Identical Daughter Cells

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Draw the following diagrams and fill in how many chromosomes each cell should contain during cellular division. HAPPY TUESDAY 50 50 100 50 50 50 25 50 100 25 25 25 PMAT PMAT 1 PMAT 2 Synthes is Synthes is ? ? Identica l Daughter Cells Gametes (Sex Cells)

description

Pg 54 Allele Diploid Metaphase Anaphase Electrophoresis Mitosis Cancer Unit 4 – Cell Cycle Definitions Due Friday (11/6/15) All Parts Due Friday (11/13/15) Period 6 – All Parts Due Thursday (11/12/15) Allele Diploid Metaphase Anaphase Electrophoresis Mitosis Cancer Frameshift Mutation Mutation Cell Cycle Offspring Gamete Centriole Point Mutation Gene Centromere Prophase Genetic Disorder Chromatid Sexual Reproduction Genome Chromosome Haploid Somatic Crossing Over Interphase Telophase Cytokinesis Karyotype Tumor Daughter Cell Meiosis

Transcript of Identical Daughter Cells

Page 1: Identical Daughter Cells

Draw the following diagrams and fill in how many chromosomes each cell should contain during cellular division.

HAPPY TUESDAY

50

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100

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Mitosis

Meiosis

PMAT

PMAT 1

PMAT 2

Synthesis

Synthesis

?

?

Identical Daughter

Cells

Gametes (Sex Cells)

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Unit 4 – Cell CycleDefinitions Due Friday (11/6/15)All Parts Due Friday (11/13/15)

Period 6 – All Parts Due Thursday (11/12/15)1. Allele2. Anaphase3. Cancer4. Cell Cycle5. Centriole6. Centromere7. Chromatid8. Chromosome9. Crossing Over10. Cytokinesis11. Daughter Cell

12. Diploid13. Electrophoresis14. Frameshift Mutation15. Gamete16. Gene17. Genetic Disorder18. Genome19. Haploid20. Interphase21. Karyotype22. Meiosis

23. Metaphase24. Mitosis25. Mutation26. Offspring27. Point Mutation28. Prophase29. Sexual Reproduction30. Somatic31. Telophase32. Tumor

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Collect TodayVocabulary QuizPage 61 - Mitosis vs Meiosis (DO NOT TURN IN)

AssignedNotecard ALL PARTS Periods 1-5 (Friday)Periods 6 (Thursday)Cell Cycle/Vocabulary Make-Up Quiz (Friday)Most Missed Quiz Make-Up (Friday)

Late Page 60 – Cancer Webquest (-50%) Notecard Sticker Sheet (-10 points)

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Grade Page 61

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Buff Binder Quiz sometime

this week.

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Essential Question Can I model the activities of the chromosomes in mitosis

and meiosis?Standard

B.6G – Recognize the significance of meiosis in sexual reproduction

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1.You will have 4 chromosomes (2 Mom/2 Dad)

2.Model Mitosis and Meiosis3.Color code your chromosomes

according to your model4.Describe what happens at each

phase

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CROSSING OVER

Label cells as DIPLOID or HAPLOID

1. You will have 4 chromosomes (2

Mom/2 Dad)2. Model Mitosis and

Meiosis3. Describe what happens

at each phase


CHAPTER 8 REVIEW “Sex in the Cell City”. #1 Contrast asexual and sexual reproduction: ASEXUAL 1 parent Forms identical cells Forms 2 daughter cells SEXUAL.

CHAPTER 8 REVIEW “Sex in the Cell City”. #1 Contrast asexual and sexual reproduction: ASEXUAL 1 parent Forms identical cells Forms 2 daughter cells SEXUAL.

1. End result 1n or 2n? 2. Daughter cells Distinct or identical? 3. Chiasmata? Yes or no? MeiosisMitosis 4. # of divisions 5. Purpose Growth or germ cells?

1. End result 1n or 2n? 2. Daughter cells Distinct or identical? 3. Chiasmata? Yes or no? MeiosisMitosis 4. # of divisions 5. Purpose Growth or germ cells?

Ch. 5 Cell Division Part 3. Mitosis vs. Meiosis Mitosis Results in the production of two genetically identical DIPLOID cells Daughter cells have.

Ch. 5 Cell Division Part 3. Mitosis vs. Meiosis Mitosis Results in the production of two genetically identical DIPLOID cells Daughter cells have.

Binary Fission: Cell Division in Prokaryotic Cells asexual reproduction in which one cell divides into two identical daughter cells.

Binary Fission: Cell Division in Prokaryotic Cells asexual reproduction in which one cell divides into two identical daughter cells.

