Ingenol CAS 30220-46-3: A Potent Diterpenoid for Biochemical Research and Potential Applications
Discover the power of Ingenol, a natural diterpenoid with significant applications in biochemical research and beyond.
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Ingenol
Ingenol (CAS 30220-46-3) is a structurally complex diterpenoid derived from the milkweed plant Euphorbia. It is recognized for its potent activation of Protein Kinase C (PKC) and its role in various cellular signaling pathways, making it a key compound for biochemical and molecular research. While some ingenol esters are known for tumor-promoting activities, Ingenol and its derivatives, like ingenol mebutate, have demonstrated anti-tumor properties, particularly in topical applications for actinic keratosis.
- Explore Ingenol's role as a potent Protein Kinase C activator in understanding cellular signaling.
- Investigate the potential anti-tumor activity of Ingenol in dermatological and biochemical research.
- Discover the applications of this natural product compound derived from Euphorbia species.
- Leverage Ingenol's unique diterpenoid structure for advancements in natural product synthesis and drug discovery.
Advantages of Ingenol
Research Versatility
Ingenol serves as a valuable tool for biochemical research, enabling scientists to explore intricate cellular mechanisms and signal transduction pathways through its function as a protein kinase C activator.
Natural Origin and Potency
Sourced from nature, Ingenol is a potent diterpenoid with a well-defined chemical structure (CAS 30220-46-3), offering high purity for reliable experimental results in various studies.
Therapeutic Potential Insights
Studies suggest therapeutic possibilities for Ingenol, particularly in dermatology, where derivatives are used for conditions like actinic keratosis, highlighting its broader applications beyond basic research.
Key Applications
Biochemical Research
Utilize Ingenol as a key reagent to study signal transduction, enzyme activity, and cellular responses, furthering our understanding of biological processes.
Dermatological Studies
Ingenol and its derivatives are explored for their efficacy in topical treatments, particularly for skin conditions like actinic keratosis.
Health Products Development
The bioactive properties of this plant extract are being investigated for potential applications in health and wellness products.
Cosmetics Research
Explore the potential of this natural compound in cosmetic formulations, leveraging its unique properties for skincare research.