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Philip Demokritou

Henry Rutgers Chair and Professor

Rutgers University
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Philip Demokritou is the Henry Rutgers Chair and Professor at Rutgers University, USA. His research areas include environmental health, nanotechnology, and the impact of microplastics on biological systems, as evidenced by his recent articles. Notable studies involve the efficacy of air ionizers against SARS-CoV-2, the health implications of ultrafine particles from vehicular emissions, and the genotoxic effects of ingested micro- and nanoplastics.

Positions (1)

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Philip Demokritou

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Rutgers University

The Rutgers Nanoscience and Advanced Materials Research Center (NAMC) is actively recruiting outstanding Postdoctoral Fellows and PhD students to join a dynamic, interdisciplinary team focused on the intersection of nanoscience, environmental health, and human disease. Directed by Professor Philip Demokritou, a recognized leader in environmental health nanoscience, NAMC offers a collaborative research environment embedded within the Rutgers Biomedical and Health Sciences community and the Environmental and Occupational Health Sciences Institute (EOHSI), a global leader in environmental health research for over 40 years. Research at NAMC centers on investigating how environmental nanoparticles—originating from sources such as wildfires, traffic emissions, and micro/nanoplastics—impact the development of major diseases. Current funded projects, supported by agencies including NIH/NIEHS, NIH/NHLBI, USDA, NSF, BARD, and UL Research Institutes, address health outcomes such as neurodegenerative diseases (Alzheimer’s, Parkinson’s), respiratory health impacts, gut and metabolic effects, and developmental/reproductive toxicity. Fellows and students will lead transdisciplinary projects utilizing state-of-the-art cellular and animal models, including organ-on-a-chip platforms, to uncover the toxicological effects of emerging pollutants. The center provides access to world-class instrumentation for nanoparticle characterization and advanced experimental platforms for generating real-world environmental exposures, including traffic, wildfire, vaping, and nanoplastics. Applicants should have a PhD (for postdoctoral positions) or be seeking a PhD (for student positions) in relevant fields such as environmental science, biology, chemistry, materials science, toxicology, or biomedical engineering. Experience with cellular and animal models, nanoparticle characterization, and interdisciplinary research is preferred. The research group values strong communication and teamwork skills. Funding is provided through major research grants, though specific stipend or tuition details are not listed. To apply, candidates should send an email to [email protected] with their CV and a brief statement of research interests. For more information about NAMC’s research and recent publications, visit the provided links. This is an excellent opportunity to join a leading research center and contribute to advancing knowledge in environmental health, nanoscience, and disease mechanisms.

Articles (18)

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2023

Recent studies in experimental animals found that oral exposure to micro- and nano-plastics (MNPs) during pregnancy had multiple adverse effects on outcomes and progeny, although no study has yet identified the translocation of ingested MNPs to the placenta or fetal tissues, which might account for those effects. We therefore assessed the placental and fetal translocation of ingested nanoscale polystyrene MNPs in pregnant rats. Sprague Dawley rats (N = 5) were gavaged on gestational day 19 with 10 mL/kg of 250 µg/mL 25 nm carboxylated polystyrene spheres (PS25C) and sacrificed after 24 h. Hyperspectral imaging of harvested placental and fetal tissues identified abundant PS25C within the placenta and in all fetal tissues examined, including liver, kidney, heart, lung and brain, where they appeared in 10–25 µm clusters. These findings demonstrate that ingested nanoscale polystyrene MNPs can breach the intestinal barrier and subsequently the maternal–fetal barrier of the placenta to access the fetal circulation and all fetal tissues. Further studies are needed to assess the mechanisms of MNP translocation across the intestinal and placental barriers, the effects of MNP polymer, size and other physicochemical properties on translocation, as well as the potential adverse effects of MNP translocation on the developing fetus.

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2023

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2022

Collaborators (16)

Stephania Libreros

Assistant Professor

Yale University

UNITED STATES
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Nikolaos Cheimarios

Accenture

GREECE
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Kevin Kit Parker

Harvard University

UNITED STATES
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Denisa Lizonova

Assistant Professor

University of Chemistry and Technology

CZECH REPUBLIC
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Joachim Loo

Professor

Nanyang Technological University (NTU)

SINGAPORE
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Matthew Moore

Assistant Professor

University of Massachusetts Amherst

UNITED STATES
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Constantinos Moularas

Delft University of Technology

NETHERLANDS
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Huibin Chang

Assistant Professor

University of Notre Dame

UNITED STATES
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Charles N. Serhan

Professor and Center Director

Brigham and Women's Hospital and Harvard Medical School

UNITED STATES
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Kee Woei Ng

Nanyang Technological University (NTU)

SINGAPORE
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Keld Alstrup Jensen

Professor

National Research Centre for the Working Environment

DENMARK
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Dorsa Parviz

Assistant Professor

Arizona State University

UNITED STATES
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Susan Dekkers

-

NETHERLANDS
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Dhimiter Bello

Professor and Associate Dean for Research

University of Massachusetts Lowell

UNITED STATES
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Yohannes Tesfaigzi

Professor of Medicine

Brigham and Women's Hospital and Harvard Medical School

UNITED STATES
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Ilias Kavouras

New York University

UNITED STATES
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