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LC-MS/MS-based targeted carotenoid and anthocyanidin metabolic profile of Auricularia cornea under blue and red LED light exposure. | LitMetric

AI Article Synopsis

  • Light exposure affects the color and metabolism of the fungus Auricularia cornea, but the exact processes are not well understood.
  • Under red light, the fungus appears bright white, while it takes on a deeper red hue under blue light, both showing a yellow tint.
  • The study identified various metabolites affected by light, including carotenoids and anthocyanins, revealing new insights into how light influences the pigmentation and metabolic functions of A. cornea.

Article Abstract

Light exposure significantly impacted the coloration and metabolism of Auricularia cornea, although the underlying mechanisms remain unclear. This study aimed to test the apparent color and pigment metabolic profiles of A. cornea in response to red (λp = 630 nm) and blue (λp = 463 nm) visible light exposure. Colorimeter analysis showed that fruiting bodies appeared bright-white under red-light and deeper-red under blue-light, both with a yellow tinge. On the 40th day of light-exposure, bodies were collected for metabolite detection. A total of 481 metabolites were targeted analysis, resulting in 18 carotenoids and 11 anthocyanins. Under red and blue light exposure, the total carotenoids levels were 1.1652 μg/g and 1.1576 μg/g, the total anthocyanins levels were 0.0799 μg/g and 0.1286 μg/g, respectively. Four differential metabolites and three putative gene linked to the visual coloration of A. cornea were identified. This pioneering study provides new insights into the role of light in regulating A. cornea pigmentation and metabolic profile.

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Source
http://dx.doi.org/10.1016/j.jphotobiol.2024.113005DOI Listing

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