Blue light receptor 1: Homologs, interactions, and its role in fungal systems and beyond

Title : Blue light receptor 1: Homologs, interactions, and its role in fungal systems and beyond

Abstract:

Blue light plays a crucial role in regulating fungal growth, development, and secondary metabolism. In fungal systems such as Trichoderma reesei, Blue Light Receptor 1 (BLR1) is a key photoreceptor that modulates responses to external light cues, influencing a wide range of biological processes including the circadian rhythm. This presentation will explore the mechanisms and necessary components behind the function of BLR1, its interaction with other signaling pathways and proteins, and its evolutionary conservation across fungal species. We discuss its potential applications in biotechnology and fungal pathogen control. Understanding BLR1 signaling pathways will provide crucial insights into fungal adaptation to light and stress and open new avenues for manipulating fungal behavior for a variety of applications. This in turn can assist with the unraveling of complex mammalian systems in hopes of increasing quality of life for many suffering from circadian clock disorders.

Biography:

Caylie studied Forensic Science and Chemistry and graduated from the University of North Texas in Denton. She then entered the industry and worked at a Forensic Laboratory for 5 years as a senior analyst where she rebuilt the highest throughput department from the ground up. After this, she worked in a Quality Control role where she learned the ins and outs of auditing and federal accreditation. She then returned to the academic sphere and is currently wrapping up her doctoral degree in Chemistry at Southern Methodist University in the laboratory of Dr. Brian Zoltowski.