Introduction
Welcome Student Geneticists!
Essential Questions: How are proteins made from a DNA template?
Objectives: By the end of today's webquest you should be able to:
1) Identify the central dogma of genetics (DNA --> RNA -->protein)
2) Describe the function of mRNA.
3) Define transcription and describe and sequence the basic steps of transcription.
You have been choosen to work with a team of geneticists to determine if a mutation in a specific gene causes a disease. Today you will complete this webquest to learn about the first step of protein synthesis: transcription. Next longblock, you will learn about mutations and the second step of protein synthesis: translation. After you complete both webquests, you will be prepared to join the team of geneticists.
Process
Yesterday, you should have completed the pre-lab at the top of your handout (#1-7).
Today you will research and complete activities on three different websites to learn about transcription.
Website 1- Basic Transcription Activities-Click on the link below. Follow the directions on your handout to complete 8-9b.
Website 2- Transcription reading- Click on the link below. Read the information and answer questions 10-12.
Website 3- Transcription interactive. Click on the link below. Follow the directions on your handout to complete questions 13- 16.
http://mw.concord.org/nextgen/#interactives/biology/dna/modeling-transcription
Evaluation
Transcription Webquest Grading Rubric
This assignment will count as a 100 point lab grade.
Pre-lab cloze sentences complete and correct ___/ 7 points
Question 9b- drag and drop activities complete and correct ____/ 3 points
Webquest written questions complete and correct ____/ 8 points
Website 3 model complete _____/3 points
Stayed on task and followed directions for ipad use ____/4 points
Total _____/ 25 Multiple x4 for final total = _________
Teacher Page
MA Biology Curriculum Frameworks Addressed in this webquest:
3.2 Describe the basic process of DNA replication and how it relates to the transmission and conservation of the genetic code. Explain the basic processes of transcription and translation, and how they result in the expression of genes. Distinguish among the end products of replication, transcription, and translation. |