Meiosis animation. How are the Goals of MEIOSIS Different from the Goals of MITOSIS? MITOSISMEIOSIS 1) Produces identical daughter cells (genetically)

Meiosis animation. How are the Goals of MEIOSIS Different from the Goals of MITOSIS? MITOSISMEIOSIS 1) Produces identical daughter cells (genetically)

Mitosis n Mitosis is the process by which new cells are generated. n Mitosis produces 2 genetically identical daughter cells.

Mitosis n Mitosis is the process by which new cells are generated. n Mitosis produces 2 genetically identical daughter cells.

Cell Division Mitosis –Growth and Repair –Somatic (body) cells –Daughter cells: Two produced Diploid (2n) Identical to the parent.

Cell Division Mitosis –Growth and Repair –Somatic (body) cells –Daughter cells: Two produced Diploid (2n) Identical to the parent.

Mitosis = New Cells Results in 2 identical daughter cells 4 chromosomes 4 chromosomes.

Mitosis = New Cells Results in 2 identical daughter cells 4 chromosomes 4 chromosomes.

Cell Division. Mitosis or Meiosis Used for growth and repair of cells 2 new cells form Each daughter cell is genetically identical to the parent cell.

Cell Division. Mitosis or Meiosis Used for growth and repair of cells 2 new cells form Each daughter cell is genetically identical to the parent cell.

Meiosis (Chapter 13). Mitosis Two identical daughter cells Interphase Cell growth, preparing for cell division Prophase, Metaphase, Anaphase, Telophase.

Meiosis (Chapter 13). Mitosis Two identical daughter cells Interphase Cell growth, preparing for cell division Prophase, Metaphase, Anaphase, Telophase.

Meiosis Chapter 4.3 Guided Notes. Let’s review…. Mitosis produces two genetically identical daughter cells. In sexual reproduction, offspring inherit.

Meiosis Chapter 4.3 Guided Notes. Let’s review…. Mitosis produces two genetically identical daughter cells. In sexual reproduction, offspring inherit.

LESSON # 19. TWO TYPES OF CELL DIVISION 1- MITOSIS 2- MEIOSIS The number of chromosomes in the daughter cells is identical to that of the mother cells.

LESSON # 19. TWO TYPES OF CELL DIVISION 1- MITOSIS 2- MEIOSIS The number of chromosomes in the daughter cells is identical to that of the mother cells.

CELL CYCLE Over time, many cells die and need to be replaced. Mitosis - The process by which a cell reproduces to create two identical cells. Daughter.

CELL CYCLE Over time, many cells die and need to be replaced. Mitosis - The process by which a cell reproduces to create two identical cells. Daughter.

Cell Division Mitosis. Produces 2 cells – called daughter cells – from one parent cell Daughter cells are identical to each another and to the original.

Cell Division Mitosis. Produces 2 cells – called daughter cells – from one parent cell Daughter cells are identical to each another and to the original.

AP Biology Review Session 3. Mitosis (division of nucleus) Genetically Identical “daughter cells” S (DNA synthesis) G1G1 G2G2 Cytokinesis (division of.

AP Biology Review Session 3. Mitosis (division of nucleus) Genetically Identical “daughter cells” S (DNA synthesis) G1G1 G2G2 Cytokinesis (division of.

Mitosis Notes. CELL DIVISION 1 cell ÷ into 2 identical daughter cells (same genetic info) Eukaryotes (cells w/ nucleus) go through 2 stages of ÷ Mitosis.

Mitosis Notes. CELL DIVISION 1 cell ÷ into 2 identical daughter cells (same genetic info) Eukaryotes (cells w/ nucleus) go through 2 stages of ÷ Mitosis.

Copyright © 2009 Pearson Education Inc. 8.5 How Does Mitotic Cell Division Produce Genetically Identical Daughter Cells? Mitosis is divided into four.

Copyright © 2009 Pearson Education Inc. 8.5 How Does Mitotic Cell Division Produce Genetically Identical Daughter Cells? Mitosis is divided into four.

Cell Cycle and Cell Division 181/Adobe...Cell Division in Eukaryotes: Mitosis • Mitosis is the mechanism by which somatic eukaryotic cells produce identical daughter cells • Mitosis

Cell Cycle and Cell Division 181/Adobe...Cell Division in Eukaryotes: Mitosis • Mitosis is the mechanism by which somatic eukaryotic cells produce identical daughter cells • Mitosis

Chapter 7 Section 1. Mitosis: occurs because the cell gets too big and for healing. produces genetically identical diploid daughter cells. Meiosis:

Chapter 7 Section 1. Mitosis: occurs because the cell gets too big and for healing. produces genetically identical diploid daughter cells. Meiosis:

2007-2008 Meiosis & Sexual Reproduction Cell division/Asexual reproduction Mitosis ▫produce cells with same information identical daughter cells ▫exact.

2007-2008 Meiosis & Sexual Reproduction Cell division/Asexual reproduction Mitosis ▫produce cells with same information identical daughter cells ▫exact.