Bio 100

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Syllabus

Biology

Mrs. Jeanne Mitchell, M.S.

Fall, 1999

Bio 100 Biology 4 credits (3 50-min lectures, 1 2-hr lab per week)

An introductory course designed to increase the knowledge and appreciation of the living world for the non-biology major.

Expectations:

Students are expected to read all assigned materials, attend and participate in all class meetings, and turn in assignments in a timely fashion. Regular attendance and active involvement in all labs is a must: Memorizing facts is not the heart of science; discovery by doing is. Make-up of missed work will require an excuse slip from a physician or university-approved source (e.g. coach, dean).

Grading:

Course grades will be based upon the results of exams, lab reports, quizzes, and other assignments; plus level of participation in discussions and labs. The standard decade grading scale (90 – 100 = A, etc.) will be used.

Office Hours:

M W F 11:30 – 12:30, 1:30 – 2:30
T 12:30 – 1:30, 2:30 – 3:30
Th 2:30 – 3:30

And lots of other times available on request!

Phone 785-7662 (office)

(660) 397-2619 (home)

e-mail jmitchel@truman.edu

My office is in SH 005B, in the basement. Please don’t hesitate to come by, you are the reason I am here!

Text:

The text for this semsester is Biology: Concepts and Applications, 3rd ed., by Cecie Starr. Wadsworth Publishing, 1996.

The Biology 100 Lab Manual is also required.

A copy of my lecture notes will be on 2-hr reserve in the library. Please do not assume this means you don’t need to come to class. I provide it as a convenience so the prepared student can spend less time writing and more time thinking while in class. There will be things in class you can not get from photocopying a set of notes, and you will be responsible for all that goes on in class.

Date, Topic, Reading

Aug 23 Scientific Method 11-13

24(26) Lab: Scientific Method

25 What living things Do 4-10

27 Cell design 42-59

30 Cell types 60,62,286-289

31(2) Lab: Microscopy of cells

Sept 1 Viruses 292-295

3 Membranes 30-35,68-71

7(9) Introduction of Presentations

8 Energy 66-67,72-78,82-83

10 Photosynthesis 84-92

13 Respiration 98-110

14(16) Lab: Osmosis

15 Energy Lifestyles

17 Exam 1

20 How cells make things 28-37

21(23) Lab: Enzyme function

22 DNA 176-181

24 Protein Synthesis 184-193

27 Cellular production 194-195,198-199

28(30) Lab: Enzyme experiment

29 Mitosis and Meiosis 114-121,126-134

Oct 1 Reproductive systems 124-126,132-133,592

4 Mendelian genetics 140-145

5(7) Lab: Genetics

6 Non-Mendelian genetics 146-152,166-171

11 Genetics problems

12(15) Lab: Photosynthesis

13 Exam 2

15 Plant anatomy and physiology 308-309,

Cpts 22&23(skim),416-419

18 Plant reproduction 404-413

19(21) Lab: Respiration

20 Diversity 258-259, 296-303,318

22 Evidence for Evolution 218-220

25 Darwinian Evolution 220-227

26(28) Presentations

27 Beyond Darwin 226-235

29 Speciation 238-243

Nov 1 Population Ecology 628-641

2(4) Case study: Sample community

3 Niches 644-648

5 Exam 3

8 Communities 650-657

9(11) Lab: Ecology

10 Ecosystems and nutrients 669-678

12 Ecosystems and energy 664-668

15 Animal Control Cpts 23,33 (skim)

16(18) Lab: Sensation

17 Temperature Control 538-539

19 Movement Cpt 26

22 Respiration Cpt 29

29 Circulation Cpt 27

30(2) Lab: Vertebrate anatomy

Dec 1 Immunity Cpt 28

3 Exam 4

6 Reproduction Cpt 34

13 1:30 Final exam