The Recipes and Methods section was compiled by the imperial physician Li Zhuguo 李柱國.
The modified TIE as described in the methods section was applied for all reconstructions.
An oil displacement experiment in a specially prepared heterogeneous core composite (refer to "Experimental methods" section) was performed to investigate foam diversion potential.
The absorption of a standard bulk heterojunction design, Thick/flat cell, (see the 'Methods' section) was also evaluated as a reference.
As a basis for determining the effects of specific activity, [18F]BF4 − produced by the high-specific-activity method described in the "Methods" section was used and diluted with carrier 19F-BF4 − to produce samples of varying specific activity.
The SoM classification performance of each approach described in the Methods section was assessed for each isoform data set using feature vectors calculated at each of the bond depths ranging from 0-8.
The model described in the "Methods" section was used to calculate the time necessary to reach 99%% of the alteration as a function of surface roughness factor (SRF) (Fig. 8a) and temperature (Fig. 8b).
KDO8PS derived from the X-ray structure [6] (see Methods section) was subjected to 12 nanoseconds (ns) of molecular dynamics (MD) simulation at 300 K under solvated conditions.
In the case of W-TChR2V1, the "Venus" marker fluorescence (see Methods section) was observed in the RGC layer (GCL), inner plexiform layer (IPL), and outer plexiform layer (OPL).
To test this possibility, dsRNA prepared by annealing sense and antisense transcript as described in methods section, was used as substrate and indeed rNSs could remove the 5' phosphate from dsRNA (Fig. 7D).
Also, PCR amplification and digestion, as specified in the Material and Methods section, was used to check the proper insertion of the construct in the genomic DNA and the removal of the Neo cassette (not shown).
