http://iopscience.iop.org/0038-5670/27/7/R03;jsessionid=BA548348AC9FC50922E2EC91B65F8304.c1

Soviet Physics Uspekhi

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Authors Referees Librarians The essence of biological evolution
Author M V Vol'kenshteĭn
Journal Soviet Physics Uspekhi Create an alert RSS this journal
Issue Volume 27, Number 7
Citation M V Vol'kenshteĭn 1984 Sov. Phys. Usp. 27 515

doi: 10.1070/PU1984v027n07ABEH004028

Article References Cited By
REVIEWS OF TOPICAL PROBLEMS
  Tag this article Full text PDF (988 KB) Abstract The current state
of the theory of biological evolution is reviewed. Evolution is
compared with the cosmological processes of structure formation. Both
occur in dissipative systems and are governed by export of entropy.
The objections to Darwin's theory are discussed and rejected. A
sufficient material for evolution is indicated, as determined by the
vast supply of variability of organisms. The reasons for this
variability are described. The problems of speciation are discussed
and its similarity to phase transitions is demonstrated. The phenomena
of punctuated equilibrium and phyletic gradualism are described and
examples of both are given. Special attention is paid to directional
evolution. The views of L.S. Berg are examined in detail.
Directionality is governed by natural selection, and also by the type
of organism that has evolved and its possible variations. The link
between individual and evolutionary development is studied. Wolpert's
theory of positional information is presented and the concept of the
model theory of morphogenesis is outlined. It is shown that a number
of traits of organisms may have no adaptive value. The evolution of
the visual organ is described. The molecular foundations of evolution
and the neutralist theory, according to which the evolution of
proteins and nucleic acids occurs to a considerable extent
independently of natural selection, are studied in detail. Arguments
in favor of this theory are presented and its physical meaning
disclosed, which reduces to degeneracy in the correspondence between
the primary structure of a protein and its biologic function. The
results are presented of current studies that indicate the inconstancy
of genomes, with various pathways of altering their structure and
regulation. Various aspects of applications of information theory to
problems of evolution are examined in detail. The evolutionary
significance of the value of information, as defined as its
nonredundancy, or irreplaceability, is stressed. The connection
between the value of information and its complexity is studied. The
value of information increases in the course of evolution. In
conclusion, the sufficiency of material and time for evolution and the
correctness of Darwin's theory are noted. Current problems of
evolutionary theory are pointed out.   PACS 87.14.E- Proteins

87.14.G- Nucleic acids

87.23.-n Ecology and evolution

87.15.B- Structure of biomolecules
Subjects Biological physics

Environmental and Earth science
Dates Issue 7 ( 31 July 1984)

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