Sporopollenin Lycopodium consists of natural biological microparticles derived from the highly resistant outer coat, or exine, of Lycopodium spores. The particle size of Lycopodium sporopollenin is approximately 28 µm.
Sporopollenin is valued for its chemical, physical, and biological stability. The preserved spore coat structure provides a naturally macroporous surface that may be evaluated as a support material in solid phase synthesis, chromatography, catalyst support, and biomolecule attachment research.
Polysciences’ technical data sheet describes sporopollenin and functionalized sporopollenins as yellow-brown, free-flowing solids. Researchers should optimize use conditions for their specific application.
Key Properties
- Natural biological microparticles from Lycopodium sporopollenin
- Product Number: 16867
- Size: 1 g
- Approximate particle size: 28 µm
- Material type: Sporopollenin microparticles
- Product form: Solid
- Appearance: Yellow-brown, free-flowing solid
- Highly resistant outer spore coat structure
- Macroporous surface structure suitable for research support applications
- Storage: Room temperature
Applications
Solid Phase Peptide Synthesis Research
Functionalized sporopollenin has been evaluated as a support medium for solid phase peptide synthesis. Suitable functional groups may be introduced to support peptide synthesis workflows.
Chromatography & Ion Exchange Research
Functionalized sporopollenins may be evaluated as ion-exchange materials and chromatographic media where stable, macroporous support particles are required.
Catalyst Support Research
Sporopollenin may be used as a highly insoluble support for catalyst-related research and development.
Affinity & Biomolecule Attachment Studies
Sporopollenin derivatives may be evaluated for attachment of enzymes, enzyme substrates, antibodies, or other affinity groups in research workflows.
Natural Particle Support Studies
The preserved spore coat morphology and natural surface structure make Sporopollenin Lycopodium useful for studies involving stable biological microparticles and functionalized support materials.
Structure & Compatibility Considerations
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Particle origin: Outer exine coat of Lycopodium spores
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Particle size: Approximately 28 µm
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Surface structure: Macroporous biological particle surface
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Functionalization potential: May be chemically modified for peptide synthesis, chromatography, catalyst support, or affinity applications
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Application fit: Performance depends on the intended functionalization chemistry, solvent system, particle loading, flow conditions, and target workflow
Optimize particle preparation, functionalization, loading, and washing conditions for the specific research application.
Preparation Tips
- Review the technical data sheet before selecting the intended functionalization or support workflow.
- Optimize particle loading, solvent exposure, and washing conditions for the specific application.
- When using functionalized sporopollenin, confirm compatibility with the intended coupling chemistry and downstream assay conditions.
- Evaluate particle flow, binding performance, and washing efficiency under target method conditions.
- Document solvent system, functionalization chemistry, particle amount, reaction conditions, and wash steps for reproducible results.
Handling & Storage
- Store at room temperature.
- Keep container tightly closed when not in use.
- Protect from contamination and unnecessary moisture exposure.
- Avoid excessive exposure to strong oxidizing agents.
- Use gloves, safety glasses, and standard laboratory handling practices.
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Frequently Asked Questions
1. What is Sporopollenin Lycopodium?
Sporopollenin Lycopodium is a natural biological microparticle material derived from the resistant outer exine coat of Lycopodium spores.
2. What is the particle size of Sporopollenin Lycopodium?
The particle size of Lycopodium sporopollenin is approximately 28 µm.
3. What is Sporopollenin Lycopodium used for?
Sporopollenin Lycopodium may be evaluated as a stable natural particle support for solid phase peptide synthesis, chromatography, ion exchange research, catalyst support, and biomolecule attachment studies.
4. Can sporopollenin be functionalized?
Yes. The technical data sheet describes functionalized sporopollenins for peptide synthesis, chromatography, catalyst support, and affinity-related research applications.
5. What are the handling and storage recommendations?
Store at room temperature, keep the container tightly closed, and use gloves, safety glasses, and standard laboratory practices. Avoid excessive exposure to strong oxidizing agents.
6. Is this product for diagnostic or human use?
No. This product is for research use only and is not intended for use in humans or for in vitro diagnostic use.
Safety & Documentation
Handle with gloves, safety glasses, appropriate PPE, and standard laboratory practices. Refer to the Safety Data Sheet (SDS), Technical Data Sheet, and Certificate of Analysis for handling, storage, safety, and lot-specific guidance.
