Aanchal Bhatia

Aanchal Bhatia

  • PhD Student, Biological Sciences
  • Graduate Teaching Assistant
  • Auburn University
  • Biological Sciences
    • (469) 927-5033
    azb0337@auburn.edu
    LinkedIn

    I am a PhD student in the Department of Biological Sciences at Auburn University with a background in biotechnology. My work focuses on RNA-based approaches for gene regulation in insect systems, with an emphasis on developing innovative solutions for agricultural challenges. I work with models, including Spodoptera frugiperda and Periplaneta americana, which are important agricultural pests. My interests lie in molecular biology, applied biotechnology and the advancement of sustainable pest control strategies.

    Education

    • Phd Auburn University 2024-2029

    • BTech Punjab Agricultural University 2019-2023

    Professional Experience

    Graduate Research Assistant | Department of Biological Sciences | Auburn University (2024-Present) 

     

    • Conducted research on dsRNA delivery and RNA interference (RNAi) using nanoparticle-based systems in insect models. 
    • Performed molecular biology techniques, including RNA extraction, cDNA synthesis, PCR, and gel electrophoresis, to generate and validate experimental data. 
    • Designed and executed experiments on Spodoptera frugiperda and Periplaneta americana, improving understanding of gene silencing efficiency.
    • Analyzed data and presented findings through reports and presentations, contributing to ongoing research projects.

    Graduate Teaching Assistant | Department of Biological Sciences | Auburn University (2024 – Present) 

     

    • Led weekly laboratory sessions for 30-40+ undergraduate students in BIOL 1001 & BIOL 1011, teaching core biology concepts and experimental techniques. 
    • Assisted students in applying the scientific method, hypothesis development, and interpretation of experimental results. 
    • Evaluated lab reports, ensuring consistent and timely grading using standardized rubrics. 
    • Maintained lab safety, organization, and exam proctoring, ensuring compliance with academic integrity policies.

    Innovation


    My research focuses on optimizing the delivery of double-stranded RNA (dsRNA) using branched amphiphilic peptide capsules (BAPCs) in insect systems. I work with peptide variants, including H5, H9, and Cy3-labeled H5, to evaluate delivery efficiency and cellular uptake. Using agricultural pest species such as Spodoptera frugiperda and Periplaneta americana, I assess gene silencing efficiency and survival outcomes. This work aims to improve targeted and efficient RNA-based strategies for sustainable pest control.