BIOL 190 Introduction to Cell and Molecular Biology

SYLLABUS FALL 2006

 

LECTURE:  Tuesday/Thursday 5:30 pm – 6:45 pm, EJCH 103

 

INSTRUCTOR:  Dr. Jeffrey G. Baguley, FA 341; Office Hours: M, W, F 10:00 to noon, or by appointment; Tel: 784-4928; email: baguley@unr.edu

 

PREREQUISITE: or corequisite, CHEM 121 or CHEM 201

 

TEXTBOOK: Campbell N. A. & J.B. Reece. 2005. Biology, 7th Edition. Pearson Education, Inc./Benjamin Cummings, San Francisco, CA.

 

COURSE WEBSITE:

 

        Information for this course will be available via WebCT.  The syllabus and schedule will also be posted on my personal webpage at:

 

http://unr.edu/homepage/jbaguley/teaching.htm

 

Modern academic life increasingly demands familiarity with the Internet and in this course you will be expected to make extensive use of the course web site. Notes for each lecture, including text, figures, tables and illustrations, will be posted on the World Wide Web in Adobe's portable document file (.pdf) format and will be linked to the course syllabus web site (WebCT). The .pdf files can be opened and printed using Adobe Acrobat Reader which can be obtained free of charge from Adobe's web site (www.adobe.com).

 

COURSE OVERVIEW:

 

This 3-unit course is aimed at providing beginning undergraduate students with a comprehensive introduction to biological systems at cell and molecular levels of organization. This course, along with BIOL 191, is the foundation upon which all further biology courses will build.  Due to the broad and general nature of this course, many topics will be covered in a short period of time.  My goal is to both stimulate student interest and enthusiasm for cell and molecular biological processes and real world applications; and to adequately prepare students for the rigors of more advanced courses in the biological sciences.

 

EXPECTATIONS/GRADING

 

·        All students are expected to attend lectures.

·        Although the notes posted on the course web site provide detailed outlines of the lectures, they cover only 30% to 50% of what is actually discussed in class. Effective note taking is therefore essential to successful performance in the course. Students are strongly encouraged to ask questions in class and to make use of office hours.

·        Each student's grade will be based on the total number of points he/she earns from lecture exams (500 points) and weekly quizzes (100 points).

·        There will be 5 lecture exams, each worth 100 points. The exams will consist of multiple-choice questions, definitions and short-essay questions. Make-up exams will only be given under exceptional circumstances. To be excused from an exam, a student must present written proof of a valid medical or family emergency.

·        To encourage attendance and to aid students in preparing for the exams, there may be one or more short quizzes per week on material covered in the previous lecture. Quizzes will be given in class but the exact day and time of the quiz will generally be unannounced. There will be no make-up quizzes but students will be allowed to drop their two lowest quiz scores.

·        In past years, a few students have exhibited the extremely disruptive behavior of leaving class immediately after taking a quiz. If you are caught engaging in this activity, you will be given a zero for the quiz. Repeat offenders risk being given zero points (out of 100) for the entire quiz portion of their grade.

 

Final grades will be based on a percentage of the total points:

 

90 to 100%    A

80 to 89%      B

70to 79%       C

60 to 69%      D

0 to 59%         F

 

Dropping the Class: The last day to drop is 20 October 2006. It is the student’s responsibility to officially drop the course.

 

EQUAL-OPPORTUNITY-IN-EDUCATION STATEMENT

 

The Department of Biology is committed to equal opportunity in education for all students, including those with documented physical disabilities or documented learning disabilities. University policy states that it is the responsibility of students with documented disabilities to contact instructors during the first week of each semester to discuss appropriate accommodations for ensuring equity in grading, classroom experiences and outside assignments. The instructor will meet with the student and staff members of the Student Services Center to formulate a written plan for appropriate accommodations, if necessary.

 

SUGGESTIONS TO HELP YOU TO PASS THIS COURSE

    1. Sign up for tutoring at Thompson Student Services (TSS)
    2. Meet with me during my office hours or arrange another time to meet.
    3. Get your friends involved and start your own study group. Review notes weekly and write practice test questions for each other.
    4. Go to exam review sessions and look at the old exams on the web.
    5. Be proactive. Consider taking a seminar on note taking or test taking skills at TSS.
    6. DON'T JUST MEMORIZE! Try to link ideas together and study to understand. This is where attending lecture and studying weekly can really make a difference. 

There are three levels of learning that will be expected in this course:

  Know the terminology and details. Skills: memorization.

  Understand the concepts. Skills: memorization, linking new ideas to old, and tapping into your creative thinking skills and imagination.

  Apply the concepts to new situations. Skills: knowledge of concepts and terminology, accurate recall, creativity, and ability to think under pressure.


BEHAVIOR AND RESPONSIBILITIES

1.      Yelling out in class.

2.      Talking, chatting or giggling with classmates during the lecture.

3.      Any other disruptive behavior.

ACADEMIC HONESTY

Make sure to read the University policy on cheating and plagiarism described in the UNR General Catalog under "Academic Standards" and "Undergraduate Academic Dishonesty Procedures".


TENTATIVE LECTURE SCHEDULE

 

Date

Topic

Reading

8/29/06

Course Overview – Introduction to Biology

Chapter 1

8/31/06

The Chemical Context of Life I

Chapter 2

9/5/06

The Chemical Context of Life II

Chapter 2

9/7/06

Water and the Fitness of the Environment I

Chapter 3

9/12/06

Water and the Fitness of the Environment II

Chapter 3

9/14/06

Chemistry of Life (Intro to Organic Chemistry)

Chapter 4

9/19/06

The Structure and Function of Macromolecules I

Chapter 5

9/21/06

The Structure and Function of Macromolecules II

Chapter 5

9/26/06

EXAM 1 – CHEMISTRY OF LIFE

Chapters 1-5

9/28/06

The Cell

Chapter 6

10/3/06

The Cell

Chapter 6

10/5/06

Membrane Structure and Function I

Chapter 7

10/11/06

Membrane Structure and Function II

Chapter 7

10/16/06

Metabolism

Chapter 8

10/18/06

Cellular Respiration I

Chapter 9

10/23/06

Cellular Respiration II

Chapter 9

10/25/06

Photosynthesis

Chapter 10

10/30/06

EXAM 2 – CELLS, MEMBRANES, METABOLISM

Chapters 6-10

11/1/06

Mitosis

Chapter 12

11/6/06

Meiosis

Chapter 13

11/8/06

Mendelian Genetics

Chapter 14

11/13/06

Chromosomal Basis of Inheritance

Chapter 15

11/15/06

Genetic Inheritance – Historical Perspective

Chapter 16

11/20/06

DNA Replication

Chapter 16

11/22/06

EXAM 3 – CELL CYCLES & INHERITANCE

Chapters 12-16

11/27/06

Transcription

Chapter 17

11/29/06

Translation

Chapter 17

12/4/06

Gene Regulation

Chapter 19

12/6/06

DNA Technology

Chapter 20

12/11/06

TBA

 

 

 

 

12/15/06 Friday

4:30-6:30 pm

FINAL EXAM (Not Comprehensive)

Chapters 17, 19, 20