
🔬 Studying the effects and distribution of microplastics in the environment and a bit of cycling. #microscopy
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ALT Proposed model of HAM1 involvement in C. neoformans's biology. Based on our results, we believe that HAM1 acts as a negative regulator of the mating cycle of C. neoformans. Upon activation of the pheromone-response pathway, HAM1 is repressed in a Cpk1-dependent manner. However, under non-mating conditions, HAM1 is induced by unknown signals. When induced, HAM1 works by inhibiting pheromone and pheromone-response genes, or somehow inhibiting hyphal formation directly. During pathogenic conditions, we believe that HAM1 is highly expressed to prevent mating from occurring due to the low-nutrient environment of a mammalian host. The changes we see in the capsule of the ham1 mutant could be a direct function of HAM1 or an indirect result of altered mating signaling (hence, dashed lines).

































