to study how indels impact potassium channel stru
50 ional source of stress, and the inability of dimples to rearrange during crystallization.
51 ne-centric manner, progressing from punctate dimples, to the formation of a pinched liposomal funnel
52             The average depth of the deepest dimples was 58 +/- 18 um.
53 oral macular thinning and deep inner retinal dimples were significantly greater in the temporal group
54 ethod, was firstly exploited in constructing dimples with various profiles on the superhydrophobic Al
55 enic conditions HA causes the formation of a dimple within the membrane in which it resides, and that
56 y come into intimate contact, the damping of dimpling would suppress this initial step in the fusion