Dr. David Howard, Asst. Prof.
Dr. Jennifer Miskowski, Asst. Prof.
3005 Cowley Hall
3007 Cowley Hall
785-6455 (office)
785-6456 (office)
howard.davi@uwlax.edu
miskowsk.jenn@uwlax.edu
Office Hours: M F  8:30-9:30, T 4:00-5:00
Office Hours: T Th  4:00-5:00, M 1:00-2:00

 
Announcements Syllabus Class Schedule and Lecture Notes Assignments Study Aides Grades
BIO 315 Course Page Jennifer Miskowski's Home Page David Howard's Home Page Dept. of Biology Home Page UW-La Crosse Home Page

BIO 315 - CELL BIOLOGY, 4 cr.
FALL 2000
Syllabus

Lectures:                    M W F   11:00 – 11:55 a.m., 100 Cowley Hall

Required Text:           Karp, G. Cell and Molecular Biology, 2nd edition (1999).
                                    *Additional readings will be handed out in class as needed.

Optional materials:     Karp, G. Take note!, 2nd edition (1999).
         Branden & Tooze. Introduction to Protein Structure. (1991) on reserve in Murphy Library.

Course web page:       perth/uwlax.edu/faculty/howard
                                     perth/uwlax.edu/faculty/miskowski

Course Objectives:

  • Obtain working knowledge of fundamental information such as:

  • - the nature of different types of molecules.
    - the structure and function(s) of cellular components.
    - the execution and regulation of important cellular processes.
  • Become familiar with experimental techniques used in cell biology research.
  • Develop an understanding of “the big picture”– how are various cellular processes coordinated and regulated with respect to one another to ensure proper cell function, as well as the health of the entire organism.
  • Strengthen critical and analytical thinking skills both in verbal and written communications.
  • Expectations:
    Cell Biology is designed to be a rigorous course, and it requires a significant amount of work outside of class.  Reading the text is not optional.  We fully expect you to read and comprehend the assigned pages in the text or on handouts which provide the necessary background on a course topic.  This allows us to spend more lecture time discussing experimental techniques, current advances in the field, and the relevance of a topic to our everyday life.

    This course does not emphasize simply memorizing “facts”, and this is reflected in the homework assignments and exams.  Our understanding of Cell Biology, as with most scientific fields, is constantly changing with new technological advances that allow researchers to ask and answer different questions.  Some of the Cell Biology “facts” of today might very well be different from the “facts” taught in 2010.  Therefore, in addition to understanding the cellular processes that we cover in lecture, we stress the importance of interpreting and analyzing new information and applying your knowledge to new situations.  These are skills that are critical to the success of any kind of scientist, and any professional for that matter.  Thus, this course will prove valuable to you even if Cell Biology does not appear to be directly related to your future career.

    Instructional Techniques and Assignment Guidelines:
    Although the majority of classes will have a lecture style format, other instructional techniques will be employed throughout the semester.  The two most common techniques will be one-minute papers, where you individually write an answer to a problem, and short cooperative learning exercises (5-15 minutes), where you work in small groups to solve a problem.  These problems will be based on the most recent lecture/reading material, and may even cover information discussed just minutes before.  These exercises are extremely useful because they: reinforce the lecture material, help you to determine whether or not you understand a topic, allow you to teach and learn from your peers, give you practice answering exam-like questions, and help the instructors assess whether you are grasping the information and/or what are the points of confusion.  Your answers will be handed in and “lightly” graded for three points, so you will get credit for your effort.  Importantly, after you hand in your answer we will work through the problem as a class to make sure that you leave with the correct answer and the explanation behind it.

    You will be given various homework assignments throughout the semester.  These exercises will often build upon lecture material, but they may cover information that is deemed important to the class, but was not discussed in lecture.  To obtain full credit, your answers should be in complete sentences, spelled correctly, legible, and submitted on time.  We will not search for the correct answer in a mish-mash of haphazard thoughts that have been jotted down.  Late assignments will be handled in the following manner:

