Biological information transfer

Petrov AG (1975) In Physical and chemical basis of biological information transfer. Plenum New York, pill... 

Gablus, H.-J. (2000) Biological information transfer beyond the genetic code the sugar code. Naturwissenschajlen 87, 108-121. Description of the basis for the high information density in oligosaccharides, with examples of the importance of the sugar code. 

Gabius, H.-J. 2000. Biological information transfer beyond the genetic code the sugar code. Naturwissenschaften, 87,108-121. 

This sequence has been termed the central dogma of bioenergetics by analogy to the universal sequence of biological information transfer, DNA RNA proteins. Hydrolysis of ATP back to ADP and Pi is the common energy source for virtually all energy-requiring processes in the cell, such as mechanical work, active transport, and biosynthesis of macromolecules. 

In essence, biological information-transfer processes all rely on syntheses and, as such, operate by the same kind of ATP-fueled mechanisms that carry out biosyntheses in general. The synthesis of nucleic acids, which underlies all fonns of replication and transcription, is special in that a single transfer reaction completes the process. Mononucleotide groups (either dNMPs or NMPs) are transferred to the... 

Gabius, H.-J., Biological Information Transfer Beyond the Genetic Code The Sugar Code, Natur Wissenschaften, 87(3) 108—121, 2000. 

A.G. Petrov, Flexoelectric model for active transport, In ed. J. Vassileva, Physical and Chemical Bases of Biological Information Transfer, Plenum Press, New York, 1975. pp. 167. 

Volume 24. Biological information transfer. Viruses. Chemical immunology... 

Scientifically, P. are useful for the investigation of biological information transfer, receptor theories and structure-activity relationships. Some P. are being used increasingly in the integrated control of insect pests their potency serves the interest of science and efficiency, while they have no harmful effect on the environment. 

Markov MS, Todorov SI, Ratcheva MR (1975) Biomagnetic effects of the constant magnetic field action on water and physiological activity. In Jensen K, Vassileva Y (eds) Physical bases of biological information transfer. Plenum Press, New York, pp 441 5... 

Mazumder, R., cind Szer, W., 1977, Protein biosynthesis, in Comprehensive Biochemistry, Vol. 24, Biological Information Transfer (M. Florkin, A. Neuberger, and L. L. M. VanDeenen, eds.), pp. 186-233, Elsevier, Amsterdam. 

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