Biology 002 (General Biology 2)
Spring Semester 2005
Section 1001 (TuTh 2:00-3:15pm)
Marquette Hall 300 (MH300)
Prerequisites: BIOL 001, CHEM 001
Instructor:Dr. Michael Schlappi (biol002.schlappi@mu.edu)
Office:WLS207

Office Hours:Tu 4:00-5:00, W 11:00-12:00, F 2:00-3:00

Phone:8-1480

Teaching Assistant:Ms. Tianyi Wu (tianyi.wu@mu.edu)

Discussion Sections:4001Tu 10:00 TW121

4002Tu1:00TW121

General Biology 2

BIOL 002 is the second semester introductory biology course for biology majors.This course (in addition to BIOL 001) is also recommended for preprofessional students pursuing careers in biological related disciplines (e.g. medicine, biomedical sciences).Several degree programs at Marquette University require this course for completion of major.BIOL 001 and 002 are prerequisites for the upper level biology courses.

This course can be considered a "building block" for your later studies.We will cover a range of topics that will introduce you to molecular biology, biochemistry and genetics.Upper level biology courses are taught assuming that you have a working knowledge of these topics.It is therefore in your best interest to understand the material beyond knowing it for an exam.Ask questions when you have them.Use the resources presented to you, including, but not limited to: your book and its associated website; blackboard; your TA; your instructor.Hopefully you will find this course informative, interesting and at times entertaining.

Text Book

Biology; Sixth Edition (2002), by Raven and Johnson; McGraw Hill.

Website: http://www.mhhe.com/raven6

Exams will be comprised of material covered in the lectures.Chapters associated with lecture material are listed in the syllabus next to the lecture's topic.Most of the time, the chapters will contain more information than covered in class.While much of this information will be interesting, you will only be responsible for lecture-related material.Please make use of not only your textbook, but also the textbook's website and included CD-ROM to aid you in your understanding of this material.Both of them contain useful features such as quiz questions and animations that should help to clarify basic principles/points.

Blackboard

A site for this course exists on the Marquette University "Blackboard" cluster (http://bb.mu.edu).Information regarding this section of bio002 will be posted on the site along with useful links and tools.To access this site, you will first have to create an account if you have not already done so (you only need to create an account once regardless of how many courses you are "enrolled" in).After you have an account on Blackboard, you may enroll in this course using the password "dna".I will be using enrollment through the Blackboard site to determine the class roll for the registrar.You must enroll through Blackboard by 1/25/05 to be on the official class roll!Please take the time to do this.

Office Hours (see top of page)

I have listed several hours during the week when I should be available in my office.I will try to be available during these times, but situations may arise when I will be unavailable.I will make efforts to inform you of these times during class or as announcements on Blackboard.If these hours do not work for you, feel free to make an appointment with me for some other time.You may stop by without an appointment, but I cannot guarantee that I will be free to help at that time.

Contact

The best way to get a hold of me is through email.An account has been set up specifically for this class (biol002.schlappi@mu.edu).I check my accounts regularly, and will try to get back to you within 24 hours. The phone number listed above is my office phone and has voicemail on it.

Academic Dishonesty

The academic dishonesty policy followed in this course is in accordance with Marquette University's undergraduate bulletin.Basically stated, do your own work.You will get out of this class what you put into it, so don't cheat.This course is laying a foundation for you to build upon, and anything not understood/learned now will more than likely come back to haunt you later.

Exams

Exams will be worth 100 points each.The format will be multiple choice with the occasional true/false question.Your exams will be scored by computer, so it is important to have multiple #2 pencils and a good eraser with you on exam day.

There will be a total of 6 exams this semester.Four of these will be held during the semester and will cover new material presented since the last exam (with the exception of the 1st exam, which will cover material presented since the start of class).The final exam will consist of two separate exams.Part I will consist of information covered since the last exam and will be required of all students.Part II will be a cumulative exam covering information from the whole semester.This will be an optional exam and can replace your lowest scoring exam.This exam cannot lower your grade.

Exam Dates:Exam ITh 2/32-3pm

Exam IITu 3/12-3pm

Exam IIITu 4/52-3pm

Exam IVTh 4/212-3pm

Final ExamTu 5/108-10am(Part I - required)

(Part II - optional)

Absence from Exams

Missing an exam is strongly discouraged. There will be no make-up exams!You may miss one exam due to legitimate reasons such as incapacitating illness or injury, death in the family, or unavoidable absence from campus due to performance in an official function of the university. You are then required to take the cumulative final exam. You will be excused only with an official excuse form (obtained from your college office). Only one absence can be excused in this way.

Sample Exams

Sample exams from previous years will be posted on blackboard. Make also use of the quiz questions at the end of each chapter in the textbook and on the textbook website.
Grading
Your final grade will be based on the average of your top 5 exam scores.
Grading Scale:
A92-100%
AB87-91.9
B81-86.9
BC76-80.9
C70-75.9
CD64-69.9
D55-63.9
F<55


Lecture and Exam Schedule

#    Date      Topic                                               Textbook

1       1/18     Introduction; Review of biomolecules                           Chapter 3

2       1/20     Enzymes, energy, metabolism; Glycolysis                      Chapter 8; 9
3       1/25     Krebs, Respiration (electron transfer chain                    Chapter 9
       & ATP synthesis)
4       1/27     Fermentation and other respiration                                Chapter 9
                                         Introduction to photosynthesis                                      Chapter 10
5       2/1       Photosynthesis I                                                           Chapter 10
6       2/3       EXAM I(covers lectures 1-5)
7       2/8       Chromosomes, eukaryotic cell cycle                             Chapter 11
8       2/10     Cell cycle control, cancer; Meiosis                                Chapter 11; 12
9       2/15     Mendelian genetics                                                       Chapter 13
10     2/17     Genetic linkage, chromosomes                                     Chapter 13
11     2/22     Recombination and genetic mapping; DNA                  Chapter 13; 14
12     2/24     DNA replication                                                          Chapter 14
13     3/1       EXAM II(covers lectures 7-12)
14     3/3       Gene expression and the genetic code                          Chapter 15
15     3/8       Transcription and translation                                        Chapter 15
16     3/10     Control of gene expression                                          Chapter 16
17     3/15     Control of gene expression, continued                          Chapter 16
18     3/17     Mutations, cancer, genetic rearrangements                   Chapter 18

3/20-3/29 SPRING BREAK/ EASTER BREAK

19     3/31    DNA technology and genomics                                    Chapter 19
20     4/5EXAM III(covers lectures 14-19)
21     4/7     Genetics and evolution                                                   Chapter 20
22     4/12   Viral genetics and viruses                                               Chapter 32; 33
23     4/14   Prokaryotes (Bacteria and Archaea)                              Chapter 34
24     4/19   Eukaryotic microbes                                                      Chapter 35; 36
25     4/21   EXAM IV(covers lectures 21-24)
26     4/26   Plants (life cycles, organ systems, basics)                       Chapter 37-39
27     4/28   Plant development                                                         Chapter 38; 40; 41
28     5/3     Vertebrate development                                                 Chapter 17
                                       General themes in development
29     5/5     Animal cloning, stem cells                                               Chapter 19
30     5/10   FINAL EXAM(S):
                    8:00-9:00am          EXAM V (covers lectures 26-29)
                    9:00-10:00am        OPTIONAL CUMULATIVE FINAL EXAM