#doubledroplet — Public Fediverse posts
Live and recent posts from across the Fediverse tagged #doubledroplet, aggregated by home.social.
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"Here we introduce double #emulsion droplet sensors that enable local measurements of #osmotic pressure intra- & extra-cellularly within 3D multicellular systems, including living tissues. After generating & calibrating the sensors, we measure the osmotic pressure in #blastomeres of early #zebrafish embryos as well as in the interstitial fluid between the cells of the #blastula by monitoring the size of droplets previously inserted in the embryo"
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"Here we introduce double #emulsion droplet sensors that enable local measurements of #osmotic pressure intra- & extra-cellularly within 3D multicellular systems, including living tissues. After generating & calibrating the sensors, we measure the osmotic pressure in #blastomeres of early #zebrafish embryos as well as in the interstitial fluid between the cells of the #blastula by monitoring the size of droplets previously inserted in the embryo"
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"Here we introduce double #emulsion droplet sensors that enable local measurements of #osmotic pressure intra- & extra-cellularly within 3D multicellular systems, including living tissues. After generating & calibrating the sensors, we measure the osmotic pressure in #blastomeres of early #zebrafish embryos as well as in the interstitial fluid between the cells of the #blastula by monitoring the size of droplets previously inserted in the embryo"
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"Here we introduce double #emulsion droplet sensors that enable local measurements of #osmotic pressure intra- & extra-cellularly within 3D multicellular systems, including living tissues. After generating & calibrating the sensors, we measure the osmotic pressure in #blastomeres of early #zebrafish embryos as well as in the interstitial fluid between the cells of the #blastula by monitoring the size of droplets previously inserted in the embryo"
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"Here we introduce double #emulsion droplet sensors that enable local measurements of #osmotic pressure intra- & extra-cellularly within 3D multicellular systems, including living tissues. After generating & calibrating the sensors, we measure the osmotic pressure in #blastomeres of early #zebrafish embryos as well as in the interstitial fluid between the cells of the #blastula by monitoring the size of droplets previously inserted in the embryo"