APA
Sandhu Gurvisha Au.; Burma P.K. Gu.; Thelma B.K. Gu, University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics, . (2022). Lead Molecule Development Directed by Synovial Biology for rheumatoid Arthritis Using Fragment Quantum Mechanical Approach. : .
Chicago
Sandhu Gurvisha Au.; Burma P.K. Gu.; Thelma B.K. Gu, University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics, . 2022. Lead Molecule Development Directed by Synovial Biology for rheumatoid Arthritis Using Fragment Quantum Mechanical Approach. : .
Harvard
Sandhu Gurvisha Au.; Burma P.K. Gu.; Thelma B.K. Gu, University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics, . (2022). Lead Molecule Development Directed by Synovial Biology for rheumatoid Arthritis Using Fragment Quantum Mechanical Approach. : .
MLA
Sandhu Gurvisha Au.; Burma P.K. Gu.; Thelma B.K. Gu, University of Delhi. Faculty of Inter- Disciplinary & Applied Science. Deptt. of Genetics, . Lead Molecule Development Directed by Synovial Biology for rheumatoid Arthritis Using Fragment Quantum Mechanical Approach. : . 2022.