Sunday, February 28, 2016

2/22-3/17 (updated!!)


  • Mon 2/22:  Review Genetics topics for test on Wednesday.
  • Wed 2/24:  Add up Early Work.  Take Genetics Test.  Start on Replication Topics in section 7.1 including data-based question on p. 345.
  • Fri 2/26:  Overview of the process of DNA replication.  Work on Replication worksheet using books.  Due on Thursday 3/3.  Read first part of 2.7 and 7.1.
  • Tues 3/1:  More on DNA replication.  Replication computer simulations.  DNA replication table simulation.  Replication Quiz on Thursday 3/3.
  • Thurs 3/3:  Replication Quiz.  DNA transcription.  Transcription regulation.
    Epigenetics Video (Ghost in your genes).  Do video notes and get checked off by Mon 3/7.  Read 2nd part of 2.7 and all of 7.2.
  • Mon 3/7:  Translation and the Genetic Code.  Genetic code worksheet, due Friday.  Read last part of 2.7 and all of 7.3.
  • Wed 3/9:  Work on genetic code worksheet.  More notes on translation.  Transcription and Translation Short Test next Thursday 3/17 (ACT testing is on Tuesday 3/15).
  • Fri 3/11:  Finish translation concepts.  Get genetic code worksheet checked off.  Kahoot review for the test next Thursday.
  • Tues 3/15:  ACT Testing for Period 1.  Starting Enzymes for Periods 3 and 4.
  • Thurs 3/17:  Transcription and Translation Test.  Enzyme Worksheet.  
Enjoy your Spring Break!!

Thursday, February 11, 2016

The Weeks of 2/8-2/20


  • Tues 2/9:  Notes on Polygenic inheritance, pedigrees (hand out Pedigree worksheet and start it), and do an example of a dihybrid cross.  More work time on genetics problems.
  • Thurs 2/11:  Notes on Test Cross, Linked Genes and Genetic Mapping.  Introduce Genetic Disorders Assignment (see post below here), due next Thursday 2/18.  Work time to finish genetics problems and Pedigree worksheet.  Please turn in.
  • Tues 2/16:  More work on Genetic Disorders.  Review Sheet for Genetics Test.
  • Thurs 2/18:  Get genetic disorders assignment checked off.  Chi-squared test.  Flower simulation with fast-action cards.  Genetics Test next Wed 2/24.

Genetics Disorders Assignment: Due by Thursday, 2/18

Genetic Disorders Assignment:

  • Go to the University of Utah genetic disorders site
  • Go to Single Gene Disorders and research Cystic Fibrosis, Huntington’s Disease, and Sickle Cell
  • For each: describe what it is, the genetic cause, symptoms, treatment, and interesting facts (in notes)
  • Then Go to Chromosomal Abnormalities and research Down Syndrome and Turner’s Syndrome, recording the same information.
  • You may do this by yourself or in pairs

Monday, February 1, 2016

The Week of 2/1


  • Mon 2/1:  More notes on Chromosomes.  Finish checking off meiosis worksheet.  Introduce some genetics terms.  Work time to do Karyotype on-line Activity, review 3.2 and 10.1 for the quiz, and then define genetics terms in your notebook (see post below here) and do the data-based questions from pp 173-174. Meiosis quiz on Friday.  See below for details.
  • Wed 2/3:  Review for Meiosis quiz.  Genetics terminology.  Complete the book work, then start Genetics Problems from old Text Book.  Do on separate paper and show all of your work!!  
  • Fri 2/5:  Meiosis quiz.  Check off Genetics Terms and Data-Based Questions in Notebook.  Work more on genetics problems 1-20 from the old book.  They will be due Thursday 2/11.
What's on the Meiosis Quiz?


  • Know the phases of meiosis!!
  • Be able to describe crossing over and independent assortment
  • Be able to describe how meiosis and sexual reproduction lead to genetic variation
  • Distinguish between autosomes and sex chromosomes
  • Be able to interpret a karyogram and explain what happens during nondisjunction
  • Distinguish between prokaryote and eukaryote chromosomes

Genetics Terminology (do this after you have reviewed 3.2 and 10.1 for the quiz)


Please do these in your Notebook! To be checked off after the quiz on Fri 2/5.
  1. What is a gene?
  2. Where are genes located?
  3. What are alleles?
  4. How are new alleles formed?
  5. (3.4) Who was Mendel and what did he do?
  6. What is a gamete?  A zygote?
  7. What is meant by segregation of alleles?
  8. What is meant by dominant, recessive, and co-dominant alleles?
  9. What is a Punnett grid used for?
  10. Data-based questions on pp 173-174 (but you can skip ladybird questions)