Podcast
Questions and Answers
What is the primary objective of the separation process in a sample?
What is the primary objective of the separation process in a sample?
- To increase the temperature and pressure of the sample
- To separate solutes from active sites of the sample matrix (correct)
- To facilitate the diffusion of solvent across the sample matrix
- To combine the solutes with the active sites of the sample matrix
What is the outcome of increasing temperature and pressure in the sample matrix?
What is the outcome of increasing temperature and pressure in the sample matrix?
- Faster separation of solutes from active sites (correct)
- Slower diffusion of solvent across the sample matrix
- No significant effect on the sample matrix
- Combination of solutes with active sites
What is the primary role of the solvent in the sample matrix?
What is the primary role of the solvent in the sample matrix?
- To combine the solutes with active sites
- To diffuse across the sample matrix (correct)
- To facilitate the separation of solutes from active sites
- To increase the temperature and pressure of the sample
What is the consequence of diffusion of solvent across the sample matrix?
What is the consequence of diffusion of solvent across the sample matrix?
What is the significance of active sites in the sample matrix?
What is the significance of active sites in the sample matrix?
What is an advantage of the separation process in terms of heating?
What is an advantage of the separation process in terms of heating?
What is a benefit of reduced thermal gradients in the separation process?
What is a benefit of reduced thermal gradients in the separation process?
What is a consequence of reduced equipment size in the separation process?
What is a consequence of reduced equipment size in the separation process?
What is the relationship between the separation process and the extraction of bioactive substances?
What is the relationship between the separation process and the extraction of bioactive substances?
What can be inferred about the extraction of bioactive substances from plant materials?
What can be inferred about the extraction of bioactive substances from plant materials?
What is an advantage of using MAE compared to conventional extraction methods?
What is an advantage of using MAE compared to conventional extraction methods?
What is the result of using MAE for bioactive compound extraction?
What is the result of using MAE for bioactive compound extraction?
How does MAE compare to conventional extraction processes in terms of extraction rate?
How does MAE compare to conventional extraction processes in terms of extraction rate?
What is the effect of MAE on the recovery of bioactive compounds?
What is the effect of MAE on the recovery of bioactive compounds?
What is the benefit of using MAE for bioactive compound extraction?
What is the benefit of using MAE for bioactive compound extraction?
What is the duration of the MAE technique used to extract ginsenosides from ginseng root?
What is the duration of the MAE technique used to extract ginsenosides from ginseng root?
How does the extraction yield of ginsenosides using MAE compare to conventional solvent extraction?
How does the extraction yield of ginsenosides using MAE compare to conventional solvent extraction?
What is the duration of conventional solvent extraction used to extract ginsenosides from ginseng root?
What is the duration of conventional solvent extraction used to extract ginsenosides from ginseng root?
What is the type of compound extracted from ginseng root using MAE technique?
What is the type of compound extracted from ginseng root using MAE technique?
What is the advantage of using MAE technique for ginsenosides extraction?
What is the advantage of using MAE technique for ginsenosides extraction?
What is the comparison of MAE's extraction yield with other extraction methods?
What is the comparison of MAE's extraction yield with other extraction methods?
What is the time required for MAE to achieve a higher extraction yield?
What is the time required for MAE to achieve a higher extraction yield?
What is the advantage of using MAE for polyphenols and caffeine extraction from green tea leaves?
What is the advantage of using MAE for polyphenols and caffeine extraction from green tea leaves?
What is the comparison of MAE's extraction time with other methods?
What is the comparison of MAE's extraction time with other methods?
What is the type of compounds extracted from green tea leaves using MAE?
What is the type of compounds extracted from green tea leaves using MAE?
What is the primary mechanism of heating in microwave-based extraction?
What is the primary mechanism of heating in microwave-based extraction?
What is the outcome of the resistance of the medium to flow ions in the ionic conduction mechanism?
What is the outcome of the resistance of the medium to flow ions in the ionic conduction mechanism?
What is the role of electromagnetic energy in microwave-based extraction?
What is the role of electromagnetic energy in microwave-based extraction?
What is the fundamental principle of microwave heating in extraction techniques?
What is the fundamental principle of microwave heating in extraction techniques?
What is the outcome of dipole rotation in the microwave heating mechanism?
What is the outcome of dipole rotation in the microwave heating mechanism?
What is the role of ionic conduction in microwave-based extraction?
What is the role of ionic conduction in microwave-based extraction?
What is the basis of microwave heating in non-conventional extraction techniques?
What is the basis of microwave heating in non-conventional extraction techniques?
What is the primary mechanism of heat generation in microwave-based extraction?
What is the primary mechanism of heat generation in microwave-based extraction?
What is the primary function of enzymes like cellulase, a-amylase, and pectinase in non-conventional extraction techniques?
What is the primary function of enzymes like cellulase, a-amylase, and pectinase in non-conventional extraction techniques?
What is the underlying principle of the two approaches for enzyme-assisted extraction?
What is the underlying principle of the two approaches for enzyme-assisted extraction?
What is the consequence of not adding specific enzymes like cellulase, a-amylase, and pectinase during extraction?
What is the consequence of not adding specific enzymes like cellulase, a-amylase, and pectinase during extraction?
What is the primary advantage of using enzymes like cellulase, a-amylase, and pectinase in extraction?
What is the primary advantage of using enzymes like cellulase, a-amylase, and pectinase in extraction?
What is the role of structural polysaccharides and lipid bodies in non-conventional extraction techniques?
What is the role of structural polysaccharides and lipid bodies in non-conventional extraction techniques?
What is the primary objective of adding enzymes like cellulase, a-amylase, and pectinase during extraction?
What is the primary objective of adding enzymes like cellulase, a-amylase, and pectinase during extraction?
