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Figure 1: Risks for pregnant researchers depends on hazard, exposure, and vulnerability, where each exists on a scale that contributes to overall risk. Types of hazards in a chemical lab include chemical and radiation hazards, among others. Main routes of exposure are dermal, oral, and inhalation exposure, along with ambient exposure to hazardous environments such as radiation or sound. A pregnant researcher and their developing fetus can be more or less vulnerable to certain hazards and exposures based on the progression of their pregnancy. (https://doi.org/10.1021/acs.chemrestox.1c00380)
Figure 2: Personal identity (including, for example, identifying as black, indigenous, or a person of color (BIPOC) or low socioeconomic status (SE)) can impact each person’s unique exposome, which arises from their specific external, general external, and internal environments, which can lead to health impacts over an entire lifetime of exposures. This review focuses specifically on pregnant lab researchers and potential reproductive and developmental health impacts resulting from exposure via their occupation (e.g., a specific external environment) (https://doi.org/10.1021/acs.chemrestox.1c00380)
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Figure 1. Example of a drafte S.O.C.M.E. for our Reaction Efficiency Module connecting Green Chemistry Principles and U.N. Sustainable Development Goal #7
Figure 2. Comparison of metrics for reaction efficiency highlighting the more holistic nature of efficiency metrics compared to yeild
Julian Silverman
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Visit the GreenCEL Platform (formerly Chem21) at learning.acsgcipr.org
Figure 1: GrantExplorer screenshot illustrating a search with the terms “machine learning” and “data science” and the dollar amounts funded over time for those terms in the National Science Foundation.
Members of the ACS GCI Oilfield Chemistry Roundtable at their annual meeting. Woodlands, Texas, January 2023.
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Members of the ACS GCI Oilfield Roundtable
ACS Spring 2023
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New expanded partnership between global green chemistry nonprofit, Beyond Benign, and global science and technology company, MilliporeSigma, equips educators and students with green chemistry resources—essential to accelerating sustainable science and reducing environmental and human health impact.
Beyond Benign and a MilliporeSigma representative joining forces to increase global impact at the American Chemical Society’s Spring 2023 Conference. Pictured, left to right, Greg Sloan, Beyond Benign Lead Teacher, Dr. John Warner, Co-Founder and Board Member, Beyond Benign, Dr. Amy Cannon, Co-Founder and Executive Director, Beyond Benign, David Laviska, Portfolio Manager for Green Chemistry & Sustainability in Education, ACS Green Chemistry Institute, Dr. Natalie O’Neil, Director of Higher Education, Beyond Benign, Juliana Vidal, Program Manager, Higher Education, Beyond Benign, and Areej Nitowski, Green Chemistry Education Manager, MilliporeSigma.
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Added ‎01-25-2023 11:21 AM
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Posted in: 2023 Winners of the ACS Sustainable Chemistry and Engineering Lectureship Awards - ( ‎01-25-2023 11:22 AM )

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