Katherine Joyner

 KatherineA. Joyner

Katherine A. Joyner

  • Courses1
  • Reviews3

Biography

Towson University - Chemistry


Resume

  • 2008

    Doctor of Philosophy (Ph.D.)

    Pharmaceutical Sciences

    Graduate School Senator: University Student Government Association

    University of Maryland Baltimore 2010-2012\tChair: Student Chapter AAPS (American Association of Pharmaceutical Scientists)

    University of Maryland Baltimore 2009-2010\tVice Chair: Student Chapter AAPS

    University of Maryland Baltimore

    University of Maryland Baltimore

  • 3.0

    Bachelor of Arts (B.A.)

    Biology and Chemisty

    2007-2008\tPresident: Student Council (Inter Organizational Council) College of Notre Dame of Maryland\n\nJanuary 2008 PLEN Women in Science & Technology policy seminar \nWashington

    DC

    College of Notre Dame of Maryland

  • Drug Delivery

    Organic Synthesis

    Biomaterials

    University Teaching

    High-Performance Liquid Chromatography (HPLC)

    Biochemistry

    Cell Culture

    HPLC

    Biosensors

    Joyner

    Katherine

    Joyner

    U.S. Army Research Laboratory

    Towson University

    University of Maryland - A. James Clark School of Engineering

    University of Maryland

    Baltimore

    Baltimore City Public Schools

    University of Maryland

    Baltimore

    Aberdeen

    MD

    Worked on a team to develop a nanoscale biosensor\nPrimary research was on the size engineering of Bacteriorhodopsin for nanobio hybrid systems\nTrained students (high school- undergraduates) in protein expression

    gold nano-partical synthesis

    organic synthesis

    biochemical analysis

    Summer Research Fellow

    U.S. Army Research Laboratory

    University of Maryland

    Baltimore

    Towson University

    Towson Maryland

    Adjunct Professor

    College Park

    MD

    Postdoctoral Researcher

    University of Maryland - A. James Clark School of Engineering

    Baltimore

    Maryland Area

    Teacher

    Baltimore City Public Schools

    University of Maryland

    Baltimore

CHEM 131

3.3(3)