What are x-rays? How they can be generated? Derive Bragg's equation and enlist the applications of x-ray diffraction.
[6 marks]Define and explain Radio Immuno Assay in detail.
[5 marks]Write a short note on Nephelometry and Turbidimetry.
[5 marks]Define validation. Enlist validation parameters and explain each in brief.
[6 marks]What is IPR? Give some account on steps for filling patent.
[5 marks]Write a short note on Raman Spectroscopy.
[5 marks]Explain basic principle, theory and applications of ion exchange and size exclusion chromatography.
[6 marks]Enlist the similarities and differences between HPLC & HPTLC.
[5 marks]Write a short note on ELISA.
[5 marks]Discuss theory and principle of GC. Draw the instrumental diagram and explain the detectors used for GC.
[6 marks]Explain basic principle, theory and applications of Super Critical Fluid Chromatography.
[5 marks]Write a short note on ISO 9001:2000.
[5 marks]Define radioactive compound. Explain isotopes dilution analysis and liquid scintillation system.
[6 marks]Discuss in brief GATT and TRIPS.
[5 marks]Write a short note on GLP. Q. 6 (a) Explain the theory and principle of HPLC. Discuss in detail the instrumentation of HPLC with diagram.
[6 marks]Discuss different mobile and stationary phases for GC.
[5 marks]Enlist the applications of partition and adsorption chromatography.
[5 marks]Write a short note on mobile and stationary phases for normal and reversed phase HPLC. Enlist the applications of HPLC.
[6 marks]Give the overview of LC-MS and LC-MS/MS.
[5 marks]Explain the interaction of nuclear radiation with matter. What are the units of radio activity? How radio activity can be measured?
[5 marks]