Sunday, April 26, 2015

Week 16
April 27 - May 1, 2015

Learning Goals: Describe modern methods of DNA sequencing. Model the molecular processes involved in sequencing. Examine legal, moral/ ethical and social issues that have arisen as result of advances in DNA technology.

Image result for DNA sequencing

Monday - Project work day
HW: sources due 5/4

Tuesday - DNA sequencing - Sanger method: animation - activity  
HW: none

Wednesday - DNA sequencing ppt
HW: sequencing ?s

Thursday - Microarrays activity
HW: complete activity

Friday - Biotech semester project work day
HW: project sources due 5

Sunday, April 19, 2015

Week 15
April 20 - 24, 2015

Learning Goals: Examine legal, moral/ ethical and social issues that have arisen as result of advances in DNA technology. 

Image result for bioethics 

Monday - Introduce GATTACA DVD and begin
HW: none

Tuesday - Continue with  GATTACA
HW: none

Wednesday - Complete GATTACA and discuss; Bioethics ppt/case examination
HW: GATTACA ?s due 4/28

Thursday - Complete bioethics case; Introduce biotech semester project
HW: topic

Friday - ER 5-8 No class



Sunday, April 12, 2015

Week 14
April 13-17, 2015

Learning Goals: Become familiar with resources available at NCBI. Utilize resources at NCBI to identify DNA and protein sequences. Examine legal, moral/ ethical and social issues that have arisen as result of advances in DNA technology. 

Image result for ncbi 

Monday - PCR forensics lab - analyze data
HW: lab due 4/14

Tuesday - Bioinfomatics ppt; Begin navigating the NCBI
HW: none

Wednesday - Complete navigating NCBI and begin Nucleic acid and protein analysis search
HW: none

Thursday - Introduce GATTACA DVD and complete nucleic acid and protein analysis search
HW: nucliec acid/protein analysis search

Friday - Article annotation and analysis: epigenetics
HW: complete analysis packet



Tuesday, April 7, 2015

Week 13
April 6-10, 2015

Learning Goals: Describe what is meant by the epigenome and explain its effects on gene expression. Explain how PCR amplifies DNA. Perform electrophoresis on purified DNA samples to simulate products of PCR in a forensic investigation.



Monday - No School

Tuesday - Epigenetics websheet
HW: websheet due 4/10

Wednesday - PCR virtual lab
HW: complete lab

Thursday - PCR ppt; PCR Forensics ppt; Prep for PCR forensics lab
HW: pre-lab

Friday - PCR forensics lab - load gels; Discuss epigenetics
HW: none