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Diploid formation of Candida tropicalis via protoplast fusion.

Carlos Vallín, L. Ferenczy

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Abstract

Haploid auxotrophic mutants were produced from Candida tropicalis, and protoplast usion was induced by polyethylene glycol. The resulting nutritional complementation was due to heterokaryon formation and, at a much lower frequenty, to spontaneous diploidization. During cultivation, heterokaryotic clones regularly gave rise to heterozygous diploids from which, in turn, haploids could be isolated. The technique of protoplast fusion gives an opportunity for genetic analysis of this and similarly asexual fungal species.

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What this paper is about

Haploid auxotrophic mutants were produced from Candida tropicalis, and protoplast usion was induced by polyethylene glycol. The resulting nutritional complementation was due to heterokaryon formation and, at a much lower frequenty, to spontaneous diploidization. During cultivation, heterokaryotic clones regularly gave rise to heterozygous diploids from which, in turn, haploids could be isolated. The technique of protoplast fusion gives an opportunity for genetic analysis of this and similarly asexual fungal species.

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Available abstract

Haploid auxotrophic mutants were produced from Candida tropicalis, and protoplast usion was induced by polyethylene glycol. The resulting nutritional complementation was due to heterokaryon formation and, at a much lower frequenty, to spontaneous diploidization. During cultivation, heterokaryotic clones regularly gave rise to heterozygous diploids from which, in turn, haploids could be isolated. The technique of protoplast fusion gives an opportunity for genetic analysis of this and similarly asexual fungal species.

Key concepts: Protoplast, Heterokaryon, Complementation, Ploidy, Biology, Auxotrophy, Cell fusion, Candida tropicalis

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Diploid formation of Candida tropicalis via protoplast fusion. — Research Paper | ScholarLens