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Department of Biological Chemistry Logo
Department of
Biological Chemistry
Johns Hopkins University Medicine logo

The Graduate Program in Biological Chemistry (GPBC) is designed to train the next generation of independent research scientists, while simultaneously supporting the professional development and career choices of all our students. The core of our Ph.D.- granting program is learning through research, augmented by an advanced curriculum, supportive mentorship, professional development, and career training. GPBC's focus on discovery-based education is consistent with the founding of Johns Hopkins as the country's first research university and its current position as one of the world's preeminent research universities. ​​

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Knowledge for the World

Johns Hopkins University is committed to an international scope and reach. Consistent with this mission, the GPBC program recruits students from around the globe, maintains a diverse student body, and is committed to open publication of its discoveries.

Excellent Training, Outstanding Careers   

Our students graduate promptly (time to degree of 5-6 years) and have an unparalleled record of career success. Although our primary mission is to train the next generation of independent research scientists, we support the career goals of our students, whatever they may be. Career tracking of our graduates shows that:

40% of our graduates hold tenure-track or equivalent positions

40% of our graduates hold other research positions in biotech, pharma, etc.

20% achieve success in other career paths, including science consulting,

biotech/pharma management, science administration, policy, publishing, etc.

97% of our graduates are in jobs that require a doctoral degree

Diverse Opportunities  

The GPBC offers our students exciting research training opportunities reflect the breadth of modern biochemistry, including:

cancer

A Tradition of Excellence  

Our current research programs continue a tradition of research excellence that

stretches from 1908 to the present and includes numerous landmark discoveries, including:

  • mitochondrial ATP production (Lehninger)
  • mechanisms of enzyme catalysis (Hellerman)
  • enzymatic carboxylation (Lane)
  • tau & neurodegeneration (Cleveland)
  • cytoplasmic protein glycosylation (Hart)
  • water channels, for which Peter Agre received the 2003 Nobel Prize
  • HIF-1a & oxygen sensing, for which Greg Semenza received the 2019 Nobel Prize
  • TRP channels in sensory biology (Montell, Caterina)
  • ……..and many other breakthroughs



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