Biology Agendas:
Summer
2001
- Student Information
- Emergency Cards
- Student/Parent info sheet.
- Expectations for Passing
- Vocabulary Quizzes
- Content Quizzes
- Final Exam
- Mini Presentations
- Final Presentations
- New Beginnings
- Biology
- Cell
- Cell Membrane
- Nucleus
- Nuclear Membrane
- Organelle
- Vocabulary Quiz
- Cell Organelles Involved in Making Proteins.
- Review of Cell Lab
- Connecting DNA to different hair types and growth (enzymes)
- Phenotype Lab
- Mendel’s Peas to True-Breeding Parents
- Genetics
- DNA
- RNA
- Ribosomes
- Endoplasmic Reticulum
- Enzymes
- Vocabulary Quiz
- Cell Organelles
- Cell Membrane
- Cytoplasm
- Ribosome
- Golgi Apparatus
- Endoplasmic Reticulum
- Mitochondria
- Lysosome
- Peroxisome
- Microtubules
- Microvilli
- Vocabulary Quiz
- Mendelian Genetics
- Punnet Squares
- Traits
- Dominant
- Recessive
- Homozygous
- Heterozygous
- Law of segregation
Law of Association- Phenotype
- Vocabulary Quiz
- Finish Cell Brochure
- Cell Brochure Due Date moved to tomorrow between 10:45 and Noon.
- Channel Protein
- Rough Endoplasmic Reticulum
- Smooth Endoplasmic Reticulum
- Lipid Bilayer
- ATP
- Nucleus: Organelle that contains DNA.
- Cytoplasm: Everything inside the cell but the nucleus.
- Mitochondria: Organelle that releases energy in the form of
ATP.
- Ribosome: Organelle that makes proteins
- Lysosome: Organelle that digest molecules, like a stomach of
the cell, or and invading bacteria, like white blood cells.
- Endoplasmic Reticulum: Road or path through the
cell, particularly molecules made in the cell.
- Rough Endoplasmic Reticulum: Endoplasmic
Reticulum that has ribosomes attached to it. More proteins are found near
the rough endoplasmic reticulum.
- Smooth Endoplasmic Reticulum: Endoplasmic Reticulum
that does not have ribosomes attached to it. More lipids are found near
the smooth endoplasmic reticulum.
- Golgi Apparatus: Organelle that packages, or wraps molecules
made in the cell with a membrane.
- Peroxisome: Like lysosomes, but they only break down H2O2
into H2O.
- Microvilli: Organelle that moves the cell, or increase the cell’s
surface area.
- Cilia: Organelles found along the cell’s surface that moves
the cell, if it is a single cell. For a multicellular organisms, such as
humans, cilia that line our bronchial tubes helps move air down to the lungs.
- Flagella: Organelle that is found singly or as a pair that moves
single cell organisms, or sperm.
- Microtuble: Organelles that provide structure and form to a
cell.
- Presentations
- Prepare posters
- Present information
- Presentation Quiz
- What did Sutton find that segregated in cells, which satisfied Mendel’s
laws? Which law was satisfied?
- When Griffith combined the heat-killed S-bacteria and the R-bacteria,
what happened to the S-bacteria? What happened to the mice?
- According to Avery, what was responsible for Griffith’s results?
- What was responsible for making viruses in bacteria, proteins or DNA?
- How did Rosalind Franklin determine the structure of DNA? According
to her work, what shape does DNA have?
- Describe the structure of DNA as Watson and Crick described its structure.
- Chromosomes
- Virus
- X-ray crystallography
- Meiosis
- Nucleic acids
- Thymine
- Adenine
- Cytosine
- Guanine
- Lorenzo’s Oil
- Finish answering questions to Lorenzo’s Oil
- Due Tuesday
- Correct Content Quiz 1 in your groups.
- Share answers to Content Quiz 1 with class.
- Retake Content Quiz 1.
None
- Vocabulary Quiz
- DNA Structures
- DNA Models
- Diffusion
- Osmosis
- Osmosis Lab with Dialysis Tubing
- Facilitated transport
- ADP
- Osmosis
- Diffusion
- Passive Transport
- Active Transport
- Finish DNA Models
- DNA Replication Lecture
- DNA Replication Handout
- DNA Helicase
- DNA Primase
- DNA Polymerase
- DNA Replication
- Leading Strand
- Lagging Strand
- Double Helix
- Passive, Facilitative and Active Transport Lecture
- Vocabulary Quiz
- Passive, Facilitative and Active Transport Posters
- Using your notes and the textbook, make a Poster that shows passive,
facilitated, and active transport in one cell. You must
show the lipid bilayer cell membrane, ions or molecules moving into or
out of the cell, and the appropriate channel protein. For active transport,
you must show ATP being used, and ADP being produced. The poster must
be labeled. Pages 58-64 covers this topic in your textbook.
- The above will earn you a "B". If you wish to earn an "A",
you must also include the proton pump, which is involved
in turning ADP into ATP.
