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1. Thesis
Characterization of RIC-3, a Chaperone Protein of Neuronal Receptors, with Emerging Implications for Brain Disorder (S) Using CRISPR/Cas9 Editing in a Cellular Model by
Material type: Text Text; Format: print
Language: English
Publication details: Delhi University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics 2022
Availability: Items available for reference: Arts Library: Not for loan (1).

2. Thesis
Deciphering the Mechanistic in- Depths of the Insulin Signalling Ppthway and Exploring the therapeutic Interventions to Mitigate Human Polyglutamine Disorders in Drosophila by
Material type: Text Text; Format: print
Language: English
Publication details: Delhi University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics 2023
Availability: Items available for reference: Arts Library: Not for loan (1).

3. Thesis
Evaluation of RNA Interference (RNAi) - Based Strategies Targeting Sclerotinia Sclerotiorum by
Material type: Text Text; Format: print
Language: English
Publication details: Delhi University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics 2023
Availability: Items available for reference: Arts Library: Not for loan (1).

4. Thesis
Host Rnai- Mediated Silencing of Chitin Synthase Gene of Maruca Vitrata for Insect Resistance in Cowpea (Vigna Unguiculata) by
Material type: Text Text; Format: print
Language: English
Publication details: Delhi University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics 2022
Availability: Items available for reference: Arts Library: Not for loan (1).

5. Thesis
Lead Molecule Development Directed by Synovial Biology for rheumatoid Arthritis Using Fragment Quantum Mechanical Approach by
Material type: Text Text; Format: print
Language: English
Publication details: Delhi University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics 2022
Availability: Items available for reference: Arts Library: Not for loan (1).

6. Thesis
RNAi-Mediated Silencing of DISI and PARP Genes for Engineering Drought and Heat Stress Tolerance in Soybean (Glycine max) by
Material type: Text Text; Format: print
Language: English
Publication details: Delhi University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics 2022
Availability: Items available for reference: Arts Library: Not for loan (1).