Jeopardy

1
Jeopardy
Blueprint of Life Expression of Traits Heredity of the Monk Square Exceptions Tracking Family Traits
100 100 100 100 100
200 200 200 200 200
300 300 300 300 300
400 400 400 400 400
500 500 500 500 500
Final Jeopardy
2
Blueprint of Life for 100

• What is the complimentary strand of the
  following
• G A T T C A T G G

• C T A A G T A C C

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3
Blueprint of Life for 200

• What are the 6 molecules that make up DNA.

• Adenine
• Thymine
• Guanine
• Cytosine
• Deoxyribose Sugar
• Phosphate

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4
Blueprint of Life for 300

• Name the type of mutation where one piece of DNA
  is removed.

• What is deletion.

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5
Blueprint of Life for 400

• What are purines and prymidines?

• Purines Guanine Adenine
• Prymidines Cytosine Thymine
• Classification of nitrogenous bases

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6
Blueprint of Life for 500

• What are the three scientists to help to
  discovery DNA and what did they contribute to the
  discovery?

• Watson Model of DNA
• Crick Model of DNA
• Franklin - Helix

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7
Expression of Traits for 100

• The forming of a Protein from mRNA is called

• Translation (different language)

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8
Expression of Traits for 200

• The forming of mRNA from DNA is called

• Transcribing (same language)

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9
Expression of Traits for 300

• What is a phenotype and genotype of an
  individual?

• Phenotype Physical traits
• Genotype Genes inside

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10
Expression of Traits for 400

• Name 3 ways in which RNA is different from DNA.

• Ribose Sugar
• Single Stranded
• Uracil

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11
Expression of Traits for 500

• Describe how a trait is expressed from the DNA.
  (hint mention the processes and the jobs of all
  3 RNAs)

• mRNA is transcribed from DNA in the nuclues.
  mRNA travels out to the ribosome (rRNA) where it
  is translated into proteins. tRNA match the
  amino acids to the correct codon of the mRNA.
  Finally the amino acid chain is folded into a
  protein.

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12
Heredity of the Monk for 100

• Who is the father of genetics?

• Gregor Mendel

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13
Heredity of the Monk for 200

• Each individual inherits one allele from Mom and
  one from Dad. This expresses which of the
  following Mendelain laws

• Law of Segregation

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14
Heredity of the Monk for 300

• Two mice with black fur were crossed and produced
  offspring with black fur and offspring with white
  fur. If black is dominate over white, what would
  represent the most probable genotypes of the
  parental mice?

• Bb x Bb Heterozygous

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15
Heredity of the Monk for 400

• In humans, dimples is completely dominant to no
  dimples. Two parents that are both heterozygous
  for dimples are expecting a child. What are the
  chances that the child will have dimples?
  Complete a punnett square.

• 75

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16
Heredity of the Monk for 500

• What is best way to determine the phenotype of a
  guinea pig is to?

• Observe it

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17
Square Exceptions for 100

• A cross of a red flower with a white flower
  produces pink flowers. This is a type of
  inheritance called

• In-complete Dominance

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18
Square Exceptions for 200

• If a mothers blood type if AB and dads blood
  type is A (homozygous). Will Mom will be able to
  give blood to all of her children?

• No. 50 of her children will have Type A and 50
  will have Type AB

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19
Square Exceptions for 300

• Human blood types is an example of ___________.
  Name the two types of dominance associated with
  the blood types.

• Multiple Alleles
• Co-Dominance Complete Dominance

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20
Square Exceptions for 400

• A woman carrying the gene for hemophilia marries
  a man who is a hemophiliac. What percentage of
  their children can be expected to have
  hemophilia? Complete Punnett Square

• 50

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21
Square Exceptions for 500

• Co-Dominance. A black chicken and a white
  chicken produce a checked chicken. If two
  checkered chicken are crossed what is the
  phenotypic and genotypic ratios? Show your work
  using a Punnett square.

• Pheno BCW
• 022
• Geno - BBBWWW
• 0 2 2

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22
Tracking Family Traits for 100

• What shapes represent males and females in a
  pedigree?

• Square Males
• Circles - Females

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23
Tracking Family Traits for 200

• True or False Genetic counselors often help
  people with a family history of genetic
  disorders. Give an example.

• True

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24
Tracking Family Traits for 300

• Name three purposes of a pedigree.

• To understand how traits are passed on
• Identify disorders in future generations
• Represent genetic relationships between family
  members

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25
Tracking Family Traits for 400

• Identify the type of pedigree below

• Sex-Linked

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26
Tracking Family Traits for 500

• Identify the type of pedigree below give the
  genotype of individual I-1.

• Autosomal Dominant
• Heterozygous

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27
Final Jeopardy

• Complete a Dihybrid of two heterozgous yellow
  round seeded pea plants. (yellow round seeds is
  dominant to green wrinkled seeds)