JNU Bioinformatics, Life & Biological Sciences Project Job – Applications Invited

JNU Bioinformatics, Life & Biological Sciences Project Job – Applications Invited

JNU Bioinformatics, Life & Biological Sciences Project Job – Applications Invited. Project Assistant Job at JNU (Jawaharlal Nehru University) For M.Sc in life sciences / Bioinformatics / or any biological sciences Candidates. interested applicants can check out the details below and apply online

This job expires in

School of Life Science
Jawaharlal Nehru University (JNU)
New Delhi-110067

Ref. No.: JNU/SLS/SGN/ICMR/1503/Adv./PA/22-23

Applications are invited for a Project Assistant post in ICMR sponsored project titled “Structural studies and inhibitor development for reverse trans-sulfuration pathway enzymes in Mycobacterium tuberculosis”.

Job title: Project Assistant

Project Assistant: One

Age: NA

Project Title: “Structural studies and inhibitor development for reverse trans-sulfuration pathway enzymes in Mycobacterium tuberculosis”.

Tenure: The position is purely temporary for one year and may be extended until the end of project based on satisfactory performance.

How to Apply:

Shortlisted candidates will be called for interview by email. Please note there will be NO TA/DA for attending the same.

Potential candidates are invited to apply with their CV to the under-mentioned by 31st July 2023 by email to [email protected].

Prof. S. Gourinath
Lab. No. 417/430
School of Life Sciences

Qualification: M.Sc in life sciences / Bioinformatics / or any biological sciences.

View Notification

Project Assistant Job at JNU For M.Sc Candidates. Here are Possible interview questions and answers:

1. Question: Can you provide an overview of your educational background and how it relates to the requirements of this Project Assistant position? Answer: I have completed my M.Sc in life sciences, which has provided me with a strong foundation in biological sciences. Additionally, I have specialized knowledge in bioinformatics, which is directly relevant to the research focus of the project. My educational background has equipped me with the necessary skills and understanding to contribute effectively to the structural studies and inhibitor development for reverse trans-sulfuration pathway enzymes in Mycobacterium tuberculosis.
2. Question: Have you gained any experience in in-silico screening, simulations, or inhibitor optimization? Could you provide an example of your work in this area? Answer: Yes, I have gained practical experience in in-silico screening, simulations, and inhibitor optimization techniques during my academic and research endeavours. For example, I worked on a research project where I utilized molecular docking software to perform virtual screening of potential drug candidates against a specific target. I also conducted molecular dynamics simulations to analyze the stability and interactions of protein-ligand complexes. These experiences have honed my skills in the application of computational methods for drug discovery and optimization.
3. 3. Question: Do you have any publications in the related area of structural studies and inhibitor development? If so, could you briefly describe your published work? Answer: Yes, I am proud to have one publication in the field of structural studies and inhibitor development. The publication focused on the computational identification of potential inhibitors for a specific enzyme involved in a key pathway of a bacterial pathogen. In the study, we employed a combination of virtual screening and molecular dynamics simulations to prioritize lead compounds with favourable binding properties and explore their binding mechanisms. The findings of our research were published in a reputable scientific journal, highlighting our contribution to the field.
4. Question: How would you approach contributing to the project’s objectives of studying the reverse trans-sulfuration pathway enzymes in Mycobacterium tuberculosis? Answer: To contribute effectively to the project, I would begin by thoroughly understanding the research objectives and literature related to the reverse trans-sulfuration pathway enzymes in Mycobacterium tuberculosis. I would then apply my expertise in in-silico screening and simulations to perform molecular modelling studies on the target enzymes. This would involve conducting virtual screening of potential inhibitors, analyzing protein-ligand interactions through molecular dynamics simulations, and optimizing lead compounds to enhance their binding affinities. By utilizing these computational approaches, I aim to contribute valuable insights and potential inhibitor candidates for further experimental validation.
5. Question: How would you handle the temporary nature of the position and the possibility of the project’s extension based on performance? Answer: I am fully aware that the Project Assistant position is temporary and contingent upon satisfactory performance. I am highly motivated to make the most of this opportunity by demonstrating my dedication, commitment, and proficiency in executing the assigned tasks. I believe in maintaining open and transparent communication with the project supervisor and team members to ensure clarity regarding project goals and expectations. By consistently delivering high-quality work and actively contributing to the research outcomes, I aim to secure an extension of the position based on the positive evaluation of my performance.

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