Elizabeth Merricks
B.S., Medical Technology
University of North Carolina
Chapel Hill, NC
I have been in the Department of Pathology and Laboratory Medicine since 1986, when I started as a freshman, work-study student in the lab of Kathy Pryzwansky.  I received my B.S. in Medical Technology from the University of North Carolina in 1991.  After a year and a half in Clinical Hematology (UNC-Hospitals), I returned as a technician to Kathy’s lab to work on the role of cGMP dependent protein kinase in neutrophil secretion.  In 1998, I moved to the labs of Dr. Marjorie Read and Dr. Tim Nichols (Francis Owen Blood Research Lab), where I worked on developing freeze-dried platelets and red blood cells as blood bank replacement products.  I entered the Molecular and Cellular Pathology PhD program in the Fall of 2002 and now work with Dr. Tim Nichols and Dr. Nadia Malouf on L-type voltage dependent calcium channels in platelets.  I am currently in the lab of Dr. Tim Nichols and working to develop and characterize a pig model of hyperlipidemia and insulin resistance.  There is an unmet need for a large animal model to determine the mechanisms that mediate coronary vascular disease (CVD) in insulin resistant patients.  We are interested in the individual and combined effects that hyperlipidemia and insulin resistance have on CVD.  Our preliminary studies suggest that pigs with combined hyperlipidemia and insulin resistance develop more severe and diffuse disease than insulin sensitive controls.  This model should be useful in elucidating the biochemical changes that occur during the progression of CVD.

I grew up in a small eastern North Carolina town (Eure) and after graduating from Carolina in 1991 I decided to stay in Chapel Hill (my husband is a rare, native Chapel Hillian).  I have two sons who keep me extremely busy, Justin, 11 and Jeffrey, 15.  I am very active in their school and sports.  We spend lots of time with baseball, basketball, dirt-bike riding, four-wheeling, camping, and fishing as well as wake-boarding, wake-skating, and wake-surfing.

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