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  • Analytical Capabilities at Environmental Exposure Assessment Lab | New JHU Charmed

    < Back to ECMC Services List Analytical Capabilities at Environmental Exposure Assessment Lab Rule, Koehler, DeCarlo, Prasse ECMC Faculty: 1 PM2.5, PM10, PM1, respirable mass and other gravimetry $52/sample 2 Metals (without microwave digestion) $120/sample 3 Metals (with microwave digestion) $186/sample 4 Bioaerosols (bacteria, fungi) $60/sample 5 Viruses $75/sample 6 Gas/vapor on charcoal tube + GC analysis $73/sample 7 Nicotine in air (includes sampler assembly and analysis) $52/sample 8 Nicotine in hair (includes sampler assembly and analysis) $106/sample Abbr eviations: CAPS = Concentrated Ambient Particles System; GC = gas chromatography; ELISA = enzyme-linked immunosorbent assay; MS. = mass spectrometry; CN = condensation nuclei Previous Next

  • Desert Wildlife Conservation | New JHU Charmed

    < Back Desert Wildlife Conservation This is placeholder text. To change this content, double-click on the element and click Change Content. This is placeholder text. To change this content, double-click on the element and click Change Content. Want to view and manage all your collections? Click on the Content Manager button in the Add panel on the left. Here, you can make changes to your content, add new fields, create dynamic pages and more. You can create as many collections as you need. Your collection is already set up for you with fields and content. Add your own, or import content from a CSV file. Add fields for any type of content you want to display, such as rich text, images, videos and more. You can also collect and store information from your site visitors using input elements like custom forms and fields. Be sure to click Sync after making changes in a collection, so visitors can see your newest content on your live site. Preview your site to check that all your elements are displaying content from the right collection fields. Power in Numbers 2 Programs 50 Locations 200 Volunteers Project Gallery Previous Next

  • Chemical Mixtures and Emerging Contaminants | New JHU Charmed

    < Back to TRGs 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

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  • Lecture 2 | New JHU Charmed

    Lecture 2 Date: January 26, 2024 at 2:15:00 PM Address: Previous Next < Back to List

  • Mitzner

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  • Sidhaye

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  • Community, Social, and Environmental Determinants of Health | New JHU Charmed

    < Back to TRGs 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

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