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• W4387360334 abstract "Solutions of macromolecules can undergo liquid-liquid phase separation to form droplets with ultralow surface tension. Droplets with such low surface tension wet and spread over common surfaces such as test tubes and microscope slides, complicating in vitro experiments. The development of a universal super-repellent surface for macromolecular droplets has remained elusive because their ultralow surface tension requires low surface energies. Furthermore, the nonwetting of droplets containing proteins poses additional challenges because the surface must remain inert to a wide range of chemistries presented by the various amino acid side chains at the droplet surface. Here, we present a method to coat microscope slides with a thin transparent hydrogel that exhibits complete dewetting (contact angles θ ≈ 180°) and minimal pinning of phase-separated droplets in aqueous solution. The hydrogel is based on a swollen matrix of chemically cross-linked polyethylene glycol diacrylate of molecular weight 12 kDa (PEGDA), and can be prepared with basic chemistry laboratory equipment. The PEGDA hydrogel is a powerful tool for in vitro studies of weak interactions, dynamics, and the internal organization of phase-separated droplets in aqueous solutions." @default.
• W4387360334 created "2023-10-06" @default.
• W4387360334 creator A5019829395 @default.
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• W4387360334 date "2023-10-05" @default.
• W4387360334 modified "2023-10-18" @default.
• W4387360334 title "Surface Passivation Method for the Super-repellence of Aqueous Macromolecular Condensates" @default.
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• W4387360334 cites W1952608303 @default.
• W4387360334 cites W1968437330 @default.
• W4387360334 cites W1980903147 @default.
• W4387360334 cites W1995088772 @default.
• W4387360334 cites W1999915280 @default.
• W4387360334 cites W2009347590 @default.
• W4387360334 cites W2012500478 @default.
• W4387360334 cites W2023070059 @default.
• W4387360334 cites W2026226960 @default.
• W4387360334 cites W2030827488 @default.
• W4387360334 cites W2036369035 @default.
• W4387360334 cites W2044670534 @default.
• W4387360334 cites W2051489942 @default.
• W4387360334 cites W2054352933 @default.
• W4387360334 cites W2060183826 @default.
• W4387360334 cites W2061519659 @default.
• W4387360334 cites W2064976023 @default.
• W4387360334 cites W2072538240 @default.
• W4387360334 cites W2078078836 @default.
• W4387360334 cites W2079029811 @default.
• W4387360334 cites W2083304932 @default.
• W4387360334 cites W2084807890 @default.
• W4387360334 cites W2097843021 @default.
• W4387360334 cites W2099540110 @default.
• W4387360334 cites W2111796925 @default.
• W4387360334 cites W2120156669 @default.
• W4387360334 cites W2130531386 @default.
• W4387360334 cites W2130792902 @default.
• W4387360334 cites W2131187223 @default.
• W4387360334 cites W2150860983 @default.
• W4387360334 cites W2152123134 @default.
• W4387360334 cites W2157083592 @default.
• W4387360334 cites W2163402018 @default.
• W4387360334 cites W2168639701 @default.
• W4387360334 cites W2171788130 @default.
• W4387360334 cites W2176373530 @default.
• W4387360334 cites W2237164154 @default.
• W4387360334 cites W2255546061 @default.
• W4387360334 cites W2333056169 @default.
• W4387360334 cites W2401437845 @default.
• W4387360334 cites W2402791934 @default.
• W4387360334 cites W2485244922 @default.
• W4387360334 cites W2590568317 @default.
• W4387360334 cites W2756821926 @default.
• W4387360334 cites W2786908665 @default.
• W4387360334 cites W2794654572 @default.
• W4387360334 cites W2885672402 @default.
• W4387360334 cites W2886750200 @default.
• W4387360334 cites W2889922560 @default.
• W4387360334 cites W2893914209 @default.
• W4387360334 cites W2896178461 @default.
• W4387360334 cites W2920944704 @default.
• W4387360334 cites W2921322864 @default.
• W4387360334 cites W2922645159 @default.
• W4387360334 cites W2964323438 @default.
• W4387360334 cites W2990233693 @default.
• W4387360334 cites W3016350142 @default.
• W4387360334 cites W3033528373 @default.
• W4387360334 cites W3037169874 @default.
• W4387360334 cites W3041637193 @default.
• W4387360334 cites W3082518512 @default.
• W4387360334 cites W3083886873 @default.
• W4387360334 cites W3088265023 @default.
• W4387360334 cites W3110291084 @default.
• W4387360334 cites W3111523618 @default.
• W4387360334 cites W3111556584 @default.
• W4387360334 cites W3119187431 @default.
• W4387360334 cites W3120920966 @default.
• W4387360334 cites W3128504506 @default.
• W4387360334 cites W3133545218 @default.
• W4387360334 cites W3135119502 @default.
• W4387360334 cites W3190100394 @default.
• W4387360334 cites W3198860124 @default.
• W4387360334 cites W3210793832 @default.
• W4387360334 cites W4229888280 @default.
• W4387360334 cites W4236300073 @default.
• W4387360334 cites W4245426062 @default.
• W4387360334 cites W4255561970 @default.
• W4387360334 cites W4300688476 @default.
• W4387360334 cites W4361807534 @default.
• W4387360334 doi "https://doi.org/10.1021/acs.langmuir.3c01886" @default.
• W4387360334 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/37797324" @default.

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