Fbh1 mRNA is detectable in specific parts of the fruitbody, and it is absent in other developmental stages.
2
Finally, the identification of various differentially regulated genes involved in protein metabolism suggests the relevance of these processes in fruitbody formation and maturation.
3
This identified a significant turnover of the transcriptome during the course of fruitingbody development.
4
This study suggests that PRLGs could be vital genes involving in fruitingbody development in F. filiformis.
5
However, few reports have been published on the regulation of fruitingbody formation in F. velutipes at the molecular level.
6
HL241 can form fruitingbodies at a slower rate than normal while HL243 cannot aggregate.
7
This study serves to advance our understanding of the molecular mechanisms of fruitingbody development in the model mushroom C. cinerea.
8
A low affinity group 3 PdsA only partially restored aggregation of a D. discoideum pdsA-null mutant, but was more effective at restoring fruitingbody morphogenesis.