Better utilization of inorganic nitrogen compared to organic nitrogen by a plant symbiotic fungal isolate of Alternaria alternata.

microPublication biology Pub Date : 2025-01-29 eCollection Date: 2025-01-01 DOI:10.17912/micropub.biology.001403
Beatrice Bock, Lexie Curry, Catherine Gehring
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Abstract

Alternaria alternata , a fungus that causes plant diseases, is also a Dark Septate Endophyte (DSE) that can enhance host plant growth by improving access to soil nutrients like nitrogen. To test the environmental factors influencing this relationship, we explored whether A. alternata can utilize both organic and inorganic nitrogen. Our results showed that an A. alternata isolate grew 133% larger in an inorganic nitrogen medium than in an organic nitrogen medium. These findings suggest the need for further research on other DSE taxa and nitrogen forms to better understand fungal nitrogen use.

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与有机氮相比,一株植物共生真菌对无机氮的利用更好。
交替孢霉是一种引起植物疾病的真菌,也是一种暗隔内生菌(DSE),它可以通过改善对土壤养分(如氮)的获取来促进寄主植物的生长。为了验证影响这一关系的环境因素,我们探讨了互生草是否能同时利用有机氮和无机氮。结果表明,在无机氮培养基中,交替草的生长速度比在有机氮培养基中高出133%。这些发现表明,需要进一步研究其他DSE分类群和氮形态,以更好地了解真菌对氮的利用。
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