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Common Derivatization Reagent Selection
Product Manager：Nick Wilde
Derivatization is a technique that utilizes chemical reactions to transform compounds into structurally similar substances. Through specific derivatization reactions, properties of the target compound such as solubility, boiling point, melting point, aggregation state, or chemical behavior can be altered. This transformation makes substances that are originally difficult to analyze become easier to quantify or separate.
This technology is widely applied in fields such as medicine, pharmaceuticals, and food science. In simple terms, derivatization reagents help researchers convert samples that cannot be directly analyzed into analyzable compounds through chemical reactions. Aladdin Scientific offers a diverse range of derivatization reagents, including: Alkylation reagents, Silylation reagents, Acylation reagents, Fluorescence derivatization reagents, Ultraviolet (UV) derivatization reagents, Benzoyl chloride-based reagents, Hydroxyl group derivatization reagents, Chiral derivatization reagents, Amino group derivatization reagents and so on.
Advantages of Choosing Derivatization Technology:
Improved Chromatographic Separation: Enhances volatility, reduces intermolecular hydrogen bonding, and aids in separating structurally similar compounds.
Optimized Mass Spectrometry Detection: Generates higher-quality characteristic fragment ions, improves signal-to-noise ratio (S/N), increases molecular ion abundance, thereby enhancing detection sensitivity.
Enhanced Compound Thermal Stability: Reduces thermal degradation, allowing the use of higher temperatures for faster analysis.
Increased Instrument and Laboratory Efficiency: Reduces the need for repeat injections and experiments caused by peak tailing; simplifies sample identification and quantification; high-quality derivatization reagents produce inert byproducts that do not affect capillary column performance.
Aladdin Scientific is committed to providing high-quality chemical reagents and technical support for scientific researchers.
Functional Group | Procedure | Reagent | Derivative | Notes |
Amides | Silylation | TMS Amides | Difficult to form due to steric hindrance | |
|
| TMS Amides |
| |
|
| TMS Amides | TMCS used as a catalyst | |
|
| TMS Amides | Reaction byproducts more volatile | |
|
| TMS Amides | TMCS used as a catalyst | |
|
| TBDMS Amides | Difficult to form; very stable | |
|
| TBDMS Amides | TBDMCS aids derivatization | |
| Acylation | Trifluoroacetamides |
| |
|
| Trifluoroacetamides |
| |
|
| Pentafluoropropionamides | Good for ECD detection | |
|
| Heptafluorobutyamides |
| |
| Alkylation | Methyl Amides |
| |
Amines | Silylation | TMS |
| |
|
| TMS |
| |
|
| TMS | TMCS used as a catalyst | |
|
| TMS | Reaction byproducts more volatile | |
|
| TMS | TMCS used as a catalyst | |
|
| TBDMS Amides | Difficult to form, but more stable | |
|
| TBDMS Amides | TBDMCS aids derivatization | |
| Acylation | Trifluoroacetamides | Good for trace analysis with ECD | |
|
| Trifluoroacetamides | Good for trace analysis with ECD | |
|
| Trifluoroacetamides | Good for trace analysis with ECD | |
|
| Pentafluoropropionamides |
| |
|
| PFPI | Pentafluoropropionamides |
|
|
| Heptafluorobutyamides |
| |
|
| Heptafluorobutyamides |
| |
| Alkylation | Methyl Amides | On-column derivatization for specific drugs | |
Amino Acids | Silylation | TMS |
| |
|
| TMS |
| |
| Acylation | Heptafluorobenzyl Ethers |
| |
| Alkylation | Methyl Esters |
| |
Carbohhydrates | Silylation | TMS |
| |
|
| TMS |
| |
| Acylation | Trifluoroacetates | Volatile derivatives of mono-, di and trisaccharides | |
|
| Trifluoroacetates | Volatile derivatives of mono-, di and trisaccharides | |
Hydroxyl-OH | Silylation | TMS |
| |
|
| TMS | Good thermal stability | |
|
| TMS | Poor hydrolytic stability | |
|
| TMS | Weak donor usually used with TMCS | |
|
| TMS |
| |
|
| TMS |
| |
|
| TMS | Weak derivatization ability, usually mixed with other silanization reagents for use | |
|
| TMS | The derivatization ability is very strong and can react with hydroxyl groups at any position | |
|
| TMBDMS |
| |
|
| TMBDMS |
| |
| Acylation | Trifluoroacetates | Good for trace analysis with ECD | |
|
| Trifluoroacetates | Good for trace analysis with ECD | |
|
| Trifluoroacetates | Good for trace analysis with ECD | |
|
| Pentafluoropropionates | Good for trace analysis with ECD | |
|
| Heptafluorobenzyl Ethers | Good for trace analysis with ECD | |
|
| Heptafluorobenzyl Ethers | Good for trace analysis with ECD | |
| Alkylation | Pentafluorobenzyl Ethers |
| |
Carboxyl | Silylation | TMS | Easily formed, generally not stable, analyze quickly | |
|
| TMS |
| |
|
| TMS |
| |
|
| TMS |
| |
|
| TMS | Can be used with some salts | |
|
| TMS |
| |
|
| TMBDMS | More stable than TMS derivatives | |
|
| TMBDMS | TBDMCS aids derivatization | |
| Alkylation | Pentafluorobenzyl Esters | Used in EC detection & UV, MS | |
|
| Methyl Esters | Best for large samples of fatty acids | |
|
| Methyl Esters | Good for fatty acids and amino acids | |
|
| Methyl Esters | On-column derivatization for specific drugs | |
|
| PFAA+Pentafluoropropanol | Pentafluoropropyl Ester |
|
Inorganic Anions | Silylation | TMS |
| |
|
| TMBDMS |
Appendix:
Abbr | Product Name |
PFPI | Pentafluoropropionyl imidazole |
Aladdin Scientific: www.aladdinsci.com
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