Richard N. Dixon Science Research Center

Dixon

On October 17, 2003, Morgan State University formally opened the Richard N. Dixon Science Research Center, named for  former state treasurer, the Honorable Richard N. Dixon.  This $23.3 million, three-story (48,500 gross square feet) scientific research building includes 26 research laboratories, state-of-the-art teaching/research greenhouse and the 100-seat Travelers Auditorium. The concrete and glass structure is joined by an overhead bridge to the Science Complex, which is used for classrooms, research and teaching laboratories.

The goals of the Center are: (1) to assist in addressing the health concerns of the urban environment and the nation; (2) to help support graduate and undergraduate research programs in the departments of biology, chemistry and physics; and (3) to assist the school in attracting new faculty to expand the departments' funded research potential.

Current Research Foci:

Biology - Stress and cardiovascular disease, HIV/AIDS, neuroscience, neurodevelopment/neurodisorders, molecular and developmental genetics, environmental toxicology and biosensors, environmental microbiology, environmental science, plant molecular biology, molecular biology/gene expression and bioinformatics.

Chemistry - Polymerization reactions and microgravity, analytical sensors for monitoring pollutants and biological activity, synthesis of fluorescent dyes and conductive polyprole polymers for biosensors, development of near infrared dyes for use in biological sensors, development of fluorescent techniques for trace impurities, development of inorganic compounds for use in cancer treatment.

Physics - Nanotechnology and its applications, digital image processing, scanning, atomic force, scanning tunneling microscopy, Mössbauer spectroscopy, magnetic thin films and bioinformatics.

The four Core Laboratories in the Dixon Research Center each consist of state-of-the-art equipment, a core facility director and a core facility technician. These laboratories are as follows:

  • The Molecular and Cellular Biology Core Laboratory
  • The Histochemistry/Cytology Core Laboratory
  • The Proteomics/Chemical Biology Core Laboratory  
  • Bioinformatics Core Laboratory

 

  • uted into three different sections of computer controlled, climactic zones:Tropical Plants
  • Temperate Plants,
  • Passage area

 

 

 

 

The research currently being performed includes:

  • Micro-propagation of medicinal plants.
  • Bioremediation chemicals using Plant-Microbial Interactions.   

 

Core Facilities

 

Greeenhouse

The Dixon Science Research Center encompasses a , which is distrib