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- At the Intersection of Chemistry, Biology, and Medicine
- CHEM Biochemistry of Proteins
- Biochemistry (Ph.D.)
CHE From Caveman to Scientist From the discovery of fire to the production of antibiotics and polymeric materials, how did each great advance in technology lead to the next great advance and ultimately to modern society? Each day we will explore one of the great advances: fire, ceramics, metallurgy, electricity, fermentation, synthetic chemistry, polymers.
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The class will be a mix of hands on discovery activities, mini-lectures with discussion, and team based inquiries into historical information. CHE Intensive Science Research Experience This is an in-depth course designed to give students majoring in one of the sciences an intense, full-time research experience in their sub-discipline. The intensive research experiences will allow the student to perform experiments toward novel scientific findings, not simply a pre-packaged lab with the results already determined.
Topics to be covered in the seminars include: Why are controls so important in research?
At the Intersection of Chemistry, Biology, and Medicine
How do I evaluate if research I read or hear about in the news is valid and sound scientifically? How do I read a scientific research paper? Prerequisites: L. CHE, and consent of mentor and instructor. CHE The Science of Paintings This course will explore some of the basic principles of science and apply of those principles to understand the physical and chemical nature of paints, pigments, and dyes. In the technological realm, scientists and artists both explore ways to manipulate matter to achieve desired ends.
CHEM Biochemistry of Proteins
Both generate and analyze solutions to problems using creativity and imagination. We will explore the creation process by using science to create our own artistic materials.
Includes a trip to the Art Institute of Chicago. CHE Forensic Chemistry-AH This course designed to familiarize students, who are intrigued by this rapidly evolving science, with the role of science in solving crime and establishing justice in our community with an emphasis on scientific thinking and reasoning. In spite of its introductory level, the course will stress upon the latest technologies and discoveries used in crime solving crime. Each major aspect of forensic science, fingerprinting, DNA, drugs, arson, etc. In every lecture the science behind the technique will be explored and explained in class.
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This course also requires reading external material provided and participating in a solving a fictional crime based on the experimental laboratories that are carried out during the semester. LIB, L. Dependent upon staff and demand. CHE Quantitative Analysis A study of the principles of quantitative analytical chemistry and the application of these principles to gravimetric, volumetric, electro-analytical and spectroscopic analyses. Two lectures and two three-hour laboratory periods each week. CHE Organic Chemistry I This course deals with structure, reaction mechanisms and properties of carbon compounds, focusing on the chemistry of the hydrocarbons.
The theory is illustrated in the laboratory by the preparation and identification of typical organic compounds. This course deals with structure, reaction mechanisms and properties of carbon compounds, focusing on the chemistry of organic functional groups. Chemistry and art share some common ground. Chemists and artists both explore ways to manipulate matter in order to achieve desired ends. We will learn how chemistry and art are connected by exploring how chemistry is used in the perception, creation, restoration and preservation of works of art.
Potential consequences of this global phenomenon for future generations and us will be explored.
Actions that might prevent these changes, as well as the potential economic impact of these actions on society will also be studied. Students will collect and analyze data directly. This course will deal with the chemistry involved with water, water pollution, and water purification. Students will collect water from various sources and test them for various contaminants. The advantages and disadvantages of various sources of energy fossil, nuclear, fuel cell, hydrogen, etc. CHE Topics Subjects, prerequisites and credits to be announced. CHE Introductory Biochemistry The structures, function, synthesis and metabolism of proteins, fats, sugars, and genetic material will be studied.
Interrelationships and control within the cell will be emphasized. CHE, L. CHE, and L. Each Fall semester. CHE Biophysical Chemistry This course treats systematically the fundamental laws and theories of chemistry from a biochemical perspective.
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An extended treatment is given of the properties and structure of gases, the laws of thermodynamics, the physical transformations of pure substances, the properties of mixtures, phase and chemical equilibrium, and electrochemistry. CHE; L. MAT or above; L. PHY and L. PHY, or L. Each Spring semester. CHE Physical Chemistry This course treats systematically the fundamental laws and theories of chemistry.https://ignamant.cl/wp-includes/81/2247-localizador-de-moviles.php
Three lectures and one four-hour laboratory period per week. MAT or L. MAT; L. An extended treatment is given of quantum mechanics, atomic and molecular structure and spectra, crystal structure and x-ray diffraction, transport processes and chemical kinetics. CHE or L. Fall semester, odd-numbered years. CHE Polymer Chemistry A study of the organic chemistry and physical chemistry of natural and synthetic high polymers. Topics covered include the synthesis of polymers, thermodynamics and kinetics of polymerization and the characterization and testing of polymers.
CHE Junior Seminar Students, staff and visiting scientists will present reports on new developments in the field of chemistry; technical speaking and scientific literature searching are emphasized. Students will identify and initiate an independent research project that will be subject of their capstone Senior Thesis. Permission of instructor required. Each semester. CHE Instrumental Analysis An advanced course in analytical chemistry stressing the use of instrumental methods.
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Echegoyen, H. Zot, and D.