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If you are enrolled in courses delivered in traditional or hybrid modalities, you will be expected to attend face-to-face instruction as scheduled.
| Semester: | Fall 2025 |
| Number: | 0105-111-014 |
| Instructor: | Jonna Coombs |
| Days: | Thursday 8:30 am - 11:00 am |
| Note: | Traditional In-Person Class |
| Location: | Garden City |
| Credits: | |
| Notes: |
Student must register for Lecture and Lab |
| Course Materials: | View Text Books |
| Related Syllabi: |
James Dooley for
Fall 2008* Jonna Coombs for Fall 2015* |
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*Attention Students: Please note that the syllabi available for your view on these pages are for example only. The instructors and requirements for each course are subject to change each semester. If you enroll in a particular course, your instructor and course outline may differ from what is presented here. |
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| Description: |
Examine basic biological concepts and paradigms in cell biology, genetics, and molecular biology and their effects on science and society, and learn how formulation of these paradigms illustrates scientific processes such as experimental design and hypothesis testing. Lecture and laboratory. (Learning Goals:Q;Distribution Reqs:Natural Sciences) |
| Learning Goals: |
Learning Goals to use:Bio 111By the end of the course, students should understand the following:• The cell theory and the theory of evolution as unifying concepts in biology• The key principles of chemistry that are important for life, including bond formation, the properties of carbon and water, and the factors affecting uncatalyzed and enzyme-catalyzed chemical equilibria and reaction rates• The structures, properties, and functions of the major classes of biological macromolecules and cell organelles• The major processes by which organisms obtain energy• The molecular mechanisms by which cells and organisms replicate, transmit, and express genetic information• The scientific approach to understanding the natural worldStudents will also develop their ability to:• Analyze and interpret experimental results• Write about and explain biological topicsIn addition to the scientific objectives of biology, this course together with its co-requisite laboratory satisfies the general education requirement for the natural sciences, and addresses the University and Biology Department learning goals in the following ways: Critical and integrative thinking (the ability to identify, evaluate, and construct arguments and proposed solutions to problems)—addressed through the generation of scientific predictions (hypotheses) and the processing, analysis and evaluation of scientific information and data. Quantitative reasoning (the ability to understand and apply numerical information)—addressed through the reading of tables and graphs, construction of tables and graphs, evaluation of numerical data, and presentation of quantitative arguments. *The learning goals displayed here are those for one section of this course as offered in a recent semester, and are provided for the purpose of information only. The exact learning goals for each course section in a specific semester will be stated on the syllabus distributed at the start of the semester, and may differ in wording and emphasis from those shown here. |
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