About: Method for the estimation of effective concentration of polyols in green algal lichens at low temperature.     Goto   Sponge   NotDistinct   Permalink

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  • Introduction: Polyols (sugar alcohols) help lichens to maintain physiological activity at sub-zero temperatures. Among them, ribitol synthetised by symbiotic green algae in a lichen thallus represents one of the most important. Ribitol is main high-energy compound exported from a symbiotic producer (alga) to a consumer (fungus) and its natural concentration in a lichen thallus ranges 2-7 µg g-1 DM [1,2]. In fungal hyphae, ribitol is transformed into mannitol, which serves as energy source for maintenance and growth of fungal hyphae as well as production of fungal-specific compounds [3], such as e.g. pigments [4]. Limited number of experiments has been made so far, that focused on cryoprotective effects of ribitol on physiological processes of symbiotic algal cells [e.g. 5]. Here, some preliminary results are presented for two lichen species exposed to 3 stepwise increased concentrations of ribitol.
  • Introduction: Polyols (sugar alcohols) help lichens to maintain physiological activity at sub-zero temperatures. Among them, ribitol synthetised by symbiotic green algae in a lichen thallus represents one of the most important. Ribitol is main high-energy compound exported from a symbiotic producer (alga) to a consumer (fungus) and its natural concentration in a lichen thallus ranges 2-7 µg g-1 DM [1,2]. In fungal hyphae, ribitol is transformed into mannitol, which serves as energy source for maintenance and growth of fungal hyphae as well as production of fungal-specific compounds [3], such as e.g. pigments [4]. Limited number of experiments has been made so far, that focused on cryoprotective effects of ribitol on physiological processes of symbiotic algal cells [e.g. 5]. Here, some preliminary results are presented for two lichen species exposed to 3 stepwise increased concentrations of ribitol. (en)
Title
  • Method for the estimation of effective concentration of polyols in green algal lichens at low temperature.
  • Method for the estimation of effective concentration of polyols in green algal lichens at low temperature. (en)
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  • Method for the estimation of effective concentration of polyols in green algal lichens at low temperature.
  • Method for the estimation of effective concentration of polyols in green algal lichens at low temperature. (en)
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  • RIV/00216224:14310/05:00013517!RIV10-GA0-14310___
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  • P(GP206/03/P140)
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  • 529704
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  • RIV/00216224:14310/05:00013517
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  • polyols; low temperature (en)
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  • [C24687893608]
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  • Brno
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  • Photosynthesis and Stress, Book of Abstracts, September 15-16, 2005, Brno, Czech Republic
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  • Hájek, Josef
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  • MU
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  • 80-210-3762-8
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  • 14310
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