References

 

1.   Klump, H.H. The physical basis of the genetic code: the choice between speed and precision. Arch. Biochem. Biophys., 1993, V.301, pp. 207-209.

2.   Jimenez-Montaño, M.A.; de la Mora-Basañez, R. In: Proc. Soc. for Math. Biol. Annual Meeting, University of California at Berkeley, July 23rd - 26th , 1992.

3.   Jimenez-Montaño M.A., de la Mora-Basañez C.R., Pöschel Th. The hypercube structure of the genetic code explains conservative and non- conservative aminoacid substitutions in vivo and in vitro. – BioSystems, 1996, V.39, pp.117-125.

4.   Karasev V.A., Sorokin S.G. Topological structure of the genetic code. -  Russ. J. Genet. 1997. V.33, pp. 622-628.

5.   Petoukhov, S. V. (2001). The bi-periodic table of genetic code and the number of protons. Moscow: MKC (in Russian).

6.   Karasev V.A., Demchenko E.L., Stefanov V.E. Topological coding of polymers and protein structure prediction. – In: Chemical topology: applications and techniques. (D.Bonchev & D.Rouvray eds). – Ser. Math.Chem., 2000, V.6, pp.295-345, New-York-London-Paris et al. :Gordon&Breach .

7.   Karasev V.A "Genetic Code: New Horizons". -  SPb.: Tessa. 2003. 150 pp.

8.   Karasev V.A., Lucinin V.V. "Introduction to the design of  bionical nanosystems". M.: "FIZMATLIT", 2009. V. 464 pp.

9.   Karasev VA. Principles of topological coding of chain polymers and protein structure. SPb: SPbGETU «LETI»., 2014. 240 pp.

10.       Ycas M. The biological code. Amsterdam, London, North-Holland Pub. Co., 1969. 360 p.

11.       Volokhonski A.G. On the formal structure of the genetic code.   Tsitologia I Genetica, 1972, №6, pp. 487-492 (in Russian).

12.       Karasev V.A. Rhombic variant of the genetic dictionary based on the complementarity of nucleotides encoding. Vestn. Lening. Univer., 1976, No.3, Ser. Biol., No.1, pp. 93-97 (in Russian).

13.       Rumer Y.B. About the codon’s systematization in the genetic code – Proc. Akad. Of Science U.S.S.R. (Doklady), 1968, V.183, pp.225-226 (in Russian).

14.       Bertman M.O., Jungck J.R. Group graph of the genetic code. J. Heredity, 1979, V.70, pp. 379-384.

15.       Karasev V.A. How to encode the topology of the biochip?Biotekhnologia, 1998, №3, pp.62-75 (in Russian).

16.       Karasev V.A., Luchinin V.V. The problems of creating artificial bionic micro-and nanosystems. -  Izvestia Vuzov. Electronika, 1998, №6, pp.5-15 (in Russian).

17.       Karasev V.A., Luchinin V.V. Molecular architecture of organic nano-sensoric systems..Peterburg. Zh. Elektroniki, 2001, №4, pp.12-32 (in Russian).

18.       Karasev V.A., Stefanov V.E. Topological nature of the genetic code. J.Theor.Biol., 2001, v.209, pp.303-317.

19.       Karasev V.A., Luchinin V.V., Stefanov V.E. Topological coding: Towards new materials for molecular electronics. – Adv. Funct. Mater., 2002, V.12 No. 6-7, pp. 461-469.

20.       Karasev V.A., Luchinin V.V.  Model of topological coding of chain polymers for bionocal electronics. I. A topological code and correspondence of physical operators to code triplets. Biotekhnosphera, 2009, №1, pp.2-10 (in Russian).

21.       Schulz G.E.,  Schirmer R.H. Principles of Protein Structure. - Springer Verlag: New York-Heidelberg-Berlin, 1979, 354 pp.

22.       Finkelstein A.V., Ptitzyn O.B. Physics of protein. - Moscow: Book House “Univesitet,  2002, 376 pp. ( in Russian).

23.       Jimenes-Montaño M.A. Applications of hyper genetic code in bioinformatics – Series In Mathematical Biology And Medicine, Vol.8. Proceedings of the International Conference. "Advances In Вioinformatics And Its Applications”, World Scientific Publishing Co., 2005, pp. 473-481.

 

 

 

 

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