- Overview
- Upcoming Events
- Mobile Laboratory
- Mobile Equipment
- Professional Development
- Prokaryotic Genome Annotation and Analysis
- Eukaryotic Genome Annotation and Analysis
- Introduction to Microarray Technology
- Introduction to Microarray Data Analysis
- Advanced Microarray Data Analysis
- Curriculum Workshop
- Genomics Course for Educators
- Internship Program
- Tours
- Meetings
- Contact
Genomics Course for Educators
The J. Craig Venter Institute’s Genomics Course for Educators is designed to give middle school faculty a thorough understanding of genomics so that their students can become familiar with this rapidly developing and multifaceted field. Topics covered in this course include:
- The biological process by which cells read and follow genetic instructions
- Techniques in molecular biology for manipulating DNA so that it can be studied
- Overview of whole genome shotgun sequencing and all the processes involved in sequencing the human genome
- Overview of new sciences such as metagenomics and synthetic biology.
- Overview of ethical issues such as genetically altered crops, genetic therapy, genes and disease, personalized medicine, the Human Genome Project, and privacy of individual genetic information
Dates for the Courses and Locations
- July 6-8, 2009 — Rockville, Maryland
- July 20-24, 2009 — San Diego, California
$1,000 stipend only available to California Teachers. Participating teachers must teach in US schools that are within a 75-mile radius of San Diego office.
Course Details
Genomics is a rapidly developing and yet widely misunderstood field that is creating changes in medicine, business, and agriculture on a scale analogous to the industrial revolution. Recent issues such as genetically altered crops, synthetic biology, the Human Genome Project, and genetic therapy are at the forefront of discussion and media coverage. Students and teachers who have an understanding of genomics can appreciate the impact it is making on our society and make informed decisions about the issues it raises.
Teachers will have the opportunity to work with cutting edge technology and be able to help their students:
- Understand the cellular process of reading and following genetic instructions
- Understand molecular biology techniques of genomic work
- Develop an appreciation of genomics’ complexity and impact on society
- Make informed decisions about issues such as genetically altered crops and privacy of personal genetic information