jeopardybio

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Presentation Transcript Presentation Transcript

Slide 2 : Definitions

Slide 3 : DNA

Slide 4 : Mutations

Slide 5 : Chromosomes

Slide 6 : Mitosis

Slide 7 : Meiosis

Slide 8 : Definitions DNA Mutations Chromosomes Mitosis Meiosis $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500 $100 $200 $300 $400 $500

Slide 9 : DNA

Slide 10 : genes

Slide 11 : complementary bases

Slide 12 : eukaryotic cells

Slide 13 : gametes

Slide 14 : What is double helix?

Slide 15 : What are nucleotides made of?

Slide 16 : What kind of bond links the nucleotides?

Slide 17 : What is the sense strand?

Slide 18 : What kind of bond links the two DNA stands?

Slide 19 : What kinds of mutations are there?

Slide 20 : What is a mutagen?

Slide 21 : Name the four types of DNA mutation.

Slide 22 : What are the consequences of DNA mutations?

Slide 23 : What types of mutagens are there?

Slide 24 : What is the diploid number?

Slide 25 : What is the haploid number?

Slide 26 : What are homologous pairs?

Slide 27 : What are alleles?

Slide 28 : How many pairs of chromosomes are there in a human gamete?

Slide 29 : How many daughter cells are produced when a cell divides through mitosis?

Slide 30 : In what phase do DNA and centrioles replicate?

Slide 31 : In what stage does the spindle form?

Slide 32 : In what phase do the chromosomes line up in the center of the cell?

Slide 33 : Daily Double!!

Slide 34 : In which phase do chromatids move apart to the poles of the cell?

Slide 35 : How many cells are created when a cell divides through meiosis?

Slide 36 : In which phase do homologous chromosomes pair?

Slide 37 : What kind of daughter cells result from Meiosis I?

Slide 38 : What is a tetrad?

Slide 39 : In what phase are nuclear membranes formed?

Slide 40 : Double Jeopardy!!

Slide 41 : Definitions

Slide 42 : DNA

Slide 43 : Chromosomes

Slide 44 : Mitosis

Slide 45 : Meiosis

Slide 46 : True/False

Slide 47 : Definitions DNA Chromosomes Mitosis Meiosis True/False $200 $400 $600 $800 $1000 $200 $400 $600 $800 $1000 $200 $400 $600 $800 $1000 $200 $400 $600 $800 $1000 $200 $400 $600 $800 $1000 $200 $400 $600 $800 $1000

Slide 48 : karyotype

Slide 49 : centromere

Slide 50 : Daily Double!!

Slide 51 : zygote

Slide 52 : somatic cells

Slide 53 : histones

Slide 54 : Where in the cell are proteins assembled?

Slide 55 : Where is the DNA found in cells?

Slide 56 : What do we call sections of DNA?

Slide 57 : What is DNA replication?

Slide 58 : What type of sugar do we find in nucleotides?

Slide 59 : What are chromatids?

Slide 60 : What is chromatin?

Slide 61 : What is the difference in the chromosomes of male and female?

Slide 62 : Why do we talk in terms of pairs of chromosomes?

Slide 63 : What is the difference between a chromosome and a DNA molecule?

Slide 64 : What happens during the metaphase?

Slide 65 : In what phase chromatin condenses into chromosomes?

Slide 66 : During the anaphase what gets separated?

Slide 67 : In what phase does the cytoplasm break?

Slide 68 : What is the function of the spindles in mitosis?

Slide 69 : In what phase do chromatids separate?

Slide 70 : In what phase do the homologous chromosomes separate?

Slide 71 : What is the name of the phase when the cell is not dividing?

Slide 72 : In what phase are centrioles duplicated?

Slide 73 : What is the name of the process by which the homologous chromosomes exchange portions of their chromatids?

Slide 74 : Mitosis is a process used during asexual reproduction.

Slide 75 : Mitosis produces haploid cells.

Slide 76 : Meiosis involves exchange of genetic information between chromosomes.

Slide 77 : Meiosis produces identical cells to parent cell.

Slide 78 : Meiosis takes place in the sex cells of the human body.

Slide 79 : Final Jeopardy

Slide 80 : Looking at the daughter cells, what are the 3 main differences between mitosis and meiosis?

Slide 81 : 1. mitosis produces 2 cells, meiosis 4. 2. mitosis produces diploid cells, meiosis haploid cells 3. In mitosis daughter cells are identical to parent cell, in meiosis they are different.

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