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120 results for “Hydrophobization”
Molecular Dynamics Simulation Dataset for "Hydrophobic Mismatch Drives Self-Organization of Designer Proteins into Synthetic Membranes"
<p>This repository contains molecular dynamics (MD) simulation data from the study on the self-organization of designer proteins in synthetic membranes. The data includes simulations for different single lipid compositions (DOPC, DPPC, DYPC) denoted as [lipid]-PL* where PL stands for the different TMD constructs. Multi component simulation are named accordingly. The repository provides initial (eqi.gro) and final (prod.gro) coordinates for each simulation. The 'cmd' file in each directory outlines the assembly process of each simulation, and the 'mdp' folder contains all input files for the simulations. </p>
Adsorptive Separation of CO2 by a Hydrophobic Carborane-Based Metal−Organic Framework under Humid Conditions
<p>relevant data for publication with doi:</p> <table> <tbody> <tr> <td><a href="https://doi.org/10.1021/acsami.2c20373"><span>https://doi.org/10.1021/acsami.2c20373</span></a></td> </tr> </tbody> </table>
Elasticity and damping ratio measurement of droplets on super-hydrophobic surfaces
<p>The elasticity of the droplet refers to the ability of the droplet in restoring to its original shape and ensuring its strong robustness. The measurement of the droplets' elasticity is vitally important in understanding the characteristics and mechanism of the droplet jumping, spreading, and coalescence. In this paper, we measured the elasticity and damping ratio of droplets with different viscosity. A plate coated with a hydrophobic layer pressed on a droplet, and the elastic force was recorded by an electronic balance. Meanwhile, a mathematical model was constructed to illustrate the change rate of the droplet area with the elastic force. By comparing the influence of volume and viscosity on elasticity, the results showed that work done by pressure converts into surface energy. And the elasticity of the droplet is provided by the surface tension and the damping ratio increases from 0.068 to 0.261.</p>
Defect-induced tuning of polarity-dependent adsorption in hydrophobic–hydrophilic UiO-66
<p>Simulations outputs from DFT and MC calculations on UiO-66 structures</p>
Synthesis and Complex Self-Assembly of Amphiphilic Block Copolymers with a Branched Hydrophobic Poly(2-oxazoline) into Multicompartment Micelles, Pseudovesicles and Yolk/Shell Nanoparticles
<p>Data underlying the figures in the publication “Synthesis and complex self-assembly of amphiphilic block copolymers with a branched hydrophobic poly(2-oxazoline) into multicompartment micelles, pseudovesicles and yolk/shell nanoparticles”, published in <em>Polym. Chem.</em>, <strong>2020</strong>, 11, 1237–1248. <a href="https://pubs.rsc.org/en/content/articlepdf/2020/py/c9py01559k">https://pubs.rsc.org/en/content/articlepdf/2020/py/c9py01559k</a></p> <p>Table of contents:</p> <p><strong>1. Figure 2_Kinetics</strong>; Origin file with the data for <em>Figure 2</em>, presenting the kinetics of polymerization of EHOx on PEO-Nos in Chlorobenzene and Acetonitrile. </p> <p><strong>2. Figure 3_GPC Trace</strong>; Origin file with the data for the GPC traces in <em>Figure 3</em>. It contains the exportation of the raw data from our GPC instrument, processing of the data (normalization) and the final illustration as a graphic. </p> <p><strong>3. Figure 4_DSC</strong>; Origin file with the data for <em>Figure 4.</em> It contains the exportation of all the DSC curves measured by our DSC and the final curves/graphic used.</p> <p><strong>4. Figure 5</strong>; Zip file containing all the different Cryo-TEM and TEM images used for <em>Figure 5 </em>with a precise label, please refer to Table 1 for the name of the polymers.</p> <p><strong>5. Figure 7_Self-assembly</strong>; Origin file with the data for <em>Figure 7</em>. It contains all the data from the deblocks used in this publication and gathered it in the corresponding graph. Labels were added later by Powerpoint.</p> <p><strong>6. Table 1</strong>; Excel file that contains all the various information about the different polymers used in this publication that were obtained by NMR, GPC. (Cf Materials and Methods)</p> <p><strong>7. Table 2</strong>; Excel file that contains all the various information about DLS/SLS of the various self-assemblies by film rehydration and solvent switch.</p> <p><strong>8. SI Dataset</strong>; Zip file that contains all the various TEM and Cryo-TEM images in jpg/tif and in higher resolution, the extra DSC diblocks curves as well as the calculation of dn/dc used in the Supplementary Information.</p> <p> </p>
Figure 8 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 8. The surface tension (mean ± standard deviation) of the liquid inside figs of Ficus botryocarpa at developmental stages C and D, as measured by capillary rise, compared with distilled water and methanol dilutions.
