Dr. Yanina Rizzi

Developed and optimized protein–protein interaction methods, enabling functional analyses. Led research on regulatory pathways in fungal–plant symbiosis, identifying key molecular components involved in host communication. Pioneered methodologies and launched projects, expanding lab capabilities and supporting 10+ team members. Supervised a technician and mentored students, driving timely project progress. Managed the protein lab, streamlining workflows and coordinating relocation with minimal downtime.

Established genetic engineering tools for arbuscular mycorrhizal fungi, opening new avenues for functional studies. Developed/optimized protein–protein interaction methods. Led research on regulatory pathways in fungal–plant symbiosis, identifying key molecular components. Contributed to an RNA-seq study that revealed differential gene expression in response to monocot and dicot hosts. Pioneered methodologies expanding lab capabilities. Supervised technicians and mentored a student. Managed the protein lab.

Led functional characterization of fungal proteins, identifying effectors and cell wall remodeling enzymes linked to plant pathogenicity. Developed and optimized protein expression/purification protocols for fungi and bacteria. Managed and mentored technician/students in mutant generation. Initiated collaborative projects, elucidated roles of remodeling proteins in stress/virulence, oversaw microscopy operations, and delivered timely, publishable results.

Elucidated the functional roles of two protein isoforms in proline metabolism, uncovering their regulation, enzymatic activity, and contribution to plant stress responses. Successfully led multiple research projects, achieving deadlines and producing results published in peer-reviewed journals. Optimized plant and laboratory operations, ensuring reliable maintenance of incubators, thermocyclers, and efficient cultivation of plant and fungal cultures. Instructed seminars and courses for over 100 students.