Problem Solver

Joy Sturtevant

Joy Sturtevant
I love troubleshooting experiments - I make a habit of understanding the principle behind every step so that if things don't work - can troubleshoot why.
I am sought after for grant seeker meetings since I like to focus down on the question and concentrate on what major points need to be addressed. My colleague and I designed a graduate student course - Molecular Biology of Pathogenic Eukaryotes - and in this we include problem sets - so we focus on training graduate students to solve problems.

Areas Joy Sturtevant is Knowledgeable in:

Infectious disease - how does the microorganism adapt/cause disease?
Medical and molecular mycology - theory and techniques
Microbiology and subdisciplines- theory and techniques
Immunology and subdisciplines - theory and techniques
Molecular Biology- techniques

Techniques Joy Sturtevant Uses:

Solve problems on a daily basis as I set up experiments for my job.
Troubleshooting experimental problems on a daily basis.
Advising colleagues on grants for submission to NIH - focusing and clarifying.
Critique journal articles and Academic Editor for PLoS ONE
Was a member of NIH Study Section - AIDS/AIDS related opportunistic infections and cancer
Currently an adhoc member of NIH study sections: Pathogenic Eukaryotes
Critique grants from other institutes - Irish National Board, Veterans

Joy Sturtevant's Problem Solving Skills:

  1. protein extraction, proteomics
  2. sterile technique- microbiology
  3. immunology - IP, cytokine testing
  4. microscopy - immunofluorescence
  5. molecular biology - transformation, cloning, RNA, DNA manipulations

Joy Sturtevant's Problem Solving Experience:

  1. Consultant at Cassenne Laboratories, Paris France. Role: design and test a new antifungal.
    Consultant/Visiting Professor at Institute Marie Curie - Department of Biophysical Membranes.Role: to identify biological application for a microspectroimmunofluorescent microscope.
    Awardee of NIH RO1 grant and competitive continuation and design all experiments on the role of the 14-3-3 signaling protein in pathogenesis in the fungus Candida albicans.