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1  cations redistribute onto the newly created interstices.
2 Na(+)-ND(3) pairs residing in the octahedral interstices.
3  marker, acid lipase, to the stratum corneum interstices.
4 hich it delivers to the stratum corneum (SC) interstices.
5 ttice with atomic hydrogen disordered in the interstices.
6 us MnRuO(x) phase fills the microcrystalline interstices.
7 and suppresses nanoparticle diffusion in gel interstices.
8 mellar bodies (LB), and secreted into the SC interstices, along with other LB-derived lipid hydrolase
9 eplete with mature lamellar membranes in the interstices and a functionally competent barrier appear.
10 ed lamellar body-derived membranes in the SC interstices, and depletion of histochemically detectable
11 ter/solute movement was restricted to the SC interstices, and further localized to non-lamellar domai
12 erved glycine residues rarely face the lipid interstices, and many of them participate in close helix
13                                  Hydrophobic interstices are of great interest, because they occur in
14 e the unfavorable free energy of hydrophobic interstices associated with the intermediates of the fus
15 d to protein aggregates jamming in the fluid interstices between bubbles and/or to the higher viscosi
16 ates that each of the K atoms in tetrahedral interstices between C60 spheres accepts three electrons
17 d that tip-sample adhesion was larger in the interstices between NPL complexes in the (110) crystal p
18  after stent expansion and was restricted to interstices between stent struts.
19 cs simulations suggest that lipids enter the interstices between the outer ends of the TM domains.
20  site environment features that characterize interstice distributions around atoms combined with mach
21 ranes containing hexadecane, known to reduce interstice energy in nonlamellar structures, provided ad
22 interbilayer space) and step 3 (reduction of interstice energy leading to expansion to a critical sta
23 phase separation in the stratum corneum (SC) interstices, explaining the barrier abnormality.
24 rene-containing fluorescent probes to report interstices formed during the L(alpha)-H(II) transition
25  electride, with electron pairs localized in interstices, forming eight-centre two-electron bonds wit
26 also show here that increased Ca++ in the SC interstices in RXLI could contribute to corneocyte reten
27  give the RC QB site transient access to the interstices in the lattice, which might be of functional
28  these structures filled the stratum corneum interstices in treated pups.
29              2) The increased CSO4 in the SC interstices inhibit activity sufficiently to delay CD de
30 ases in dermatology--from the gene to the SC interstices, its etiology and pathogenesis are becoming
31                                              Interstice mutations had little or no effect on either c
32  thus providing the acidification of deep SC interstices necessary for lipid processing and barrier h
33  nonaqueous phase liquids trapped within the interstices of a soil matrix.
34 -facilitated crystallization of ZIF-8 in the interstices of PS-b-PEO micelles.
35 ogy of the aggregates that accumulate in the interstices of the brains of patients with autosomal dom
36 llen from these lines lacked tryphine in the interstices of the exine layer, displayed shrunken and c
37 broblasts that deposited collagen within the interstices of the implanted collagen material.
38 ist in the relatively uniform low dielectric interstices of the lipid bilayer, largely devoid of wate
39 hexagonal symmetry, with ZnPcs hosted in the interstices of the peptide phase.
40 as additional collagen deposition within the interstices of the stent-graft that did not narrow the l
41 dues with short and nonpolar residues in the interstices of the TtCM x S tighten the intersubunit hyd
42 e, between colonies of organisms within rock interstices or on and within other substrates.
43 then form a non-lamellar phase within the SC interstices, shown by combined ruthenium tetroxide post-
44 e lamellar unit structures throughout the SC interstices, ultrastructurally.
45  to study the chain packing in a hydrophobic interstice where three monolayers meet.