    Paper Assignment:
    Each student will be responsible for writing a review paper that focuses on some aspect of Cell Biology.  Articles in the journal Current Opinion in Cell Biology can serve as a prototype for this assignment.  This journal is available on the web when you sign up to be a free member of BioMedNet at http://reviews.bmn.com. Your paper should not be a superficial description of a cell biology-based problem, but it should contain actual data from current research that has addressed your topic of choice. Since it is a review, it should contain information from multiple research papers, not just one.  Your target audience is those who have successfully completed a college-level Cell Biology course. Therefore, you will not need to explain what the nucleus or endoplasmic reticulum is, but you may need to explain the role of a particular protein or cellular process.  Another good example of the expected level of writing is the New York Times Tuesday Science Page, which discusses a recent research finding in more layman’s terms.  The New York Times can be accessed using the Internet at http://www.nytimes.com.  You are free to choose any topic that interests you, as long as it fits under the Cell Biology heading.  We will review your topic choice early in the semester to make sure that it is appropriate and to help you gauge how in-depth your analysis should go.  Your topic choice along with three references (at least one of which is a current journal article) is due on September 25.  On October 27, you will hand in a detailed paper outline that has specific sections of the paper laid out along with the data that belong in each section.  Your outline will be graded and worth 10 points.  On November 15, a completed draft of your paper is due to a peer reviewer, and the peer reviews will be graded out of 5 points.  A final draft of your paper is due to your laboratory instructor on November 29, along with your first draft and the peer review. The final paper is worth 35 points and it should be 5-6 double-spaced pages of text with one-inch margins.  Figures and/or tables should be counted separately from the text, and you should have at least one figure or table.  Also, your final draft should contain at least eight references, of which no more than four should be textbooks or Internet sites.

    Summary Schedule for Review Paper

    Sept. 25     Topic and 3 references
    Oct. 27       Detailed outline (10 points)
    Nov. 15      Complete Draft due to peer reviewer (5 points for reviewer)
    Nov. 29      Final draft + first draft + peer review (35 points)

    Exams and Grading:
    The exams will consist primarily of short answer and multiple choice-type questions.  At least some of the multiple-choice questions will have multiple answers (e.g. options like A & B, B & C, All of the above). Exams will take a week to grade because of the time needed to thoroughly review your responses to the short answer questions.  For the multiple-choice questions, we will be using the Immediate Feedback Assessment Technique, or IF-AT, forms.  These are lottery ticket-style forms where you scratch off your answer, instead of circling it.  The correct answer will show a star, so you know immediately if you are correct and receive full-credit on the problem.  If you are incorrect, you are able to make a second or third, if necessary, selection and partial credit will be allocated for the correct answer on these tries.  This technique has several benefits in that it provides immediate feedback, you can receive partial credit for second and third choices, and you leave the exam knowing the correct answers and how you performed on the multiple choice section of the exam.  For more information on this technique, you are encouraged to visit the web site:  http://enigma.rider.edu/~epstein/ifat/

    In this course, you are not in competition with anyone for a grade.  Your grade is based on total points earned, meaning that it is theoretically possible for everyone to get an A.  Grades will be based on your performance on the following assignments.

       POINTS                                                                    GRADES
    3 exams X 100 pts each                             =300              A   = 91-100%
    5 learning exercises X 10 pts each              =  50              AB = 88-90%
    Review paper (w/outline and peer review)  =  50               B   =  81-87%
    Laboratory                                                =110               BC = 78-80%
    Comprehensive Final exam                        =150                C   =  68-77%
                                                                     =660 pts          D   =  58-67%
    +In-class learning exercises                        =??? pts
                                                                     =660-??? pts

    If you must miss an exam because of an illness or an officially approved university activity, you need to contact one of us before the exam.  If an emergency makes this impossible, you must inform one of us within 24 hours after the exam.  In any case, be prepared with official documentation of the reason that forced you to miss the exam.  Without proper notification and documentation, you will receive a zero on the exam.

    Laboratory:
    Attendance in lab is mandatory and will be noted.  Lab assignments and grading are outlined in the lab syllabus.

    Academic Honesty:
    There is a student honor code at the University of Wisconsin-La Crosse (pg. 39 in the Undergraduate Catalog) which we will expect to be upheld. Cheating and plagiarism will not be tolerated.  Because the nature of science is a collaborative one, you will find yourselves working in groups both in the laboratory and lecture.  Although it is quite beneficial to share ideas and brainstorm with colleagues, it is imperative that you formulate your own answers on written assignments both to adhere to the honor code and to make sure that you truly understand the information being covered.

    Students With A Disability:
    Any student with a documented disability (e.g., physical, learning, psychiatric, vision, or hearing, etc.) who needs to arrange reasonable accommodations must contact the instructor and the Disability Resource Services Office (165 Murphy Library) at the beginning of the semester.

    Open-Door Policy:
    As instructors, we understand that this course is challenging to most students.  It is important that you recognize that this course is cumulative in that you must master the information presented early in the course in order to succeed later in the course.  We want to provide as much assistance as possible throughout the semester, and our time is not limited to our regularly scheduled office hours.  Please feel free to stop by our offices any time to seek help or to just ask for a quick clarification.  If we are busy at the moment, we will schedule a meeting in the near future to sit down and talk with you.  We strongly encourage you to take active responsibility for your own learning.

    E-mail us at  miskowsk.jenn@uwlax.edu or howard.davi@uwlax.edu

    Last modified 8/31/00