Vocabulary
- Facilitated transport
- ADP
- Osmosis
- Diffusion
- Passive Transport
- Active Transport
- Finish DNA models
- Finish Cell Membrane Models
- Transcription/Translation
- Lecture
- Translating DNA into amino acids
- Protein Synthesis Worksheet
- mRNA
- tRNA
- Transcription
- Translation
- codon
- Anticodon
- Stop Codon
- Start Codon
- Uracil
- Isotonic, Hypotonic, Hypertonic
- Lecture
- Lab
- Isotonic
- Hypotonic
- Hypertonic
- Review:
- DNA replication
- Transcription
- Translation
- Vocabulary Quiz
- Content Quiz
- Lab: Finish Potato Osmosis Lab
- Lecture: Lab Report for the Osmosis Lab
- Lab Report: Write a quick Lab Report
- Turgor: depending upon whether a cell gains or loses water, it may become
either turgid (swollen) or flaccid (deflated) in a solution.
- Isotonic Solution: a solution whose solute concentration is equal to concentration
of solutes in the cell.
- Hypertonic Solution: a solution whose solute concentration is lower than
the cell's solute concentration.
- Hypotonic Solution: a solution whose solute concentration is higher than
the cell's solute concentration.
- Video: GATTACA. Answer the following questions:
- In GATTACA, how do they use genetic technology?
- In GATTACA, can you chose your destiny, or does your genes make you
a first- or second-class citizen?
- Can the events GATTACA become true in the near future?
- What does the name "GATTACA" mean?
- Lecture: Cellular respiration.
- Video: Finish Triassic Park
- Video: Dinosaurs, pt. 4.
- Pop Quiz:
- How do paleontologists determine what dinosaurs eat?
- How do paleontologists determine if a group of dinosaurs travel in a
heard, or alone?
- How do paleontologists determine how many offspring a species of dinosaurs
produce in a season?
- How do paleontologists determine the reproductive behavior of a species
of dinosaurs?
- For Thursday’s Quiz:
- Aerobic Respiration: Occurs in the cytoplasm and mitochondria, producing
36 ATP.
- Anaerobic Respiration: occurs in the cytoplasm, producing 2 ATP.
- Metabolism: Breaking down and building of sugar, proteins, and lipids
- ATP/ADP/AMP: High energy molecules in the cell.
- NADH/NAD+: Energy molecules in the cell. Used to make ATP.
- For Friday’s Quiz:
- Lactic Acid: the end product of anaerobic respiration.
- FADH/FAD+: Energy molecules in the cell. Used to make ATP.
- Pyruvic Acid: product of anaerobic respiration, made just before lactic
acid.
- Citric Acid: Vitamin C.
- Coenzyme A: Made from citric acid, and used in the Kreb’s Cycle.
- Kreb’s Cycle: occurring in the mitochondria, it is the first step in
aerobic respiration. Makes 2ATP, 2FADH2, and 6 NAHD.
- Electron Transport Chain: occurring in the mitochondria, it is the last
step in aerobic respiration, producing 34 ATP.
- Lab: DNA Fingerprinting
- Genetic Engineering: building recombinant DNA
- Recombinant DNA: Made when a DNA fragment is put into the DNA of a vector.
- Vector: An agent (e.g. viruses and plasmids) that is used to carry a DNA
fragment into another cell.
- Cleavage Site: Place on DNA where it is being split for the insertion
of another gene.
- Restriction enzymes: Enzymes designed to cleave DNA at specific sequences
(e.g. at G-A-A-A-A-G).
- RFLP analysis: A technique that uses restriction enzymes to cut DNA, then
sorts the DNA fragments by size.
- DNA fingerprint: a pattern made from RFLP analysis. DNA fingerprints are
used to help identify the DNA from individuals.
- Vocabulary Quiz
- Photosynthesis
- Sports and Medicine at the cellular level
- Cramps
- Uses of stem cells
- Lactic Acid: the end product of anaerobic respiration.
- FADH/FAD+: Energy molecules in the cell. Used to make ATP.
- Pyruvic Acid: product of anaerobic respiration, made just before lactic
acid.
- Citric Acid: Vitamin C.
- Coenzyme A: Made from citric acid, and used in the Kreb’s Cycle.
- Kreb’s Cycle: occurring in the mitochondria, it is the first step in aerobic
respiration. Makes 2ATP, 2FADH2, and 6 NAHD
- Electron Transport Chain: occurring in the mitochondria, it is the last
step in aerobic respiration, producing 34 ATP.
- Debate Topics and Roles
- Final Review
Vocabulary
2nd Period
- Debate Topics and Roles
- Final Review
Vocabulary
7/09/01
1ST & 2nd Period
- Debate Preparation
- Opening Statements due
- Final Review
7/10/01
1ST & 2nd Period
- Final Exam
7/11/01
1ST & 2nd Period
- Debate Preparation
- First Negative/Affirmative
Rebuttals Due
7/12/01
1ST & 2nd Period
- Debate Preparation
- Second Negative/Affirmative
Rebuttals Due
7/13/01
1ST & 2nd Period
- Debates
- Final Written
Statements Due
- Debates are given.
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Kevin C. Hartzog