4.3 Article

Properties of the Yeast Communities Associated with Termites of a Tropical Monsoon Forest: Cat Tien National Park, Vietnam

Journal

MICROBIOLOGY
Volume 90, Issue 4, Pages 489-499

Publisher

MAIK NAUKA/INTERPERIODICA/SPRINGER
DOI: 10.1134/S0026261721040172

Keywords

yeasts; termites; Cat Tien; Vietnam; monsoon tropical forest; soil invertebrates; xylophages; mycophages; spectrum of yeast morpho-physiological properties

Categories

Funding

  1. Russian Foundation for Basic Research [18-29-05076]

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Yeast populations associated with termitaria of five termite species in Cat Tien National Park in south Vietnam were investigated. The yeasts isolated from termite guts and body surface exhibited low species diversity but a relatively broad spectrum of morphological and physiological properties. The most common properties included mycelial or pseudomycelial growth, fermenting glucose, and using plant glycosides and wood degradation products as growth substrates.
Yeast populations were investigated for the following substrates associated with termitaria of five termite species occurring in the Cat Tien National Park (south Vietnam): nest walls, fungal gardens (if present), and termite gut and body surface, as well as for the litter and upper soil horizons near the termitaria. The morpho-physiological properties of the yeasts isolated from associations with termites were analyzed. The isolated fungi with yeast type of growth were assigned to 39 species, 10 of which have not been described at the time of this study. The yeast communities developing in termite guts and on their body surface exhibited low species diversity. The yeasts isolated from termite guts and body surface were characterized by a relatively broad spectrum of morphological and physiological properties (24 to 33 parameters out of the 34 ones in the standard description). The most common properties were the presence of mycelial or pseudomycelial growth, as well as ability to ferment glucose, use plant glycosides (salicin) and simple products of wood degradation (xylose and cellobiose) as growth substrates.

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