Mechel Golenberke: My First Website
Finish Bioglix series: Transcription of DNA to messenger RNA & Translation & Protein Synthesis (29 minutes each)
Chapters 12 & 13 Study Workbooks
Packet of DNA/RNA Notes Chapters 12 & 13 – updated 2014
Chapter 13 RNA Miller Levine Bio Textbook CH13.pdf
DAY 129
13.1 RNA (13.1 Lesson Overview PowerPoint 25 slides)
My RNA Notes (see chapter’s 12/13 note packet)
Biology Junction Nucleic Acids RNA coloring page – should finish in class
Standard Deviants RNA (5:53)
RNA: 13.1 Lesson Summary – popcorn read 13.1 Study Workbook
Homework: 13.1 Study Workbook
Contrast RNA & DNA
Explain the process of transcription
DAY 130 – go over 13.1
Learn the names of the molecules that make up DNA
Use models to construct a molecule of DNA & show how it replicates
Learn the names of the molecules which make up RNA
Use models to show how the base sequence code in DNA is transcribed exactly to RNA
DAY 131 – Study Island: 5b DNA & Genetics – (no period 7 – activity)
DAY 132
Making Sense of Introns & Exons – quick small group lab
Simulate a polypeptide phrase, and then demonstrate how introns must be removed for the phrase to make sense
My Protein Synthesis Notes (see 12/13 note packet – last page)
13.2 Study Workbook – go over Day 134
DAY 133
**transcription animation: http://www.stolaf.edu/people/giannini/flashanimat/molgenetics/transcription.swf
**translation animation: http://www.stolaf.edu/people/giannini/flashanimat/molgenetics/translation.swf
13.2 Ribosomes & Protein Synthesis (13.2 Lesson Overview PowerPoint 31 slides)
Identify the genetic code & explain how it is read
Summarize the process of translation
Describe the “central dogma” of molecular biology
good overview of transcription & translation: PowerPoint
DNA, Hot Pockets, & The Longest Word Ever: Crash Course Biology #11 – Kahn Academy link
Hank imagines himself breaking into the Hot Pockets factory to steal their secret recipes and instruction manuals in order to help us understand how the processes known as DNA transcription and translation allow our cells to build proteins.
13.2 Study Workbook – go over Day 134
DAY 134 – go over 13.2 SW
Biology Junction Protein Synthesis PowerPoint (56 slides) & Notes (86 questions)
Chapter 13 Coloring Pages & Questions
4.9 Protein Synthesis Transcription 4.10 Protein Synthesis Translation 4.13 Mutation & Gene Expression
Biology Corner: DNA Coloring – Transcription & Translation (Bio Corner T&T coloring page pdf)
Finish internet Genetics Utah (transcribe, translate & firefly) fill in study sheet & PBS rest of DNA workshop
Add vocab to concept map (see 12/13 note packet)
Codon Bingo?
DAY 135
Lab 25: tRNA & Protein Building
Use paper models to show how base shapes in mRNA match only with specific base shapes of tRNA
Use paper models to show how the tRNA molecules bring specific amino acid molecules to the ribosome where building of proteins occur
Learn to transcribe a DNA code to an mRNA message & translate the mRNA to the tRNA amino acid code
Study the molecular basis for gene mutation
DAY 136
13.3 Gene Mutations (Lesson Overview PowerPoint 30 slides)
Define mutations & describe the different types of mutations
Describe the effects mutations can have on genes
DAY 137 - Review
– go over 13.3 SW
Codon Bingo
13.4 Gene Regulation & Expression (Lesson Overview PowerPoint 41 slides)
13.4 Study Workbook & Chapter 13 Vocab Review
Biologix: Genes Mutations & Viruses (29min)
Introduce Website: http://nature.ca/genome/index_e.cfm
game demo: The Mighty Mutation Maker http://nature.ca/genome/04/0413_e.cfm
Homeobox:
Info Page: Websites:: http://www.hhmi.org/genesweshare/b120.html & http://www.coolsciencefacts.com/2007/homeobox_genes.html
Coloring Page: http://www.pbs.org/wgbh/evolution/library/03/4/pdf/l_034_06.pdf
Chapter 13 Jeopardy – Quizlet: Golenberke Ch 13 Test Review
DAY 138 – Greatest Discoveries with Bill Nye: Genetics (44 minutes)
DAY 139 – Chapter 13 Test
