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- New Events
Latest News Oct 19, 2023 Opportunities for Student Research with BREATHE and CHARMED Centers Join us to learn about opportunities to get involved with research projects in the BREATHE and CHARMED Centers. Studies include in-home environmental and health assessments among children with asthma, adults with COPD, and other ongoing studies. Read More Jun 16, 2023 CHARMED Chemical Mixtures and Emerging Contaminants Group Meeting Read More Jun 15, 2023 Cardiorespiratory Health and Airborne Contaminants Research Group Monthly Meeting The event will be held on virtually on Facebook on Wednesday Feb 21st at 6PM. Read More May 18, 2023 CHARMED NIEHS P30 Center Workshop: Preparing your pilot proposal, leveraging existing cohorts and biospecimens Here is the announcement from Twitter: https://twitter.com/JHHEATCorps/status/1758518470306894082 Read More Feb 28, 2023 CHARMED Environmental Justice Partnerships Board (EJPB) Monthly Meeting Read More Feb 21, 2023 Baltimore's Water: What You Need to Know Community Town Hall Meeting Read More Monday, June 9, 2025 2025 CHARMED Annual Meeting Read More Date/Time TBD December Environmental Justice Partnerships Board (EJPB) Meeting Community-led Cumulative Impacts Legislation in the MD Region Read More Read More
- Events & Seminars (List) | New JHU Charmed
Events & Seminars Toxic Overburden: 100 Years of Environmental Injustice and Resistance. the Exhibition Opening Reception for Toxic Overburden: 100 Years of Environmental Injustice and Resistance at the Peale Museum (225 Holliday St., Baltimore, MD 21202). Date: April 10, 2024 at 9:30:00 PM Address: 225 Holliday St, Baltimore, MD 21202, USA Learn More Lecture 1 Date: February 16, 2024 at 2:30:00 AM Address: Learn More Lecture 2 Date: January 26, 2024 at 2:15:00 PM Address: Learn More Lecture 3 Date: January 25, 2024 at 5:45:00 PM Address: Learn More Lecture 4 Date: January 24, 2024 at 5:00:00 PM Address: Learn More
- Cardiorespiratory Health and Airborne Contaminants | New JHU Charmed
< Back to Research Group List Cardiorespiratory Health and Airborne Contaminants Kirsten Koehler and Meredith McCormack T here is a high prevalence of cardiovascular, pulmonary, and neurodegenerative diseases in the Maryland region. Many researchers are engaged in studying the health outcomes of these vulnerable populations without a robust scientific interaction with exposure scientists. This TRG is led by Kirsten Koehler (Associate Professor), who is an exposure assessment expert, and co-led by Meredith McCormack, (Associate Professor, JHU School of Medicine) and expert in the diagnosis and treatment of patients with asthma and COPD. Our focus is on defining the contribution of exposure to air contaminants (e.g., PM2.5, gases, vapors, allergens) prevalent in the Maryland region to a range of cardiorespiratory health outcomes including asthma, cardiovascular disease, COPD, and autism. This working group will enable such interactions to catapult the impact of ongoing NIEHS supported research as well as spearhead new scientific directions ( Figure ). Innovations in exposure science coupled with health outcomes in the population can help unravel environmental determinants of diseases in vulnerable populations. Previous Next
- Community, Social, and Environmental Determinants of Health | New JHU Charmed
< Back to Research Group List Community, Social, and Environmental Determinants of Health Chris Heaney and Ana Rule This TRG is led by Dr. Chris Heaney ( Associate Professor) and co-led by Dr. Ana Rule (Assistant Professor). The proposed C HARME D will serve as a nucleus to merge parallel efforts and utilize the expertise and services of the center to expand the scope of research on topics with important community implications. As one important example, fossil fuel production, processing, and use have been drivers of poor air quality and community and health impacts for centuries. As older technologies are phased out and new ones are considered and developed, it is paramount to understand the potential and ongoing impacts that these activities can have on exposures, communities, and population health. Multiple Center members have been involved in understanding emission, pollutant distribution, and the community, economic, and health impacts of existing (e.g., oil refineries) and new (e.g., UNGD) fossil fuel development, distribution, and use. Many translational bridges 20 have been successfully achieved by these investigations ( Figure ). Previous Next
- Chemical Mixtures and Emerging Contaminants | New JHU Charmed
< Back to Research Group List Chemical Mixtures and Emerging Contaminants Jessie Buckley and Lesliam Quiros-Alacala This TRG is led by Drs. Jessie Buckley (Associate Professor) and Lesliam Quiros-Alacala (Assistant Professor) and builds upon the expertise of C HARME D members to understand the human health effects of individual and mixtures of emerging contaminants (metals, persistent organic compounds, endocrine disruptors) on a variety of health outcomes. Center members are exploring the role of early life exposures to phthalates on childhood bone health and examining the impact of metals exposure on immune responses, obesity, autism, and cardiometabolic risk. Please join us the third Friday of the month at 2:30 pm on Zoom. Join Zoom Meeting: https://jh.zoom.us/j/98542110898?pwd=dEt6QmVVY01HTXVvZzIzeGZXNTQwdz09 Previous Next
- Neurological Health Thematic Research Group | New JHU Charmed
< Back to Research Group List Neurological Health Thematic Research Group Heather Volk and Christine Ladd-Acosta. This TRG will be led by Drs. Heather Volk (Associate Professor) and Christine Ladd-Acosta (Associate Professor). Many Center investigators have a long history of research in the Neurological Health science thematic area. These include important contributions to understanding how lead influenced adult cognitive function and decline, as well as cardiovascular, renal, structural magnetic resonance imaging, hematopoietic, and other outcomes in several different studies. Current research also includes exploring the neurotoxicity of insecticides such as rotenone using in vitro multicellular brain spheroids (BrainSpheres) derived from human pluripotent stem cells. Previous Next





