Metabolite back conversion [Bioanalytics]
Dear Samar Sameh,
I have no experience with sulfoxide. N-oxides are known for in-source dissociation. My understanding is that source temperature is an important factor. However if the metabolite is chromatographically separated from the parent, in-source dissociation should not create any problem.
If you are dealing with 2 metabolites and are finding potential issues, I would suggest to study the two separately in order to facilitate troubleshooting.
❝ We are dealing with 2 metabolites both on the +ve ionization mode; the N-oxide (potency=96.8%) and sulfoxide (potency=99.9%)
I have no experience with sulfoxide. N-oxides are known for in-source dissociation. My understanding is that source temperature is an important factor. However if the metabolite is chromatographically separated from the parent, in-source dissociation should not create any problem.
If you are dealing with 2 metabolites and are finding potential issues, I would suggest to study the two separately in order to facilitate troubleshooting.
—
Regards
Ohlbe
Regards
Ohlbe
Complete thread:
- Metabolite back conversion samar sameh 2017-07-16 07:47
- Metabolite back conversion Ohlbe 2017-07-17 10:24
- Metabolite back conversion samar sameh 2017-07-18 13:29
- Metabolite back conversionOhlbe 2017-07-18 16:29
- Metabolite back conversion samar sameh 2017-07-18 13:29
- Metabolite back conversion Ohlbe 2017-07-17 10:24