Pollution, waste particles, radiation, chlorine, littering
Abstract
Nature was and still is a
prolific source of inspiration in pharmacy, cosmetics, and agro-food
industries for the discovery of bioactive products. Informatics is now
present in most human activities. Research in natural products is no
exception. In silico tools may help in numerous cases when studying
natural substances: in pharmacognosy, to store and structure the large
and increasing number of data, and to facilitate or accelerate the
analysis of natural products in regards to traditional uses of natural
resources; in drug discovery, to rationally design libraries for
screening natural compound mimetics and identification of biological
activities for natural products. Here we review different aspects of in
silico approaches applied to the research and development of bioactive
substances and give examples of using nature-inspiring power and
ultimately valorize biodiversity.
The situation in which allele frequencies in the gene pool of a population remain constant is called. genetic equilibrium. The type of genetic drift that follows the colonization of a new habitat by a small group of individuals is called.
By locating active fault lines, where one tectonic plate ends, and another begins.<span />
The answer is D because if its dry outside you will have extreme drought
