PREETI PRIYADARSHINI

• Highly motivated M.Phil. Biotechnology student seeking a challenging position in a dynamic environment that allows me to utilize my knowledge and acquire new skills. I aim to contribute my expertise as a biotechnologist specialist to a respected company or lab, utilizing my educational qualifications for the benefit of the organization.
• Innovative Biotechnology student with solid foundation in plant stress physiology, molecular biology, genetic engineering, and immunology. Possess hands-on lab experience and deep understanding of biotech research methods. Strong analytical abilities and problem-solving skills to make meaningful contributions in the field of biotechnology. Has made impactful contributions to group projects by improving experimental procedures resulting in more efficient results.

Preeti Priyadarshini

Father’s Name: Prafulla Kumar Guru

Mother’s Name: Manorama Das

DOB: 25-04-1999

Gender: Female

Marital status: Unmarried

Nationality: Indian

Address: , At- Badakainchi (guru sahi) Po- Madhuban hat Dist- Jajpur Odisha PIN-755009

• During my M.Phil. in Biotechnology, I undertook an extensive research project focused on Molecular Biology and Plant Stress Biology, with a specific emphasis on betel leaf (Piper betle). The project aimed to investigate the stress physiology of betel leaf under various environmental conditions and its response at the molecular level.
• Key Objectives: Characterizing Stress Responses: I studied the responses of betel leaf plants to different stressors such as drought, salinity, and temperature variations. The project involved identifying physiological changes and adaptations in the plants under stress. Molecular Profiling: Utilizing molecular biology techniques.
• The project involved intensive laboratory work, data analysis, and scientific documentation. It further honed my skills in molecular biology techniques, stress physiology analysis, and research methodologies. Overall, the project provided me with a profound appreciation for the complexities of plant-microbe interactions and the potential to apply this knowledge to address real-world challenges in agriculture and environmental sustainability.