Mating and genotyping analysis of progeny in <i>pph22</i>Δ x WT crosses.

Mating and genotyping analysis of progeny in <i>pph22</i>Δ x WT crosses.

<p>A) Cell-cell fusion assay of WT::<i>NAT</i> x WT<i>::NEO</i> and <i>pph22</i>Δ<i>::NAT</i> x WT::<i>NEO</i> crosses. Cells were cocultured on MS media for three days before harvesting and plating onto selective media. Frequencies a...

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Auteur principal:	Patricia P. Peterson (20291306) (author)
Autres auteurs:	Sarah Croog (21627551) (author), Yeseul Choi (6068969) (author), Sheng Sun (142836) (author), Joseph Heitman (22335) (author)
Publié:	2025
Sujets:	Medicine Cell Biology Genetics Molecular Biology Infectious Diseases Biological Sciences not elsewhere classified produce viable spores modulating reproductive modes maintaining genome stability div >< p nuclear selection appears excluded following cell α -< b regulatory partner far8 play critical roles human fungal pathogen >, another component regulating nuclear inheritance cell cycle progression exclusive pseudosexual reproduction stripak signaling network faithful sexual reproduction cryptococcus neoformans </ >, sexual reproduction pseudosexual reproduction sexual reproduction nuclear organization cell fusion neoformans </ far8 </ cryptococcus </ </ b specific roles meiotic progression inheritance mechanisms fungal adaptation >, stripak >, possibly sexual development pph22 </ ppg1 </ type parent transcriptomic profiling stripak complex rna processing rescued growth related phosphatase recently shown mutant nucleus high rate genes involved findings highlight findings demonstrate dna replication distinct contributions developmental defects
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