2010
DOI: 10.1016/j.commatsci.2010.02.044
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Computational studies of some DNA-based photonic multilayered structures

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“…The key point is that transmittance spectra obtained from light propagation through this optical analog will display a rich distribution of peaks resulting from the long-range correlations which are known to occur among nucleotide base pairs in intron (codifying) and exon (non-codifying) DNA regions [205]. In fact, computational studies of some DNA-inspired multilayered structures have reported that, for a given multilayer size, the number and height of resonant transmission peaks in the obtained transmittance curves systematically increases as the long-range correlations strength of the underlying base pair sequence is increased [206]. Accordingly, one could, at least in principle, quickly discriminate between codifying and noncodifying genome regions by inspecting different DNA optical analogs transmittance spectra.…”
Section: Outlook and Perspectivesmentioning
confidence: 99%
“…The key point is that transmittance spectra obtained from light propagation through this optical analog will display a rich distribution of peaks resulting from the long-range correlations which are known to occur among nucleotide base pairs in intron (codifying) and exon (non-codifying) DNA regions [205]. In fact, computational studies of some DNA-inspired multilayered structures have reported that, for a given multilayer size, the number and height of resonant transmission peaks in the obtained transmittance curves systematically increases as the long-range correlations strength of the underlying base pair sequence is increased [206]. Accordingly, one could, at least in principle, quickly discriminate between codifying and noncodifying genome regions by inspecting different DNA optical analogs transmittance spectra.…”
Section: Outlook and Perspectivesmentioning
confidence: 99%