CHE 250 is a survey of chemistry and biochemistry designed for nursing majors, specifically for those in the nursing consortium, and is to be taken primarily by RNs already accepted into their BSN degree completion program.
The course will present an overview of how biological systems work at the molecular level. To understand these systems, students will begin with a review of several general chemistry topics, such as atomic and molecular structure, properties of gases, liquids and solids, and types of chemical reactions. Students will then narrow their scope by focusing on the chemistry of carbon. Carbon can combine with itself and other non-metals to produce more types of molecules than all the other elements on the periodic table combined. These carbon-based compounds are called organic compounds because many were derived from compounds that were made by living organisms. Students will spend time surveying major types, structures and properties of organic compounds, and then they will focus on organic compounds found in living systems, or biochemistry. During their study they will look at the chemistry of carbohydrates, lipids, proteins, nucleic acids, enzymes, vitamins, metabolism and nutrition. It is important to remember that a student majoring in chemistry or biochemistry will take at least 4 chemistry courses before beginning an in-depth biochemistry course. Students are going to tackle the topic of biochemistry with their introductory chemistry knowledge.
For this journey, students will focus on four goals
UW Colleges Catalog Course Description for CHE 250: Review and Updates in Chemistry and Biochemistry - 3 credits. This course was designed specifically for the nursing consortium and is to be taken primarily by RNs already accepted into their BSN degree completion program. This course is not a substitute for the CHE 125/CHE 203 sequence required of students at the beginning of their academic careers, even if planning to enter the nursing profession. CHE 250 begins with a review of relevant topics in chemistry, both general and organic, and then covers topics typical of a biochemistry course such as biological molecules, metabolism, nutrition, protein function, and molecular biology. This course fulfills the UWC requirement for Natural Sciences (NS).
Successful completion of this course will enhance students' ability to
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Gail Vojta