Figure 5 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 5. The hind legs of an adult male Ceratosolen corneri (from Ficus botryocarpa) showing the recurved elongate and densely hairy tarsi and the hairy inner face of the tibiae.
Figure 3 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 3. Scanning electron micrograph of the hind leg tarsal segments of Ceratosolen bisulcatus showing the socketed trichoid setae with grooved surfaces and bent tips.
Figure 2 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 2. Scanning electron micrograph of a Ceratosolen bisulcatus adult male, showing the short and sparsely hairy hind legs.
Figure 4 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 4. Scanning electron micrograph of an adult male Ceratosolen corneri (from Ficus botryocarpa) showing the elongate hind legs and the gaster curved forwards beneath the thorax. It is extended farther, in front of the head, during mating.
Figure 7 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 7. Scanning electron micrograph of the fourth tarsal segment on the hind legs of Ceratosolen corneri (from Ficus botryocarpa) showing the socketed setae (black arrow), the more numerous nonsocketed setae and short microtrichia.
Figure 11 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 11. Scanning electron micrograph of Sycophaga fusca (Girault, 1915) showing the (a) metasoma and (b) modified peritremata towards the end of the metasoma typical of the males of this genus.
Figure 10 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 10. Resting position of the hind legs of a male Ceratosolen corneri when floating in a headdown position on the surface of distilled water. The water-repellent legs ensure that the propodeal spriracles (anterior to the base of the gaster) remain clear of the water surface.
Figure 6 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 6. Scanning electron micrograph of the proximal part of the inner face of the hind coxa of Ceratosolen corneri (from Ficus botryocarpa) showing the non-socketed setae with raised bases and the highly modified cuticular surface.
Figure 1 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 1. Drawing of a Ceratosolen dentifer Wiebes adult male showing the elongate hairy hind legs and the forward-pointing telescopic metasoma extending forward beneath the head (from Wiebes 1994, fig. 2, reproduced with permission).
Figure 9 in Constraints on convergence: hydrophobic hind legs allow some male pollinator fig wasps early access to submerged females
Figure 9. Variation in resistance to wetting (means ± standard deviation) of male fig wasp hind legs in relation to immersion in liquids with differing surface tensions. The solutions are ordered in sequence of increasing surface tension. Resistance to wetting was scored using an index of 0 (least resistant), 1 or 2 (most resistant), depending on the formation of air bubbles between the hind legs. (a) Ceratosolen corneri from Ficus botryocarpa. (b) Ceratosolen bisulcatus from Ficus septica.
Data for Structural Features of Interfacial Water Predict the Hydrophobicity of Chemically Heterogeneous Surfaces
<p>Scripts, raw and processed data, Jupyter notebooks, and force field files for the simulations performed in:</p> <p>B. C. Dallin, A. S. Kelkar, and R. C. Van Lehn. “Structural Features of Interfacial Water Predict the Hydrophobicity of Chemically Heterogeneous Surfaces.” <em>Chemical Science </em><strong>2023</strong>.</p>
Hydrophobic Interfacing of Fluorescent Membrane Probes: Original Data
<p>Original data underlying the publication entitled "Hydrophobic Interfacing of Fluorescent Membrane Probes"</p>
Hydrophobic Tubes for the Treament of Lower and Upper Limb Lymphedema
ClinicalTrials.gov study NCT05970068. IPD Sharing: NO. Countries: 1. Publications: 2.
Posterior Capsule Opacification (PCO) With Single Piece Hydrophobic Versus Hydrophillic Intraocular Lens (IOL)
ClinicalTrials.gov study NCT01125345. IPD Sharing: Not stated. Countries: 1. Publications: 7.
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