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#BioDub Your 2020 Dubuquinoceros Champions!!!

3/11/2020

 
Unit 5: Evolution & Biodiversity

#BioDub Darwin vs. Lamarck: Rhinos

3/9/2020

 
​Unit 5: Evolution & Biodiversity

#BioDub Click the Pic - Natural Selection in Peppered Moths

3/9/2020

 
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​Unit 5: Evolution & Biodiversity

#BioDub Sock Meiosis Results

2/27/2020

 
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Mother's chromosomes:
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Father's chromosomes:
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The parents:
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The children:
​Unit 4: Genetics & Heredity ​

#BioDub Meiosis Map

2/27/2020

 
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​A blank copy of the map can be found HERE.

​Unit 4: Genetics & Heredity

#BioDub Click the Pics - Blood Typing

2/12/2020

 
Click the Pic below for the "game"
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Click the Pic below to enter your blood typing data
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See Blood Type Activity Data HERE

​Unit 4: Genetics & Heredity

#BioDub Click the Pic - Submit Your Data from Lincolnia Here

2/4/2020

 
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​Click HERE for the class results.

Unit 4: Genetics & Heredity

#BioDub Mutation Responses

1/22/2020

 
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Unit 4: Genetics & Heredity

#BioDub Click the Pic - RNA Transcription & Protein Synthesis (Translation) Game

1/17/2020

 
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Unit 4: Genetics & Heredity

#BioDub Candy RNA (From Candy DNA)

1/16/2020

 
Students used candy to model the structure of DNA & RNA. The Candy DNA was made in a previous activity. They were expected to create an assigned sequence of RNA nucleotides from their already created DNA strand.

In DNA, each nucleotide consists of a deoxyribose (red licorice), a phosphate (marshmallow), and a nitrogenous base (Skittle). It is important that the deoxyribose and phosphates make up the back-bone and that the bases are bound to the deoxyribose.

In RNA, each nucleotide consists of a ribose (black licorice), a phosphate (marshmallow), and a nitrogenous base (Skittle). It is important that the deoxyribose and phosphates make up the back-bone and that the bases are bound to the deoxyribose.


The Skittle bases are as follows:
  • Thymine (T) - Purple [DNA only]
  • Adenine (A) - Red
  • Guanine (G) - Green
  • Cytosine (C) - Yellow
  • Uracil (U) - Orange [RNA only]

Based on the original stand of DNA, the complimentary strand of RNA was created using the correct base pairs: G to C, C to G, T to A, A to U, the U replacing the T in RNA.

Unit 4: Genetics & Heredity
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