Biomedical exploitation of the fungus-growing ant symbiosis.

Michael Poulsen
Author Information
  1. Michael Poulsen: Department of Bacteriology, University of Wisconsin, Madison, Wisconsin, USA. Poulsen@bact.wisc.edu.

Abstract

There is a constant need for discovering novel sources of compounds with antimicrobial properties, and recent studies support that symbiotic associations involving chemically mediated interactions may be a prominent source of novel compound discovery. Here I review a particularly promising natural system involving such interactions, the multipartite fungus-growing ant symbiosis. This includes a review of the ancient symbiosis involving intricate interactions between at least six symbionts, a review of the efforts that have been made in examining host-symbiont and symbiont-symbiont interactions, as well as the efforts made in identifying and characterizing chemical compounds mediating these interactions. Finally, I outline the prospects for future natural product discoveries from the system, touching on how advances in chemical analyses and whole-genome sequencing techniques will facilitate the process of natural product discovery of biomedical interest.

MeSH Term

Animals
Ants
Fungi
Phylogeny
Symbiosis

Word Cloud

Created with Highcharts 10.0.0interactionsinvolvingreviewnaturalsymbiosisnovelcompoundsdiscoverysystemfungus-growinganteffortsmadechemicalproductconstantneeddiscoveringsourcesantimicrobialpropertiesrecentstudiessupportsymbioticassociationschemicallymediatedmayprominentsourcecompoundparticularlypromisingmultipartiteincludesancientintricateleastsixsymbiontsexamininghost-symbiontsymbiont-symbiontwellidentifyingcharacterizingmediatingFinallyoutlineprospectsfuturediscoveriestouchingadvancesanalyseswhole-genomesequencingtechniqueswillfacilitateprocessbiomedicalinterestBiomedicalexploitation

Similar Articles

Cited By