A global picture of the mixing process was obtained independently from a visual study; the experiment involved photographing the process of a diffusion controlled chemical reaction (a pH indicator, phenolphthalein, in one stream and NaOH-solution in the other).
Under certain conditions, the authors also obtained the demarcation point which divides the disturbance parameters into two subintervals such that the boundary value problem has positive solutions for the disturbance parameter in one subinterval while there are no positive solutions in the other.
These results indicate that EFK16-II can stabilize neutral, molecular ellipticine in aqueous solution; in contrast, the other two molecular states of ellipticine, protonated and crystalline, can be formed in the complexes with EAK16-II and EAK16-IV.
The solution in these other fields is based on following footprints instead of following the lion directly.
Patients in one group received a local infiltration of 10 mL 0.5% bupivacaine solution, and in the other group they were infiltrated with 10 mL of normal saline.
In the former state, the plutonium was precipitated; in the latter, it stayed in solution and the other products were precipitated.
Only four of these 76 protons will be free in solution whereas the other 72 are bound to the titratable groups.
In solution, on the other hand, two of the crystallographic CRs left their binding pockets within the first 15 ns of simulation, while the other two showed increased molecular motion and low occupancy (Supporting Information, Table S5, Figure S8 a).
Constructs in solution, on the other hand, still retain all of the natural features of DNA such as addressability for site-specific functionalizations.[ 2] However, for many applications, for example, nanoelectronics, the communication with a surface is of prime importance.
