You can use GC-MS technology and chromatographic analysis to study plant extracts obtained through ultrasound-assisted extraction. Here's a brief overview:
GC-MS Technology
Applications:
Volatile and Semi-Volatile Compounds: Ideal for analyzing plant extracts' essential oils, terpenes, and other aromatic compounds.
Procedure:
Sample Preparation: After ultrasound-assisted extraction, filter the extract to remove any particulate matter.
Injection: Inject a small volume of the prepared extract into the GC-MS system.
Separation: Compounds are separated in the gas chromatography column based on their volatility.
Detection: The mass spectrometer detects and identifies compounds based on their mass-to-charge ratio, providing detailed qualitative and quantitative data.
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GC-MS Technology
Applications:
Volatile and Semi-Volatile Compounds: Ideal for analyzing plant extracts' essential oils, terpenes, and other aromatic compounds.
Procedure:
Sample Preparation: After ultrasound-assisted extraction, filter the extract to remove any particulate matter.
Injection: Inject a small volume of the prepared extract into the GC-MS system.
Separation: Compounds are separated in the gas chromatography column based on their volatility.
Detection: The mass spectrometer detects and identifies compounds based on their mass-to-charge ratio, providing detailed qualitative and quantitative data.