Our experimental data indicate that molecular solutions of asphaltenes are possible only for concentrations below 1 mg/l.
MMMs of PIM-1 with CC3 and redCC3 were prepared from homogeneous molecular solutions of the polymer and the cage molecule in CHCl3 by slow solvent evaporation, with polymer/cage weight ratios of 10 1, 10 2, and 10 3, corresponding to cage weight fractions of 0.09, 0.17, and 0.23.
Using substrate-free IDE-Y831F (PDB code 2JG4; Ref [31]) as the model in PHASER [44], a satisfactory molecular replacement solution of IDE-Ii1 was obtained.
Structure refinement: The initial model from the molecular replacement solution of the apo structure was further used as input for the automated chain-tracing/model building program PHENIX AutoBuild.
Analysis of the experimental findings revealed the production of molecular solutions where IND is homogeneously blended (ascertained by Raman mapping) in the polymer matrices, as it acts as a plasticizer for both hydrophilic polymers.
For any common regulatory task, can we define the space of all possible molecular solutions?
To evaluate the use of nanogaps as electrodes for molecular electronics, a solution of oligothiophenes molecules (2,2':5',2":5",2 '-bis-quaterthiophene) in TetraHydroFuran (THF) has been deposited using the method of spin coating.
The cells were loaded with 1.5 μl of Ca 2+-sensitive dye fluo4 AM (Molecular Probes, stock solution of 1 mg/ml in DSMO), added to 2 ml of culture media for 40 minutes at room temperature.
Each molecular descriptor is a solution of a mathematical formula, in which information about the molecule's properties (such as molecular weight, coordinates of atoms in space, structural conformation, etc).
