Our research group is interested in the molecular mechanisms underlying the assembly, regulation, and function of the septin family of proteins in budding yeast. The septins are a widely conserved GTP-binding protein family that can polymerize into a variety of cellular geometries. They function in vivo by promoting and sensing membrane curvature, serve as a barrier (corral) between membrane-enclosed compartments, and recruit many scores of additional proteins that localize to the division site during the cell cycle. We are interested in addressing a number of questions regarding the molecular mechanisms that govern both assembly and regulation of this protein complex, and characterize the direct binding partner(s) that associate with the septin structure within the cell (such as the kinases responsible for control of cell cycle progression). We employ a combination of experimental approaches including genetics, molecular and cell biology, biochemistry, and molecular evolutionary techniques. Additionally, our lab is interested in utilizing CRISPR/Cas technology to further advance the application and regulation of this powerful gene editing platform using yeast as a model system.
Our lab is ALWAYS looking for new undergraduate students to join! It's strongly advised that students secure/set up a position at least 1 semester in advance. We are especially interested in recruiting Freshman and Sophomores. Email Dr. Finnigan to apply!
[Top Left, Schematic of the septin organization during yeast cell cycle. Figure adapted from Kinoshita, 2006, Current Opinion in Cell Biology, 18, 54-60. Copyright © 2016 Elsevier Ltd. Reproduced with permission from Elsevier. Top Right, Model of the budding yeast septin hetero-octamer complex during mitosis; Bottom Left, Serial dilution growth assay of yeast strains, Bottom Right, Fluorescence microscopy of live yeast cells (1000x mag.) visualizing two subunits of the septin complex. Data images from Finnigan et al., 2015, Genetics 200, 821-841. Reproduced with permission from the Genetics Society of America.]
All students interested in joining the lab for course credit (school year), or volunteer experience (year round), or for hire (summer months or part-time year-round, if possible), should contact Greg Finnigan at email@example.com. Students from any discipline in biology, biochemistry, genetics, and/or cell and molecular biology are welcome and encouraged to apply for a position! The Lab is currently full for Spring 2018. However, Freshman, Sophomores, and Juniors are encouraged to apply for a future appointment (Fall 2018 or beyond). Moreover, Dr. Finnigan will be teaching BIOCH 766/767 (Recombinant DNA I and II Lab) for Spring 2018. Advanced Biology and Biochemistry students are encouraged to take this course! No prior formal lab experience is needed, although a strong academic background in the biological sciences (molecular, cell, genetics, and/or biochemistry) is preferred. Research experiences can be between 1-4 years and there are many exciting projects to work on! Additionally, there is the possibility of a paid position during the school year and/or full-time paid positions for the summers to do research in the lab. To apply for a future research position, please email Dr. Greg Finnigan.
The lab is is not seeking graduate students currently.
The lab is not actively searching for postdoctoral fellows for 2018, but those interested in the lab should still feel free to contact Greg Finnigan at firstname.lastname@example.org to discuss funding, fellowships, and a possible future appointment.