This is supported by the findings shown in Figure 6 where a genetic region of low relative entropy was found to have more intrinsic DNA structural curvature, increased stacking energies and higher position preference.
The accompanying BLAST atlas [ 24] shows that the DNA molecule in this area was more AT rich, had more pronounced intrinsic curvature, increased stacking energy (making the double stranded DNA string easier to melt), higher position preference, and a higher occurrence of quasi- and perfect palindromes.
However, of note is that while for 3 and 5 h increasing decomposition pressure increased stacking height, for the longest time in this study (7 h), stacking height was found to decrease as decomposition pressure increased.
This propensity for re-arrangements may be due to the increased stacking energy, position preference and amount of quasi-palindromes observed in the region, all of which are determinants of genomic re-arrangement.
Increasing total surface acidity was associated with fewer but elongated single graphene layers (↑R-value, ↑La), increased stacking height (↑Lc) due to assembly of the elongated single graphene layers, and increased graphite-like order (↓Raman I(D):I(G) ratios).
A high AT percentage compared to the rest of the supercontig causes an increased stacking energy, which indicates a more stable helix (Ornstein et al. 1978).
Also, it has been observed that the rise in melting temperature due to the addition of a single H-bond is about 2 6°C [43], while it is approximately 2°C due to increase in stacking energy per added base pair [44].
As this approach has not been tested with co-culture systems and due to appearing problems with oxygen supply based on increased stack sizes, the system needs further validation.
Our postulate is based on the speculation that the potency of binding will be increased upon cyclo-aromatization reaction due to increased π-stacking interaction.
The detection limit could be improved down to ~2 × 10−6 A/m by reducing the sensor-to-sample distance to 0.5 mm and further by increasing stacking time with improved magnetic shielding.
