APURVA MASIREDDY

I am an inquisitive pharmacy student with a deep interest in scientific discovery, healthcare innovation, and real-world impact. With growing exposure to pharmacological research, natural therapeutics, and interdisciplinary collaboration, often drawn to roles that challenge conventional paths and offer dynamic, cross-cultural learning. Experience spanning project execution, academic authorship, and public speaking have nurtured both critical thinking and creative expression. Finds particular motivation in environments where empathy meets technology, and where bold ideas are encouraged to shape meaningful healthcare solutions.

• The review article on 'Lawsonia inermis' was selected as a book chapter in Academic Decipher, 05/24
• The review article on "Crospovidone" was selected as a book chapter in Academic Decipher, 02/25
• The review article on "Isopropyl myristate" was selected as a book chapter in Academic Decipher, 02/25

• Enrolled in 'Health Informatics Specialization' course by Johns Hopkins University on Coursera, 05/25
• Certified with lean six sigma yellow belt, Binghamton University, 05/23
• Completed my certification in the Fundamentals of Research (MAJOR) course, Swayam, 05/24
• Certified in medical coding, Telangana Academy for Skill and Knowledge.
• Completed my certification on Employability skills program conducted by Mahindra pride classroom.

• Project Title: Synthesis of Paracetamol-Embedded (1,2,3)-

Triazole Derivatives and Evaluation of Their Analgesic and

Anti-Tuberculosis Activity

Institution: Vishnu Institute of Pharmaceutical Research,

Hyderabad, Telangana, India

Mentor: Dr. K. Ramanjaneyulu

Abstract: The present study involves the synthesis of novel

paracetamol-embedded 1,2,3-triazole derivatives using a

click chemistry and molecular hybridization approach. The

primary objective was to enhance the pharmacological

potential of paracetamol by integrating the bioactive 1,2,3-

triazole moiety, known for its broad therapeutic significance.

The synthesized compounds were structurally characterized

using IR, ¹H NMR, ¹³C NMR, and mass spectrometry. In vitro

screening was conducted to evaluate the anti-tubercular

activity of these derivatives using Enoyl-ACP reductase (InhA,

PDB ID: 4TZK) as the molecular target in docking studies.

Several synthesized compounds demonstrated favorable

binding affinities and promising activity profiles, suggesting

their potential as lead candidates for further development in

anti-tuberculosis therapy

• Participated in MUN as a delegate of Paraguay.
• Participated in next intake fest 2024 collaborated with Lehigh University, USA.
• Volunteered at a 2-day international conference.
• Participated as delegate in the pre-conference scientific session on infection prevention and control in oncology practice.
• Participated in medical camp.
• Participated in the District Level Neighborhood Youth Parliament- 2024 held at JNTUH.
• Participated in IP Awareness Training program under National Intellectual Property Awareness Mission, 04/29/25

• Sports Secretary
• NSS Volunteer
• Medical Camp Organizer
• Conference volunteer

• Reading Novels
• Basketball
• Throw ball
• Badminton
• Watching Cricket