Skip to content
A
A
A
Search
Menu
About
Who We Are
Purpose, Mission & Values
Leadership
Governance
Commitments
Research
Research Groups
Cell Biology
Developmental Biology
Genome & Ecological Biology
Molecular Pathogenesis
Innovation
Food Security
Sustainability
Well-Being
Enterprise
Temasek Life Science Accelerator (TLA)
The Life Science Innovation Fund (TLIF)
Portfolio Companies
Facilities & Services
Facilities
Animal Facility
Aquaculture Facility
Greenhouse
Research Laboratories
Good Manufacturing Practice Room
Bioimaging & Biocomputing
Services
Media & Glassware
General Store
Publications
Careers
Why Join Us
Current Vacancies
Recruitment
PhD Programme
Internship
News & Events
Press Release
Events & Seminars
Resources
Contact Us
Annual Report
Useful Links
About
Who We Are
Purpose, Mission & Values
Leadership
Governance
Commitments
Research
Research Groups
Cell Biology
Developmental Biology
Genome and Ecological Biology
Molecular Pathogenesis
Innovation
Food Security
Sustainability
Well-Being
Enterprise
The Life Science Innovation Fund
Temasek Life Science Accelerator
Portfolio Companies
Facilities & Services
Facilities
Aquaculture Facility
Animal Facility
Bioimaging & Biocomputing
Biosafety Laboratories III
Good Manufacturing Practice Room
Greenhouse
Research Laboratories
Services
Media & Glassware
General Store
Publications
Careers
Why Join Us
Current Vacancies
Recruitment
Internship
PhD Programme
News & Events
Press Release
Events & Seminars
Resources
Contact Us
Annual Report
Useful Links
Home
∕
Research
∕
Publications
∕
Visualization of peroxisomes in living plant cells reveals a...
Visualization of peroxisomes in living plant cells reveals acto-myosin dependent cytoplasmic streaming and peroxisome budding
Published
Plant Cell Physiology
Jedd G, Chua NH.
Share
Make a Difference in Asia and Beyond
We strive for the advancement of our communities across generations.
Contact Us
Scroll To Top
