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Welcome to
Diana L. McGill's Home Page


Diana L. McGill


Chair and Associate Professor

Department of Chemistry
Northern Kentucky University
Highland Heights, KY 41099
(859)572-5409

Email: mcgill@nku.edu
Science Center 204F


 

*The courses I teach this fall semester are:

 

Course Number

Course Title / Description

CHE 482

Biochemistry I

   


 

*My schedule this semester is:

Monday

Tuesday

Wednesday

Thursday

Friday

7:00

Course Prep

  Problem Session 7-8

SC 402

 
8:00  

CHE 482         SC402                 8 - 9:15 

OFFICE HOUR SC 204F        9:30 - 10:30

 

  CHE 482         SC402                 8 - 9:15 

OFFICE HOUR SC 204F        9:30 - 10:30

 

 

9:00

 

OFFICE HOUR

SC 204F

 

 

10:00

 

 

     

11:00

 

 

 

 

 

12:00

Meetings

 

 

 

 

1:00

 

 

 Meetings

 

 

2:00

 

 

 Meetings  

Dept. Meetings

3:00

Meetings

            

 Meetings             

Meetings

4:00

Meetings

 

 

 

Meetings            

 

 


*Research Interests

I conduct my research on proteins with undergraduates during the summer and academic year.  The McGill lab is interested in the enzymology of proteins involved in ion homeostasis.
   

 

 

The current research in the lab involves P-type ATPases that are potentially involved in magnesium transport.  Students working on these projects can do anything from using analytical chemistry to determine magnesium concentration to using molecular biology to create expression vectors for the putative magnesium transporters.  This work is in collaboration with Drs. Schultheis and Martines (Biological Sciences) and Dr. Bardgett (Psychology).

A second line of research in the lab involves a collaboration with Dr. Bardgett.  Our role in the project involves the determination of drug concentrations of rat water and blood.  The drugs are used in behavioral studies.

Lastly, a third line of study involves expression studies  focused on chimeras of rat Na,K ATPase and the related H,K ATPase.  Students use classical molecular techniques to assemble chimeric cDNAs, to make mammalian expression constructs with these cDNAs, then to express the rat proteins in human HeLa cells.  Studies of many different chimeras are at various stages of study

 

Adam Ketron presenting his work at the National ACS Meeting in Atlanta, March 2006

 


*Useful links:

 

 


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