Date of Graduation
Master of Science in Biology
Tor2, TORC2, eisosome, MCC, microdomains
The elucidation of the organization and maintenance of the plasma membrane has been sought due to its numerous roles in cellular function. In the budding yeast Saccharomyces cerevisiae, a novel paradigm has begun to emerge in the understanding of the distribution of plasma membrane microdomains and how they are regulated. I aimed to investigate the dynamic interdependence between the protein complexes eisosome and TORC2, representing microdomains MCC and MCT, respectively. In this study, I reveal that the eisosome organizer Pil1 colocalizes with the MCT marker Avo2. Furthermore, I provide evidence that the formation of MCT is dependent on both eisosome integrity and adequate levels of the plasma membrane phosphoinositide PI(4,5)P2. Taken together, my findings indicate that TORC2, eisosomes, and PI(4,5)P2 exist in an interconnected relationship, which supports the emerging model of the plasma membrane.
© Katelyn Rae Bartlett
Bartlett, Katelyn Rae, "TORC2 and Eisosomes Are Spatially Interdependent, Requiring Optimal Level of Pi(4,5)P2 for Their Integrity" (2014). MSU Graduate Theses. 1324.