Interested to Buy Any Domain ? << Click Here >> for more details...
HPLC Calibration was done in Reverse Phase, but not in
normal phase why explain?
- 11 Answers
- 33599 Views
- Cipla, Orchid, I also Faced
- E-Mail Answers
Answer Posted / prabhakaran.g.s
Reverse phase and Normal phase classification is based on
the mobile phase and stationary phase (column).But we're
calibrating the HPLC for PUMP,COLUMN OVEN,AUTOINJECTOR and
DETECTOR etc.So we can perform the calibration for HPLC
with Normal phase also.But the ease availability of column
and mobile phase of Reversed phase, it is widely use for
the HPLC calibration.
| Is This Answer Correct ? | 96 Yes | 7 No |
Post New Answer View All Answers
What is gelatinization?
Which are the diffrent grades of api in pharma?
What are modes of quantification in related substances
using gradient pressure in gas chromatography are not ?using gradient pressure why
What is dose dumping? why require to do?
Many times I don't got a caffeine peak in calibration of hplc using guard column ❓
How can we calculate "confidence interval" in analytical method validation? Pl. explain with example.
In which situation we require to analytical method validation of excipient?
What is the difference between purge septum flow and column flow in gas chromatography?
why should we perform dissolution PVT calibration only by UV spectrometer, not by HPLC ?
What is the requirement for brazil in the analytical method vslidation comparr to ich?
if your product is soluble in 0.1n hcl and water then which you choose as media from these 2 media?
what you do when compound having dwel wavelength?
how to set sample and standard concentration in RS method?
In BP2013, Loperamid HCl monograph. Assay by titration with 0.1N sodium hydroxide using hydrocloric acid 0.01N and reading the volume added between the 2 points of inflexion. I have a question that if the diluent solvent is ethanol is certainly consumed a amount of volume of titrant, so this volume must be eliminated on the result calculation or not apart from first point which is subtracted above.
