The low band-gap segment consists of an electron acceptor (A), fenced by electron donors (D).
Additionally, microsatellite markers positioned within the gap segment in Nipponbare show an incongruent pattern of amplification and non-amplification in our O. glaberrima accessions (Data not shown).
Similarly, the positions identified by the gap segment of the second 23S eigenorganism map out entire substructures inserted and deleted in 23S rRNAs of the Eukarya relative to the Bacteria (Figures S5 and S6 in Appendix S1).
Consider for example the 124 positions with largest nucleotide frequency increase in the gap segment of the second most significant 16S eigenorganism, i.e., the positions for which the frequency of gaps across the organisms is most correlated with the second eigenposition.
In the gap segment of the 16S fifth eigenorganism, the 100 positions with largest nucleotide frequency increase include seven of the 14 unpaired A nucleotides exclusively conserved in the Archaea, implying that these seven unpaired adenosines are exclusively missing in the Microsporidia (Figure S13 in Appendix S1).
(A ) Dorsal views of abdomens from adult female esg-Gal4 UAS-string flies illustrating the segment gap, segment fusion and polarity reversal phenotypes.
We assigned a reward, weighted by factor α, for each matching segment, and assigned a penalty, weighted by factor β, for each gap segment.
The low band gap segments consist of electron donating and accepting moieties which induce a partial charge transfer in the polymer backbone and thereby, a lower band gap.
Two new alternating polyfluorene copolymers containing different low band gap segments have been designed and synthesized for use in optoelectronic devices.
An alternating polyfluorene (APFO) with low band-gap segments named APFO-Green1 has been designed and synthesized for use in optoelectronic devices.
