Shirin Moradi. PhD
Shirin Moradi is a plant researcher at Ljusgårda, working with plant factories, vegetable breeding, and controlled cultivation systems. Her research focuses on how environmental parameters — particularly light — influence plant growth, development stages, and physiological performance in controlled environments. Her work combines academic research in horticultural plant breeding with applied experience in vertical farming and plant factory systems.
About This Author
Shirin holds a PhD and MSc in Horticultural Plant Breeding from the University of Tehran. Her doctoral research investigated the effects of light on saffron growth and molecular aspects of plant development.
During her PhD, she completed a visiting research fellowship at the University of Copenhagen, where she worked on saffron polyploidy and molecular biology.
Her academic training includes work with:
- Plant factory cultivation systems
- Vertical farming in controlled conditions
- Light spectrum modulation and plant response
- Gene expression analysis
- Tissue culture and micropropagation
- Biotechnological approaches to plant breeding
Research Focus
Shirin’s research has included:
- Light-driven modulation of plant development
- Saffron cultivation in artificial light environments
- Somatic embryogenesis in orchids
- Polyploidy research
- Micropropagation and plant biotechnology
Her work bridges plant physiology, environmental control systems, and applied cultivation research.
Professional Role at Ljusgårda
At Supernormal Greens, Shirin works within plant factory systems and controlled cultivation environments. Her focus is on understanding how cultivation parameters affect plant performance across different growth stages.
This perspective supports Supernormal Greens’ broader emphasis on plant-level consistency, controlled production systems, and research-aligned botanical development.
Selected Publications & Research Contributions
- Blue Light Improves Photosynthetic Performance and Biomass Partitioning toward Harvestable Organs in Saffron (Crocus sativus L.)
- Light spectrum modulation of corm development and starch biosynthesis in saffron (Crocus sativus L.)
- Advancements in Saffron Cultivation: Soilless Farming Techniques and IoT Integration
Research Collaboration
For collaboration inquiries related to plant factories, controlled cultivation systems, and plant development research, please contact Supernormal Greens.
Shirin Moradi. PhD
Cynara cardunculus in Wound Dressing Films: Lab Data
Cynara cardunculus extract (containing cynaropicrin) was integrated into chitosan wound dressing films. This study examined physical properties, cytotoxicity on fibroblasts, and IL-6 reduction in LPS-stimulated cells.
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Artemisia annua Nanofibers for Advanced Wound Care
Discover how researchers engineered Artemisia annua extract into electrospun gelatin nanofibers, creating a sustained-release wound dressing with antibacterial properties and promising fibroblast compatibility.
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Artemisia annua for Joint Health: What Lab Studies Show
Artemisia annua shows anti-inflammatory and analgesic properties in preliminary arthritis research. This review examines the evidence, limitations, and implications for botanical ingredient professionals.