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25 Cards in this Set

  • Front
  • Back

I. Introduction

A. "....and the clock struck thirteen."


B. Aliases of DNA


C. Cell Cycle

B. Aliases of DNA

1. nucleic acid, genome, chromatin


2. chromosome, chromatid


3. gene, allele


4. nucleotide

C. Cell Cycle

1. Interphase = I (G1, S, G2)


2. Mitosis or Meiosis = M

II. DNA Replication

A. Enzymes


B. Complementary base pairing


C. semi-conservative model

A. Enzyme

1. helicase, DNA polymerase, ligase

B. complementary base pairing

1.


A to T




G to C(and vice versa)







C. Semi-conservative model

1. every new DNA copy is from an original

III. Mitosis

A. Prophase

B. Metaphase


C. Anaphase


D. Telophase


E. Product

A. Mitosis, Prophase

1. Condensing and becoming visible

B. Mitosis, Metaphase

1. Line up in single file, in the middle of the cell

C. Mitosis, Anaphase

1. Chromosomes pulling apart

D. Mitosis, Telophase

1. to the end of the cell

E. Mitosis, Product




*cyto = cells

1. ends in 2 cloned cells


2. cells are diploid, somatic cells


3. cytokinesis, officially 2 cells

IV. Meiosis (2 Separations, I & II)

A. Prophase


B. Metaphase


C. Anaphase


D. Telophase


E. Product

A. Meiosis, Prophase

1. prophase I, crossing over

B. Meiosis, Metaphase

1. metaphase I, lines up in pairs

C. Meiosis, Anaphase

1. cells become haploid in meiosis I

D. Meiosis, Telophase

1. 2 haploid cells at the end of meiosis I


2. 4 haploid, diverse cells end of Meiosis II

E. Meiosis, Telophase

1. ends in 4 haploid sperm cells (gametes)


2. eggs - meiosis I, if fertilized, II


3. all cells are unique, diverse, not clones

IV. Interphase mistakes and cancer

A. Terms


B. Genes

A. Terms

1. metastasizing 2. metastasis


3. apoptosis 4. benign 5. malignant

B. Genes

1. oncogene


2. tumor suppressor gene

V. Meiotic Aberrations

A. Mutations


B. Nondisjunction

A. Mutations

1. Insertion, deletion, duplication


2. Translocation, inversion

B. Nondisjunction

1. aneuploidy(monosomy, trisomy)


2. Down's syndrome, trisomy 2 I