“…Raman spectroscopy can determine the content of different chemical groups in biological tissues using the peak positions and peak intensity values, which meet the above requirements. 31–33…”
Section: Introductionmentioning
confidence: 99%
“…Raman spectroscopy can determine the content of different chemical groups in biological tissues using the peak positions and peak intensity values, which meet the above requirements. [31][32][33] In this study, the objective was to provide a new method for spore purication during the coexistence of the spores and vegetative cells, which is based on a "stepped" magnetic ow device combined with an antibiotic affinity strategy for directly purifying spores. The "stepped" internal structure increased the contact area and collision probability between the sample and the magnetic site, which could be used for spore purication in complex microbiological samples without blockage.…”
A novel method based on Van-Fe3O4 to selectively capture vegetative cells is used to obtain high-purity spores, and the “stepped” magnetic flow device increases the contact area and its external magnetic field to remove vegetative cells.
“…Raman spectroscopy can determine the content of different chemical groups in biological tissues using the peak positions and peak intensity values, which meet the above requirements. 31–33…”
Section: Introductionmentioning
confidence: 99%
“…Raman spectroscopy can determine the content of different chemical groups in biological tissues using the peak positions and peak intensity values, which meet the above requirements. [31][32][33] In this study, the objective was to provide a new method for spore purication during the coexistence of the spores and vegetative cells, which is based on a "stepped" magnetic ow device combined with an antibiotic affinity strategy for directly purifying spores. The "stepped" internal structure increased the contact area and collision probability between the sample and the magnetic site, which could be used for spore purication in complex microbiological samples without blockage.…”
A novel method based on Van-Fe3O4 to selectively capture vegetative cells is used to obtain high-purity spores, and the “stepped” magnetic flow device increases the contact area and its external magnetic field to remove vegetative cells.
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