Abstract
After a short review of theab initio SCF LCAO crystal orbital method the negative factor technique for the determination of the density of states in a disordered chain is presented. After this the problem of electron correlation in polymers is discussed and the generation of correlated (quasi- particle) valence and conduction bands is reviewed.
The gap in alternating trans-polyacetylene is described on the basis of its quasi-particle band structure and the question of the Bloch-type conduction in DNA (either through doping or the possibility of intrinsic conduction due to charge transfer from the sugar rings to the nucleotide bases) is discussed. This is followed by a brief discussion of the electronic structure of disordered polypeptide chains.
Finally for the interpretation of the known biochemical activation mechanisms of human oncogens the different possible short- and long-range effects of carcinogen binding to DNA is summarized. The possiblity of soliton-generation in DNA through carcinogen binding and subsequent removal as one of the probable long-range effects is discussed in some detail.
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References
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Ladik, J.J. (1984). Electronic Structure of Highly Conducting Polymers and Biopolymers; Solid State Aspects. In: Ladik, J., André, JM., Seel, M. (eds) Quantum Chemistry of Polymers — Solid State Aspects. NATO ASI Series, vol 123. Springer, Dordrecht. https://doi.org/10.1007/978-94-009-6366-5_17
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