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Greenwich gets ripped to bits and 3D droplets of mystical ether hurl themselves at your eyeballs.
The droplets were arranged in concentric circular arrays (50 droplets in each ring) as explained in the Methods section.
So far, the researchers have only made an array of 150 droplets that gives a few milliwatts of power.
A superresolution image that was constructed via localization of ~ 220,000 droplets showed sharper features and resolved finer vascular details.
In this work, we have experimentally demonstrated that this scaling can be readily achieved over two orders of magnitude, from a single droplet to 150 droplets.
Circular periodic arrays of 50, 100 and 150 droplets were formed by placing the droplets in one, two or three concentric rings as explained in the Methods section.
We use this technique to study various phase separating proteins from structures including P granules, nucleoli, and Whi3 droplets.
Firstly, the morphologies of 2D and 3D droplets are solved analytically or numerically.
PLGA nanoparticles with encapsulated BSA were obtained by evaporating the dichloromethane from the w1/o droplets.
The results for the arrays of 50, 100 and 150 droplets with the combined liquid-substrate overlap areas of 14.1, 28.2, and 42.3 mm2, respectively, are shown.
The achieved precision for the detection of 21 droplets containing 250 μmol L−1 H2O2 was 3.8% in relative standard deviation.
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