Home
Why Genomics
Understanding Genomics
The Value of Genomics
The Impact of Genomics Research
Funding
Current Funding Opportunities
Search Projects old
Working with Genome BC
Partner with us
Sector solutions
Blog
Our latest posts
Focus on health
Focus on climate change
Education
What is Geneskool?
Classroom Workshops
Campus Field Trips
Geneskool Summer Science Program for Teens
Travelling Exhibits
Free Classroom Resources
Glossary
About
Our Progress
Economic Impact
Societal Engagement
Accountability and Reporting
Our People
Our Staff
Our Board
Careers at Genome BC
News and Events
News Releases
Events
Connect
MENU
MENU
Funding Programs
Current Opportunities
Genome Canada Programs
Genome BC Programs
Industry Innovation Fund (I²)
Other Programs and Opportunities
Search Projects
Working with Genome BC
Overview
Research Oversight
Data Release and Sharing Policies
No Cost Extensions
Communication Resources
Genomics and Society
Information Bulletins
What is GEL³S Research?
Why is GEL³S Important?
Impact
Genomics and Health
Genomics and Forestry
Genomics for Fisheries and Aquaculture
Genomics for Agrifood
Genomics for Energy, Mining, and Environment
Discover
Blog
Nice Genes! podcast
20 Cool Genomics Facts
5 Myths about Genomics
News Releases
Media Coverage
Events
Education
Volunteer with us!
Free Resources
Classroom Workshops
Geneskool Field Trips
Travelling Suitcase Exhibits
Summer Science Program
About
Who We Are
Our Values
Corporate Publications
Annual Reports
Strategic Plan
Sector Strategies
Indigenous Peoples Engagement Framework
Corporate Evaluations
Our Portfolio
Economic Progress
Societal Engagement
Genomics Education
for Healthcare Professionals
Our People
Our Team
Our Board
Careers at Genome BC
Connect
Search for:
Understanding the rose genome sequence could lead to improved blooms
Share This
Facebook
LinkedIn
Share on Mastodon
Enter your Mastodon instance URL (optional)
Share
