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Chemistry Matters.epub


People spend the vast majority of their time inside their homes and other indoor environments where they are exposed to a wide range of chemicals from building materials, furnishings, occupants, cooking, consumer products, and other sources. Despite research to date, very little is known about how exposures to indoor chemicals across complex chemical phases and pathways affect human health. The COVID-19 pandemic has only increased public awareness of indoor environments and shed light on the many outstanding questions about how best to manage chemicals indoors. This report identifies gaps in current research and understanding of indoor chemistry and new approaches that can be applied to measure, manage, and limit chemical exposures. Why Indoor Chemistry Matters calls for further research about the chemical transformations that can occur indoors, pathways and timing of indoor chemical exposure, and the cumulative and long-term impacts of exposure on human health. Research priorities should consider factors that contribute to measurable environmental health disparities that affect vulnerable populations, such as the age, location, and condition of buildings that can alter exposures to indoor chemicals.




Chemistry Matters.epub



People spend the vast majority of their time inside their homes and other indoor environments where they are exposed to a wide range of chemicals from building materials, furnishings, occupants, cooking, consumer products, and other sources. Despite research to date, very little is known about how exposures to indoor chemicals across complex chemical phases and pathways affect human health. The COVID-19 pandemic has only increased public awareness of indoor environments and shed light on the many outstanding questions about how best to manage chemicals indoors. This report identifies gaps in current research and understanding of indoor chemistry and new approaches that can be applied to measure, manage, and limit chemical exposures. Why Indoor Chemistry Matters calls for further research about the chemical transformations that can occur indoors, pathways and timing of indoor chemical exposure, and the cumulative and long-term impacts of exposure on human health. Research priorities should consider factors that contribute to measurable environmental health disparities that affect, vulnerable populations, such as the age, location, and condition of buildings that can alter exposures to indoor chemicals.


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Components of Chemistry Matters: The Textbookcan be used in a school or home setting for 9th-11th grade students. It can be read independently; although there are numerous questions given in the margin for discussion. Students should have a basic understanding of algebra and how to work with formulas and measurement units. The focus is on inorganic chemistry, but there are a few chapters on organic chemistry. There is a review at the end of each chapter, and though many of the problems can be answered without doing any of the experiments in the practical book some of them are better understood if the student has some laboratory experience.


Science Matters comes from Marshall Cavendish Education and is intended for the high school crowd. This series covers three branches of science: biology, chemistry, and physics. Like other products from this publisher, there are several different components.


The softcover Textbook for each subject is in full color. Books are divided into themes or topics and then divided into 22 chapters (24 in chemistry). Each chapter begins with several questions and wraps up with real life application of the chapter content, key ideas, quiz questions and review questions. Along with textual information, the text includes instructions for hands-on investigations, example problems with detailed solutions and notes for where to insert workbook assignments and prompts to try to answer the opening questions.


A capstone chapter highlights how forensic science can be used to solve a crime. A lab mysteriously catches fire and students investigate a "whodunit" style murder case to solve with the help of chemistry.


Virtual labs are interactive, digital simulations of activities that typically take place in physical laboratory settings. Virtual labs simulate the tools, equipment, tests, and procedures used in chemistry, biochemistry, physics, biology, and other disciplines. Virtual labs allow students to participate in lab-based learning exercises without the costs and limitations of a physical lab. Virtual labs can be an important element in institutional efforts to expand access to lab-based courses to more and different groups of students, as well as efforts to establish contingency plans for natural disasters or other interruptions of campus activities.


Dr. Raffick Bowen is Clinical Professor of Pathology and Co-Director of Clinical Chemistry and Immunology Laboratory at Stanford University Medical Center. Dr. Bowen received his certification in Medical Laboratory Technology (MLT similar to MT in the United States) from the Canadian Society for Medical Laboratory Science (CSMLS) and has a license as a Clinical Chemist Specialist from the State of California. He completed his BSc in Medical Laboratory Science (MLS) and Ph.D. focusing on omega-6 and omega-3 fatty acids on brain neuronal and glial cells membrane structure and function with implications to the manufacturing of infant formula's fatty acid composition from the University of Alberta. Dr. Bowen completed a post-doctoral diploma in Clinical Chemistry (DClChem) from the University of Toronto and he became a Fellow of the Canadian Academy of Clinical Biochemistry (FCACB). Dr. Bowen has also spent a few years at the National Institutes of Health in Bethesda, Maryland as a Fogarty Post-Doctoral Fellow at the NIH Clinical Center. Dr. Bowen is a Diplomate of the American Board of Clinical Chemistry (DABCC). Also, Dr. Bowen is a Fellow of the American Academy of Clinical Biochemistry (FAACC). Dr. Bowen has also completed his Master in Health Administration (MHA) degree from the University of British Columbia. In summary, he is a Medical Technologist, Clinical Biochemist/Scientist with advanced business concepts as they relate to the healthcare system.


Yiqi Ruben Luo, PhD, DABCC is an assistant professor of pathology at Stanford University and associate director of clinical chemistry laboratory at Stanford Health Care. He is dedicated to the innovation of clinical diagnostic technologies, and has pioneered the application of label-free immunoassays and top-down mass spectrometry in clinical chemistry. He completed his clinical chemistry fellowship at University of California San Francisco. Before the fellowship, he worked in the clinical diagnostic industry holding multiple managerial positions. He received his PhD in chemistry from Stanford University, and BS from Peking University.


Dr. Run Zhang Shi is a Clinical Assistant Professor of Pathology specializing in Clinical Chemistry and Immunology. His work within the Clinical Immunology lab include: Therapeutic drug monitoring; Steroid hormones; Tumor markers; Infecious disease serology; Trace and toxic elements; Clinical diagnostic protein electrophoresis; and Allergy tests. Dr. Shi's research includes: Clinical chemistry and therapeutic drug monitoring; adult and pediatric clinical endocrine testing; screening, detection and follow up of multiple myeloma; tumor markers; clinical utility of tandem mass spectrometry and high resolution mass spectrometry.


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