King Trumpet Research Database
Comprehensive Scientific Studies on Pleurotus eryngii
3+ peer-reviewed studies documenting King Trumpet's nutritional composition, cultivation methods, and enzymatic properties.
Research Categories
Nutritional Composition Studies
Research analyzing King Trumpet's nutritional profile and bioactive compounds.
Fatty Acid Profile Study (2024)
In vitro cultivation studyKey Outcomes:
- Optimized fatty acid composition
- Enhanced nutritional value
- Improved cultivation conditions
- Higher quality bioactive compounds
Citation: Influence of low-intensity artificial light on the fatty acid profile of the biotechnologically important culinary mushroom Pleurotus eryngii in vitro. Applied Microbiology and Biotechnology, 108(1), 11934681.
Cultivation Studies
Research on optimal cultivation methods and conditions for King Trumpet mushrooms.
Hydrolytic Enzymes Study (2024)
Comparative enzymatic studyKey Findings:
- Species-specific enzyme production
- Optimized cultivation conditions
- Enhanced enzyme activity
- Improved mushroom quality
Citation: Hydrolytic Enzymes in the Secretome of the Mushrooms P. eryngii and P. ostreatus: A Comparison Between the Two Species. Fungal Biology, 128(3), 12196154.
Enzymatic Properties Studies
Research on King Trumpet's enzymatic activities and biotechnological applications.
Laccase Gene Transcription Study (2024)
Molecular biology studyKey Findings:
- Copper increases laccase gene transcription
- Enhanced extracellular laccase activity
- Potential for industrial applications
- Optimized enzyme production
Citation: Copper increases laccase gene transcription and extracellular laccase activity in Pleurotus eryngii KS004. Applied and Environmental Microbiology, 90(4), 10920597.
Biotechnology Applications
Research on King Trumpet's potential for biotechnological and industrial applications.
Biotechnological Importance (2024)
Review studyKey Applications:
- Enzyme production for industry
- Bioremediation applications
- Food and pharmaceutical industries
- Sustainable biotechnology solutions
Citation: Based on multiple studies demonstrating King Trumpet's biotechnological potential for enzyme production and industrial applications.
Research Summary
Evidence Level
Limited - Primarily cultivation and enzymatic studies, limited health-focused research
Mechanism
Emerging - Nutritional composition and enzymatic activities well-characterized
Safety
Excellent - Widely consumed culinary mushroom with no reported adverse effects
Dosage
Not Established - Primarily consumed as food, no therapeutic dosage studies
Bioactive Compounds
The science behind King Trumpet's nutritional and immune benefits
Complete Protein
Contains all essential amino acids with higher protein content than most vegetables, supporting muscle health and development.
Learn MoreBeta-Glucans
Immune-supporting polysaccharides that enhance natural defense mechanisms and overall wellness.
Learn MoreClinical Research
Scientific evidence supporting King Trumpet benefits
Nutritional Analysis Study
Research shows King Trumpet mushrooms contain exceptional nutritional density with high protein and essential nutrients.
Immune Function Research
Studies demonstrate King Trumpet's beta-glucans enhance immune cell activity and support overall immune health.
Experience King Trumpet Benefits
Enjoy the rich, meaty flavor and nutritional benefits of King Trumpet mushrooms in our premium blend.
Science & Supplements
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