Johnson Lab

 

 

 

Dr. Johnson received his doctorate in Molecular Biology from Case Western Reserve University (Cleveland, OH). His post-doctoral work at Fox Chase Cancer Center (Philadelphia, PA) used a liposarcoma model system to investigate the maintenance of telomeres, important nucleoprotein structures with roles in aging and cancer. Dr. Johnson then joined the University of Pennsylvania (Philadelphia), where his early work explored cellular defects in patients with Werner and Bloom’s syndromes, genetic diseases characterized by accelerated aging and cancer predisposition. Dr. Johnson’s recent work has focused on exploring the mechanistic basis of the benefits of methionine restriction in S. cerevisiae and cultured mouse and human cells.

Jay E. Johnson, Ph.D.

Associate Scientist

The dual aims of Dr. Johnson’s research are characterizing the cellular mechanisms underlying the benefits of methionine restriction (MR), and identification of novel MR-interventions that improve healthspan. Because many of the mechanisms that regulate mammalian longevity were first identified as mechanisms that promote longevity in yeast, Dr. Johnson’s group uses yeast models as well as mammalian cells and laboratory mice in his multifaceted approach.
2012-2015 Research Associate
University of Pennsylvania
2007-2012 Postdoctoral Fellowship
University of Pennsylvania
2004-2007 Postdoctoral Fellowship
Fox Chase Cancer Center & Memorial Health University Medical Center
1998-2004 Ph.D., Molecular Biology
Case Western Reserve University School of Medicine
1998 Research Rotations
Case Western Reserve University
1997 B.S., Biotechnology
Rochester Institute of Technology

 

Jason Plummer

Jason Plummer, Research Associate

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    Dr. Johnson will present at the webinar, “Sulfur Amino Acid Restriction – Moving from Animals to Humans”, for Aging Science Talks on October 20-21, 2021. The complete program, including information on attending the Zoom sessions, is available here.

    Selenium supplementation protects against obesity and may extend lifespan