Cryptococcus neoformans serves as a model for intron-related studies in fungi, highlighting the role of introns in gene expression and genome integrity.
Introns may offer antifungal targets in Cryptococcus; leaves open validation in clinical isolates.
In Cryptococcus neoformans, nearly all genes are interrupted by small introns. In recent years, genome annotation and genetic analysis have illuminated the major roles these introns play in the biology of this pathogenic yeast. Introns are necessary for gene expression and alternative splicing can regulate gene expression in response to environmental cues. In addition, recent studies have revealed that C. neoformans introns help to prevent transposon dissemination and protect genome integrity. These characteristics of cryptococcal introns are probably not unique to Cryptococcus, and this yeast likely can be considered as a model for intron-related studies in fungi.
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Guilhem Janbon (2018) studied this question.
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