Transcriptional divergence reveals that MAT1-2 exhibits greater dynamism during conidiation, while MAT1-1 gains influence in crosses of Morchella sextelata.
Plant Reproductive Biology
Moving in Plant Physiology and Biochemistry, bioRxiv, Journal of Experimental Botany, Nature Plants, Fungal Biology, Mycologia, Plant, Cell & Environment, Cell.
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Latest in Plant Reproductive Biology
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Aflatoxin-producing Aspergillus flavus populations in Bangladesh show high genetic diversity with variable biosynthetic gene profiles across maize and chili.
A CENH3-based immunostaining method accurately distinguishes potato ploidy levels with clear signals and robust quantification across multiple genotypes.
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Multiallelic genotypic selection can be modeled and estimated from time-series data, revealing complex fitness interactions such as heterozygote advantage in populations.
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exhibits obligate, genome-wide achiasmy in both sexes, resulting in offspring that are genetically identical and mimicking clonal reproduction despite sexual meiosis.
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MADS-box transcription factors exhibit distinct spatial and temporal expression patterns in floral organs, with B-class genes in petals showing distal enrichment during development.
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Spatiotemporal transcriptomics reveals key genes and pathways in Norway spruce reproductive development, highlighting the vegetative-to-reproductive transition and gene evolution.
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Zinc-finger proteins C3H14 and C3H15 are essential for maintaining meiocyte identity in flowering plants, with mutations causing meiotic arrest and cell death.
Successful cultivation of Tuber himalayense in Japan produced 13 ascomata over 8 years, revealing homozygous mating types and advancing understanding of its reproductive dynamics.
Multiple temperature signals are integrated through chromatin memory mechanisms to regulate flowering time in plants, ensuring adaptation to climate variability.
Microfilament cytoskeleton modulates programmed cell death during seed cryopreservation, with stabilizers increasing seed viability by up to 20% in Paeonia lactiflora seeds.
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Passage through the sclerotial stage does not cause lasting transcriptional reprogramming in Physarum species, with only transient gene expression changes observed in P. polycephalum.
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Endogenous hormone signaling and cell wall remodeling are key to apple-pear hybridization compatibility, with jasmonic acid regulation playing a central role.
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A cBSA-mediated miRNA delivery system was developed in Camellia sinensis, enabling efficient in vivo functional validation of miRNA-target modules, exemplified by a 72% gene silencing.
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