Monti, S. et al. Exploring the conformational and reactive dynamics of biomolecules in solution using an extended version of the glycine reactive force field.
Deconvolution of the peptide library, performed in solution using an iterative method, yielded four efficient trypsin substrates.
Hydrogel beads were fabricated by injecting an alginate solution into a calcium ion solution using an extrusion device (Encapsulator).
The plate was washed three times with a phosphate-buffered saline (PBS) solution using an immunowasher (Bio-Rad, Model 1575, Segrate, Italy) to remove the nonspecific or unbound components.
Alginate (80 g) (FMC Ltd) was dispersed and hydrated as a 2% solution using an L5M-A Laboratory Mixer (Silverson Ltd ,Chesham, Bucks) in 0.15 M NaCl containing HEPES (Thermo Fisher Scientific Lifee Technologies, Paisley, Scotland), pH7.4.
The accuracy of the results was tested by comparing to a collocation solution using an L2 error analysis.
The analytical solution compares well with a numerical solution using an experimentally tuned creep curve with full nonlinear shape.
In the article they state that ions are transferred and, since the energy is being transferred in an aqueous solution using an electrolyte, I'm assuming they're using some sort of ionic salt compound that readily disassociates in liquid.
Alginate hydrogel beads with almost the same size as animal cells were prepared by discharging alginate solution using an inkjet system.
Patterns of 0.24 μm line/space were obtained with a conventional developer, 2.38 wt.% tetramethylammonium hydroxide aqueous solution, using an ArF excimer laser exposure system.
Then, the mag-MIP-MDZ was separated from the solution using an external magnet, rinsed and dispersed in little buffer solution by ultrasound, and part of the suspension was immediately dropped on the r-GO/MCGCE for electrochemical detection.
