Journal of Stress Physiology & Biochemistry, Vol. 4, No. 3,
2008, pp. 17-64 ISSN 1997-0838
Original Text Copyright (cc) 2008 by Popov.
ORIGINAL
ARTICLE
Data source : Google Scholar
QueryDate : 2016-12-24
Cites : 3 + 5
PLANT SPECIES, USING AGAINST VIROUS
INFECTIONS OF MAN AND ANIMALS: REGULARITIES OF THE DISTRIBUTION IN THE
PHYLOGENETIC CLASSIFICATION SYSTEM
Popov P.L.
Sochava Institute of
Geography SD RAS. Irkutsk, 664033, Ulan-Batorskaya St., 1, Russia
Received September 12, 2008
Abstract - The list of 674 species of flowering plants, using
against 21 virous infections of man and animals is presented.
Systematic units of high levels (classes, subclasses) are defined by
frequency of such species. Frequency (distinction of percentage parts
of species with certain use between the systematic unit and the rest of
flora of flowering plants) was estimated by Fisher's statistical
criterion. Subclasses Lamiidae and Asteridae, latter in the evolution
range, are most rich by uses against virous infections in general, and
especially against respiratory infections, jaundices, hydrophobia, rare
virous infections. Subclasses Magnoliidae and Ranunculidae, beginning
the evolutional range, are characterized high frequency of uses against
measles, smallpox, jaundices. Subclasses Caryophyllidae, Hamamelidae,
Dillenidae, Rosidae, middle in the evolution range, are characterized
by middle or low frequency of uses against majority of virous
infections. Twin relations between 6-th basic virous infections on
intersecting complexes of plant species, applied against these
infections, were characterized by Fisher's statistical criterion.
Connections «respiratory infections - hydrophobia», «respiratory
infections - measles», «measles - hydrophobia», «jaundices -
hydrophobia», «respiratory infections - jaundices», «respiratory
infections - warts», «respiratory infections - smallpox», «jaundices -
warts», «measles - smallpox» are confident.
Key words:
plant species, virous infections, frequencies of uses in
systematic units, connections between infections on complexes of using
plant species
