Purdue Study Finds Key to Plant Growth MechanismJuly 25, 2018
A study from Purdue University led by Daniel Szymanski has mapped a complex series of pathways that control the shape of plant cells. The research team used the model plant Arabidopsis to map the complex pathways that control plant cell shape. The findings may be key to improving the quality of cotton grown in the United States.
Szymanski, professor in the Department of Botany and Plant Pathology, analyzed how intracellular signaling networks pattern cell walls to generate particular cell shapes and sizes. In a paper published in Current Biology, Szymanski described how microtubules and actin, protein polymers that form the cytoskeletons of plant cells, are organized to specify the mechanical properties of cell walls that define cell shape.
The research group found that microtubules entrap a protein called SPIKE 1 within the apex of another cell where SPIKE 1 recruits additional protein machineries that cause actin filaments to form. Actin filament networks are then organized as roadways for long-distance intracellular transport and the regulated delivery of cell wall materials that are necessary for cell growth.
According to Szymanski, SPIKE 1 is a master regulator in cells, a switch that when activated determines the time and location where actin networks are polymerized. He added that the location and activity of SPIKE1 is important. Without it, growth is misregulated, leading to distorted cell shapes that do not taper properly.
For more details, read the news article from Purdue University.
Biotech Updates is a weekly newsletter of ISAAA, a not-for-profit organization. It is distributed for free to over 22,000 subscribers worldwide to inform them about the key developments in biosciences, especially in biotechnology. Your support will help us in our mission to feed the world with knowledge. You can help by donating as little as $10.
See more articles:
News from Around the World
- Society Needs Radical Adaptation to Attain Nutritional Needs in 2050
- Global Biotech Seeds Market to Grow by 9.87% in 2022
- USDA APHIS Deregulates Herbicide Resistant GE Cotton
- Purdue Study Finds Key to Plant Growth Mechanism
- Iran Starts Labeling GM Food
- Filipino Farmers Losing PHP33.85 Billion Due to Delays in Commercializing Bt Eggplant
- Public Participates in Golden Rice Consultations in PH
- Scientists Restrict Bt Gene Expression in Insect Biting Sites
- Researchers Find New Candidate Genes for Disease Resistance in Tomato
Beyond Crop Biotech
- PsFAD3 Gene Involved in ALA Accumulation in Tree Peonies
- Researchers Develop CRISPR-Cas9 Editing Techniques for Ralstonia eutropha
- Plant Genomics & Gene Editing Congress: USA
- Randy A. Hautea Memorial Fund
- Report Identifies 5 Breakthoughs to Advance Food & Agricultural Research by 2030
- Food Matters: Food Security and The Future Of Food
- CRISPR-Edited Tomatoes with Reduced Ethylene Production
- Gene Controlling Megaspore Mitosis in Arabidopsis Found
- FZP Controls Sterile Lemma in Rice Grains
- Organizations, Scientific Leaders Send Open Letter to EC President about Plant Genome Editing
Read the latest:
- Biotech Updates (March 29, 2023)
- Genome Editing Supplement (March 22, 2023)
- Gene Drive Supplement (February 22, 2023)
Subscribe to BU: