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Contents
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The International Baccalaureate Diploma Programme is a
rigorous pre-university course of studies, leading to
examinations, that meets the needs of highly motivated secondary
school students. Biologists have accumulated huge amounts of
information about living organisms and it would be easy to
confuse students by teaching too great a burden of seemingly
unrelated facts. Instead it is hoped that the student will
develop a secure knowledge of a limited body of facts and at the
same time a broad general understanding of the subject. The
student should be able to apply this general understanding as
widely as possible and this ability will be tested in
examinations. (Biology. 1996. International Baccalaureate
Organisation, Geneva, Switzerland)
IB Biology I will concentrate on the Cell
Biology, Biochemistry, DNA and Biotechnology, Genetics and Evolution. IB
Biology II will concentrate on Human Physiology,
Ecology and Conservation and Botany. In order to earn either the IB diploma
or an IB certificate in biology, students are required to pass IB generated
examinations. The IB courses taught at South Salem High School
are designed to meet the strict curriculum requirements so
students can take the examinations with confidence.
There are 60 hours of labs that are required for successful completion of
biology; however IB biology courses at South Salem will include approximately 50
hours of laboratory each year. Although every attempt will be made to complete these labs during classtime, there
will be occasions when after school work becomes necessary.
It is expected that IB students will complete the labwork (either during class
or after school) paying due attention to the details of the lab and their lab
notes with a positive attitude and demeanor. Labwork is not restricted to
experiments or other scientific investigations, but also includes returning the
lab to a clean, organized state.

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Textbook: Campbell, N.A., J. B. Reece, and
L.G. Mitchell. 1999. Biology. Fifth Edition. Scott
Foresman-Addison Wesley, Glenview, Illinois.
Lab Manual: Morgan, Judith A. and M. Eloise
Brwon Carter. 1999. Investigating Biology: Third Edition.
Addison Wesley Longman, Inc., Menlo Park, California.
Lab Notebook: A 1 1/2" binder that is dedicated specifically for
biology. The notebook is to remain in rm 211 and may not be removed
without permission.
The IB program requires that teachers submit a "practical
scheme of work" for each IB candidate. The compliation of
each student's work is faciliated by each student maintaining a
Portfolio of Investigations. The portfolio will include data
analyses made in the field and/or laboratory from direct
observations, the outcomes of data manipulation exercises and
"full write-ups" of a few practicals. It must also
contain evidence relating to activites carried out as part of the
Group 4 Project (information regarding the Group 4 Project will
be discussed later in the year). A copy of any written
instructions, worksheets and guidelines given to students
concerning the practical tasks carried out must also be included.
"Students are also encouraged to keep a log book. This
could be used for personal jottings, notes, raw data collection,
planning ideas, aides memoires, etc., throughout their
studies." (Biology. 1996. International Baccalaureate
Organisation, Geneva, Switzerland).
In order to meet IB standards, students are required to
maintain a notebook that will contain their Portfolio of
Investigations. Students' log books will be maintained within the same notebook
as their Portfolio.
There may be several times during the year when after school or weekend study
or lab groups are scheduled. The Group 4 Project may also fall into this
category. Attendance at all such activities are required unless prior
arrangements are made. Participation in the Group 4 Project is mandatory
regardless of whether the student is intending on taking IB exams. The
Group 4 Project is typically scheduled in March. Failure to participate in
the Group 4 Project will result in failure of the second semester.

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The syllabus represents a tentative course outline and is
subject to change. All links listed are a subset of those
provided by On-line Course Companion for Biology 5th Edition,
Campbell, Reece and Mitchell.
Click on the Topic links for IB objectives. It is highly
recommended that you print the objectives and use them as a study
guide.
| Topic |
Content |
Relevant Links |
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Cells |
Cell theory, prokaryotic cells, eukaryotic cells,
membranes, cell division Chapters 7, 8, 12
Reading: 102-118, 130-144, 206-213, 221.
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- The Virtual Cell
- Cells Alive!
- Membranes
- Interactive Mitosis Tutorial
- The Cell Cycle and Mitosis Tutorial
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Biochemistry |
Chemical elements and water,
carbohydrates, lipids and proteins, enzymes,
Chapters 2-6, 9, 10, 16, 17,
Reading: 22-34, 37-46, 58-79, 91-97, 278-316, 147-153, 168-175
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- The Biology Project: Biochemistry
- Activation Energy and Enzymes
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- Biology 102
Laboratory Review, University of North Dakota
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Protein Structural Basics
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DNA and
Biotechnology |
DNA structure, DNA replication,
transcription and translation
Reading: 278-291, 294-316, 68-76, 91-95 |
- A structure for Deoxyribose Nucleic Acid
- James Dewey Watson
- DNA from the Beginning
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Cell Respiration and Photosynthesis |
Cell respiration, photosynthesis
Chapters 9 and 10
Read pages 147-166, 168-185
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- Animation of
Electron Transport in Mitochondria
- DIY Glycolysis
Home Page
- Photosynthesis and Time
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Genetics |
Chromosomes, genes, alleles and mutations, meiosis,
theoretical genetics, autosomal gene linkage, genetic engineering and other
aspects of biotechnology Chapters 12, 13, 14, 15, 19
Reading: 226-258, 261-268, 269-274, 364-385
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- Pea Soup - the story of Mendel
- A Question of
Genes
- Bio 110
Independent Research Project
- MendelWeb
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Evolution |
Origin of life on Earth, origin of species, evidence
for evolution, human evolution, neo-Darwinism, the
Hardy-Weinberg principle Chapters 22, 23, 24, 26, 34
Reading: 490-497, 522-523, 415-426, 464-469, 477-482,
656-665, 445-462, 428-442
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- The C. Warren Irvin, Jr., Collection of
Charles Darwin and Darwinian
- Virtual Galapagos
- Galapagos Conservation Trust
- Paleontology Without Walls
- Principia Cybernetica: Evolutionary
Theory
- Learning from the fossil record
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