Three-dimensional C and N edited NOESY (nuclear Overhauser enhancement spectroscopy) experiments (mixing times 120 ms) were recorded for derivation of distance restraints.
The mixing time was 250 ms. For assignment of nonexchangeable protons and the derivation of distance restraints, NOESY experiments used TPPI quadrature detection, and mixing times of 60, 150, 200, and 250 ms were used.
For assignment of nonexchangeable protons and the derivation of distance restraints, NOESY experiments used TPPI quadrature detection with mixing times of 60, 150, 200, and 250 ms, and the spectra were zero-filled during processing to create a matrix of 1024 × 1024 real points.
The mixing time was 250 ms. For the assignments of nonexchangeable protons and derivation of distance restraints, NOESY spectra were recorded using States-TPPI phase cycling with mixing times of 150, 200, and 250 ms. A relaxation delay of 2.0 s was used.
Following derivation of a distance matrix, phylogenetic hypotheses were derived using the neighbor-joining method as described above.
This makes derivation of the distance distribution already complicated for only one TF.
(19) An in-depth derivation of the distance dependence of nanoparticle sensitivity to local refractive index is available.
All programs employed to calculate the DNA composition and derivation of the distance diagrams (autocorrelations) are either Perl scripts or C++ programs, both original.
Yet, an analytical derivation of the forwarding distance is still practically unfeasible.
Yet the algebraic derivation of the matrix distance can be generalized to a multiallelic QTL without difficulty [see Additional file 1].
