Dabur Pharma Research Job - Research Scientist New Vacancy

Dabur Pharma Research Job – Latest M.Pharm for Research Scientist, Interested and eligible candidates check out all the details given for the same below

Job Position: Research Scientist- DMPK-Bioanalysis

Job Location: Ghaziabad

Experience:  2-4 years

Educational Qualification: M.Pharm (Pharmaceutical Analysis)

About Company for M.Pharm for Research Scientist : 

Dabur Research Foundation is expanding its DMPK team. We are looking to recruit Research Scientist- DMPK-Bioanalysis, Department: Drug Metabolism and Pharmacokinetics-Bioanalytical. Dabur Research is hiring for multiple positions. We are a fast-growing, global contract research organization headquartered in Ghaziabad.

Job Profile for Dabur Pharma Research Job – Research Scientist Post :  

  • Handling and operating UHPLC-MS/MS for compound tuning, method development and troubleshooting skills.
  • Conduct bioanalysis with various biological matrices using UHPLC-MS/MS, UHPLC-UV techniques
  • Selection of columns, buffers, and reagents for chromatographic separation.
  • Preparation of samples using LLE, SPE and precipitation along with immunoassays. ·
  • Preparation of stock solutions, sample solutions, buffers and required reagents
  • Preparation of study plans/protocols, reports, and pharmacokinetic parameters.
  • Preparation and representing the Form B for IAEC approval
  • Compound management and following standards of GLP.
  • Documenting the laboratory notebooks as Scientist.
  • Following safety, health, and environment protocols always at the workplace.
  • Proficiency in spoken and written English with good communication skills would be desirable.

How To Apply?

Only Eligible candidates can Send updated CV to  [email protected] quoting reference no. DRF/Recruit/DM

Possible interview questions may be asked for Dabur Pharma Research Job

1. Can you describe your experience with UHPLC-MS/MS, including method development, compound tuning, and troubleshooting for Scientist?

Answer: “I have hands-on experience with UHPLC-MS/MS, including method development, compound tuning, and troubleshooting. In my previous role, I successfully developed analytical methods for various compounds using UHPLC-MS/MS. This involved optimizing parameters for compound separation and detection. I also efficiently handled troubleshooting by identifying and resolving issues related to instrumentation or methodology.”

2. How do you select the appropriate columns, buffers, and reagents for chromatographic separation in bioanalysis?

 Answer: “Selecting the right columns, buffers, and reagents for chromatographic separation is critical in bioanalysis. I base my selection on the physicochemical properties of the compounds being analyzed. This ensures optimal separation and detection. I also consider factors such as column chemistry, pH, and the compatibility of buffers with mass spectrometry detection.”

3. Could you provide an example of a bioanalysis project you’ve worked on, including the techniques and instruments used?

Answer: “Certainly. In a recent bioanalysis project, I was tasked with quantifying a drug candidate in plasma samples. I used UHPLC-MS/MS for the analysis. I developed a robust method, prepared sample solutions using liquid-liquid extraction (LLE), and validated the method according to regulatory guidelines. This project resulted in accurate pharmacokinetic data used for further drug development.”

4. How do you ensure compliance with GLP (Good Laboratory Practices) standards in your work as Scientist ?

Answer: “Compliance with GLP standards is fundamental in our field. I strictly adhere to GLP guidelines by maintaining comprehensive records, following standard operating procedures, and ensuring proper documentation of all experimental procedures and results. I also undergo regular training to stay updated with the latest GLP requirements.”

5. Can you share your approach to maintaining safety, health, and environmental protocols in a laboratory setting as Scientist ?

Answer: “Safety, health, and environmental protocols are paramount in a laboratory. I prioritize these aspects by consistently wearing appropriate personal protective equipment, properly disposing of hazardous waste, and adhering to safety guidelines while handling chemicals and instruments. I actively participate in safety training sessions and promote a culture of safety within the team.


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