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SIIA Público
SISTEMA INTEGRAL DE INFORMACIÓN ACADÉMICA - PÚBLICO
Título del libro: Antibiotics: Current Innovations And Future Trends Título del capítulo: Endophytes as a Potential Source of New Antibiotics
BIOACTIVE SECONDARY METABOLITES; FUNGUS EDENIA-GOMEZPOMPAE; PLANT-PARASITIC NEMATODES; INDICA A. JUSS.; MUSCODOR-ALBUS; NATURAL-PRODUCTS; MELOIDOGYNE-INCOGNITA; ANTIFUNGAL ACTIVITY; DRUG DISCOVERY; BREFELDIN-A
Resumen:
Antibiotics are useful compounds for treatment of human, farm animal and
aquaculture infections. However, due to resistance development of
pathogenic microbes to most of the useful antibiotics, there is a
continuous necessity for new and powerful anti-infective compounds. This
situation encourages the search for new alternatives for the isolation
of new compounds with antimicrobial activity. Because of their
proficiency in producing secondary metabolites with therapeutic
properties, plants have attracted attention since ancient times.
Recently, plant endophytic microorganisms have been also shown to be an
important and novel source of natural bioactive products with
antimicrobial, antiviral, anti-tumour, antiparasitic, and agricultural
activities. Endophytes commonly live associated to the plant vascular
tissues, without causing any apparent damage to their host or symptoms
of disease. The bioactive compounds they produce, usually vary depending
on the plant host taxonomy and forest type. Fungi and actinomycetes have
been the main source of new bioactive natural products from endophytes.
Occasionally, endophytes can synthesize the same metabolites produced by
the host plant. This chapter mainly reviews the progress that has been
achieved on the production, by endophytic microbes, of the same or
similar bioactive compounds originated from their host plants, as well
as other secondary metabolites apparently not produced by the plant,
including antituberculosis and antiparasitic compounds. Furthermore, the
potential agricultural uses of endophytic compounds as antifungal,
nematicidal, antiviral, insecticidal and phytotoxic activities, is also
reviewed. Finally, we mention some examples of new compounds with
antimicrobial properties chemically derived from natural products
produced by endophytes.