Research Article
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Article title
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Abstract
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Key words
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Introduction
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Materials and methods
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Fungal strains
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Culture conditions
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Breeding programme aimed to develop divergent fast- and slow-growing bred lines
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Construction of bidirectional hybrid strains
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Nuclear and mitochondrial DNA extraction and characterisation of molecular markers
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Analysis of quantitative and molecular traits in parental and hybrid strains
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Growth rate of parental and hybrid strains under different temperatures and carbon sources
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Analysis of mushroom production in hybrid strains
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Qualitative determination of antioxidant compounds in fruiting bodies
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ROS detection in parental and hybrid strains
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RNA extraction, RT-qPCR conditions and analysis of gene expression
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Sequences of genes analysed in this work
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Modes of inheritance and heterosis levels
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Statistical analysis
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Declaration of AI-assisted technologies in the writing process
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Results
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Molecular markers for the identification of nuclear and mitochondrial genomes
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A divergent selection programme aimed at maximising phenotypic variation in growth rate
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Construction of hybrid strains
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Analysis of growth rate under standard conditions (SC, 24 °C) and at 15 °C and 32 °C in parental and hybrid strains
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Analysis of growth rate on different carbon sources in parental and hybrid strains
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Expression analysis of the ETC and detoxification-related genes in parental and hybrid strains
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Expression analysis of genes belonging to different complexes of the ETC
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Complex I – nd1 expression
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Complex III – bcs1 and rip1 expression
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Complex IV – cox4 and cox5b expression
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Analysis of the expression profiles of detoxification-related genes
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Determination of oxidative stress by analysing ROS using probes detecting H2O2/peroxides in parental and hybrid strains
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Analysis of the influence of the mitochondrial genome on quantitative traits related to mushroom production in hybrid strains
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Discussion
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Conclusions
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Additional information
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Conflict of interest
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Ethical statement
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Use of AI
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Adherence to national and international regulations
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Funding
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Author contributions
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Author ORCIDs
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Data availability
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References
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Supplementary material
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