vbalired@gitam.edu
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Dr Vasundhara's doctoral research focused on the "Total Mass Attenuation Coefficient of elements Ga, As, Sr, Y in the range of 5 to 20 keV." Later, when she was given a teaching opportunity in the MSc Nuclear Medicine program at Andhra University, she developed a strong interest in nuclear medicine research, leading to a research article's publication. Since then, she has continued to focus on this field, and her efforts have been recognized with a Major Research Project from UGC
Research Publications
- Determination of L X-ray satellite lines for Molybdenum (Mo) and Molybdenum trioxide (MoO3 ) by wavelength dispersion X-ray fluorescence WD-XRF To cite this article: P Sowjanya et al 2023 J. Phys.: Conf. Ser. 2426 01205
- Legendre Wavelet Transform for the Study of Phase Transitions in Hydrogen‑Bonded Liquid Crystals
- INFRARED REFRACTIVE INDICES OF HYDROGEN-BONDED LIQUID CRYSTALS FROM THE ENVELOPE METHOD Padmavathi Sariki1,, Vasundhara Balireddy1 , Sankara Rao Gowri B.2
- Role of PET-CT (Positron Emission Tomography-Computed Tomography) in Cancer Evaluation and Treatment Balireddy Vasundhara1*, Pottumuthu Hemalatha1,2, Pakalapati Satya Sarath Kumar Raju
- STRUCTURAL, OPTICAL, AND PHOTOLUMINESCENCE STUDIES OF ZnO DISPERSED p(-n-DECYLOXY) BENZOIC ACID LIQUID CRYSTALLINE COMPOUND
Expertise
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Expertise in nuclear physics and nuclear medicine-related research, with a particular focus on calculating radiation doses for cancer treatment.
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Radiation Interactions, PET tracers of Diagnosis, and Therapeutic Procedures in Cancer Treatment ,using PET tracers
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She and her scholar invented new technology . Earlier methods for the treatment of thyroid cancer used to cause higher radiation exposure in the treatment of thyroid cancer. The new method—GAVA Technique—proposed can be considered as a superior method in the place of existing methods in practice.
