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Unit 4: Cell Reproduction
Essential Questions:
- How do organisms grow, develop, and reproduce?
- Why are mitosis and meiosis important?
- What is the structure and function of DNA and RNA?
- What are mutations and how do they occur?
REMINDERS -->
CURRENT WEEK
http://pbskids.org/dragonflytv/games/game_dogbreeding.html
http://www.brainpop.com/health/geneticsgrowthanddevelopment/heredity/
Week of 4/7 - 4/11
Monday
- Explore Case #7a
- Complete Case #7a: Student Organizer
- Complete MONSTER'S Inc Worksheet!
Tuesday
Wednesday (shortened)
Thursday
Friday
STUDY RESOURCES
DUE DATES:
4/17 - PODCAST
5/2 - ?
5/16
5/30 -?
6/10 - FINAL WRITE UP
7th Science Planning
Running Agenda
Monday 3/3
Intro to the Cell Cycle
Tuesday 3/4
Mitosis Day 1
Wednesday 3/5
Mitosis Day 2
Thursday 3/6
Mitosis Day 3
Friday 3/7
Meiosis Day 1
Monday 3/10
- Meiosis
- Amoeba Sisters' Video
- Padlet Vocabulary Link
- Ameoba Sisters' Recap
- HW: Complete Guided Notes Section 2
Tuesday 3/11
- Meiosis
- Correct Guided Notes
- Meiosis Square Dance
- Vocabulary Activity
Wednesday 3/12
- Meiosis
- Putting it All Together
Thursday 3/13
- Meiosis
- INTRO to DNA
Friday 3/14
Watch the 3 following movies. Use headphones or earbuds.
- DNA EXPLAINED
- Brainpop DNA --> sign in using (vue1, vue1)
- Brainpop RNA
When complete, read the DNA/RNA reading. Highlight the document as you read. Follow the directions for coloring the DNA and RNA models. PLAN CAREFULLY -- YOU WILL ONLY GET ONE COPY!
Monday
- Introduction to Mitosis/Meiosis Project
- Amoeba Sisters DNA and RNA
DNA
RNA
Tuesday
Ideas to help you...
- Meiosis Storybook
- Mitosis Flipbook Movie (two combined!!!)
- Stop Motion Movie
- Flipbook on Stickies
- One Stage in 3d
- Mitosis in Donuts
- Mitosis Cartoon Example
Wednesday
Thursday
Friday
3/24 - 3/28
Monday
- Baby Mice Probe
- Log On To Geniverse Drake Genetics Game
- Explore Case #1
- Complete Case #1: Student Organizer
Tuesday
- Explain Case #1
- Think-Pair-Share
- Drake Anatomy
- Vocabulary
- Quick Check-in for Case #1
Wednesday (Shortened)
- Show Case #2 Playground
- Explore Case #2
- Complete Case #2: Student Organizer
Thursday
- Explain Case #2
- Think-Pair-Share
- I Think - We Think
- Review
- Vocabulary
- Quick Check-in for Case #2
Friday (Shortened)
- KEY POINTS
- Explore Case #3
- Complete Case #3: Student Organizer
Week of 3/31 - 4/4
Monday
- Explain Case #3
- Think-Write-Pair-Share
- Review
- Quick Check-in for Case #3
- Question for Deeper Thinking
- Explore Case #4
- Complete Case #4: Student Organizer
Tuesday
- Explain Case #4
- Review
- Vocabulary
- Case #5 --> Certification Exam!
Wednesday (shortened)
- Explore Case #6
- Complete Case #6: Student Organizer
Thursday
Friday
Week of 3/31 - 4/4
Monday
- Explain Case #3
- Think-Write-Pair-Share
- Review
- Quick Check-in for Case #3
- Question for Deeper Thinking
- Explore Case #4
Tuesday
- Vocabulary
- Mendel and Punnett Squares
Wednesday (shortened)
Thursday
- Case #5 --> Certification Exam!
- Explore Case #6
- Complete Case #6: Student Organizer
Friday
- Review Case #5 and Case #6
- Explore Case #7a
- Complete Case #7a: Student Organizer
Unit Enduring Understanding:
- Organisms' cells go through the Cell Cycle in order to grow, repair, and replace other cells.
- Mitosis is the process of nuclear division to form body cells, and meiosis is the process of nuclear division to form sex cells.
- An organism’s characteristics are passed from one generation to the next. Instructions for these characteristics are located on the organism’s chromosomes.
- DNA is the hereditary material of all living things; it must replicate prior to cell division.
- Mistakes in replication and cell division are called mutations.
Unit Essential Questions:
- How do organisms grow, develop, and reproduce?
- Why are mitosis and meiosis important?
- What is the structure and function of DNA and RNA?
- What are mutations and how do they occur?
Vocabulary
asexual reproduction ---
a type of reproduction in which a new organism is produced from one parent and has identical DNA
sexual reproduction ---
a type of reproduction in which two sex cells join to form a zygote, which develops into a unique organism
centrioles ---
cell organelle involved in the development of spindle fiber during cell reproduction
nuclear membrane ---
membrane “wall” around the nucleus of a cell
nucleus ---
an organelle that contain the heriditary information for the cell
spindle fibers ---
microtubule “strings” that move chromosomes during mitosis and meiosis
centromere ---
part of a chromosome that links sister chromatids
mitosis ---
asexual reproduction of a cell, when the nucleus divides to form two identical nuclei
meiosis ---
reproductive process the produces four haploid sex cells and accounts for diversity in offspring
diploid ---
cell whose chromosomes occur in pairs
haploid ---
cell that only has one type of chromosome
homologous ---
chromosomes that pairs up with each other inside a cell during meiosis with the same genes in the same place
egg ---
haploid sex cell found in female reproductive organs
sperm ---
haploid sex cell found in male reproductive organs
crossing over ---
exchange of segments of genes between homologous chromosomes during prophase I of meiosis
gene ---
section of DNA on a chromosome that has instructions for making proteins
sister chromatid ---
when a single chromosome is copied
gamete ---
sex cells (sperm or egg)
zygote ---
a new diploid cell formed when a sperm and egg come together
prophase 1
metaphase 1
anaphase 1
telophase 1
prophase 2
metaphase 2
anaphase 2
telophase 2
- Chromosome
- Chromatids
- Centromere
- Centrioles
- Spindle Fibers
- Cell Plate
- Diploid (2N)
- Haploid (N)
- Runners
- Fission
- Budding
- Regeneration
- Fertilization
- Sperm
- Eggs
- Zygote
- Asexual Reproduction
- Sexual Reproduction
- DNA
- RNA (mRNA, tRNA, rRNA)
- Gene
- Mutation
- Nitrogen Bases (A, T, C, G, U)
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