B.A. Chemistry and Cellular/Molecular Neuroscience, Macalester College; Ph.D. Biochemistry, Washington University in St. Louis
Cell biology, circadian biology, biochemistry, protein structure/function, and neurobiology
Travel, reading, cooking, making things, photography, gardening, and science outreach
My research examines some of the molecular underpinnings of circadian clocks. These clocks regulate an enormous number of biological functions that occur on an approximately 24-hour, or circadian, cycle. Circadian cycles of gene expression and other cell activities influence phenomena as diverse as the sleep/wake cycle, the ability to concentrate and remember, efficacy and toxicity of cancer treatments, predator/prey interactions, and the navigation of monarch butterflies as they migrate between northern North America and Mexico.
At their base, circadian rhythms are controlled by a clock mechanism contained within cells, a complex set of transcription/translation feedback loops regulated both post-transcriptionally and post-translationally. In mammals, two proteins called Cryptochromes, or CRYs, play multiple critical roles. Students and I in my laboratory are attempting to 1) tease apart the CRYs' roles by defining and examining the importance of specific interactions between CRYs and other proteins, and 2) uncover how CRY gene expression is regulated in different tissues.
Biology
Gustavus Adolphus College
800 West College Avenue
Saint Peter, MN 56082
Phone: 507-933-7325
E-mail: kmarz@gustavus.edu
Choreographers' Gallery: New Horizons Tomorrow 8–10:30 pm
W. Swimming vs. St. Ben's/Luther Tomorrow 1–6 pm
W. Basketball vs. Wartburg College Nov 23 7:30–9:30 pm
January Weekend Movie Survey
14 hours ago
The Reitman for the job 19 hours ago
Skating with purpose
19 hours ago
Scott Moe, a 1995 graduate of Gustavus, recently completed his 13th year as the head coach of the men's golf team. In the 2007-08 season, Moe coached Gustavus to its 25th overall MIAC title and a 19th…