Perpetua Mubweri Muganda




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OfficeHines Hall
Room: 317

1601 East Market Street
Greensboro, NC 27411

Perpetua Mubweri Muganda


Ph D: Biochemistry and Molecular Biology, Indiana University School of Medicine, 1983

MS: Biochemistry, Howard University, 1978

BS: Biology, Lock Haven State College, 1976

Research Interests

tumor virology and systems biology, molecular carcinogenesis, cellular and molecular mechanisms of toxicity, role of p53 in carcinogenesis and toxicity, apoptotic signaling and mechanism.

Recent Publications

Muganda, Perpetua  (2016).  An Overview of Apoptosis Methods in Toxicological Research: Recent Updates .  In Perpetua Muganda  (1st/2016 Edition,  pp. 1-12).  Apoptosis Methods in Toxicology.

Muganda, Perpetua  (2016).  Apoptosis Methods in Toxicology.  In Perpetua Muganda, Ph.D.,  Methods in Pharmacology and Toxicology  (1/2016 Edition,  pp. 244).  Springer Science and Business media, LLC.

Ewunkem, Akamu  Muganda, Perpetua  (2016).  Determining the Extent of Toxicant-Induced Apoptosis Using Concurrent Phased Apoptosis Assays.  In Perpetua Muganda  (1st/2016 Edition,  pp. 31-47).  Apoptosis Methods in Toxicology.

Ewunkem, Akamu  Parson, Carl  Muganda, Perpetua  Newman, Robert  (2015).  A Low-Cost Method for Tracking the Induction of Apoptosis using FRET-based Activity Sensors in Suspension Cells.  In PM Muganda,  Apoptosis   Methods in Toxicology/Humana Press.

Muganda, Perpetua  (2011).  Nanomedicine-Based Synthetic Biology.  ( 1,  1,  pp. 1000102e).  Journal of Nanomedicine & Biotherapeutic Discovery.

Muganda, Perpetua  (2009).  Mechanisms of Diepoxybutane-Induced p53 Regulation in Human Cells.  (23 (6),  pp. 373-386).  Journal of Biochemical and Molecular Toxicology.

Muganda, Perpetua  (2007).  Diepoxybutane Activates the Mitochondrial Apoptic Pathway and Mediates Apoptosis in Human Lymphoblasts Through Oxidative Stress.  Toxicology In Virtro  (21,  pp. 1429-1441).  North Carolina A&T State University.

Muganda, Perpetua  (2007).  Genetic Engineering of Site Specific Mutations Targeting the NF-kB Binding Site Within the Human p53 Promoter.  SMART Findings: Undergraduate STEM Research Journal  (1(1),  pp. 13-19).  Southern University at Baton Rouge.