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Speaker at International Conference on Clinical & Translational Oncology 2027 - Rajvir Dahiya
Keynote Presentation (Virtual)
Rajvir Dahiya, University of California San Francisco, United States

Precision oncology is transforming cancer management by integrating molecular profiling with clinical information to enable early detection, accurate diagnosis, personalized treatment, and improved patient outcomes. Genomic testing identifies cancer-associated molecular alteratio [....] » Read More

Speaker at International Conference on Clinical & Translational Oncology 2027 - Paulo Cesar De Morais
Keynote Presentation (Virtual)
Paulo Cesar De Morais, Catholic University of Brasilia, Brazil

Fluorine-decorated graphene quantum dots (F@GQDs) will be herein explored as a material platform for application in photodynamic therapy (PDT). GQDs have been extensively studied in biomedical areas such as bioimaging, bio-sensing and photothermal therapy due to their superior op [....] » Read More

Speaker at International Conference on Clinical & Translational Oncology 2027 - Saumya Pandey
Oral Presentation (Virtual)
Saumya Pandey, Indira IVF Hospital, India

Objectives: Breast cancer is a leading cause of morbidity and mortality in women worldwide. Breast screening in normal and/or asymptomatic women is essential to reduce the burden of breast malignancies. My study aimed to identify possible risk- and/or co-factors associated with b [....] » Read More

Speaker at International Conference on Clinical & Translational Oncology 2027 - Ratan Kumar Sarkar
Oral Presentation (Virtual)
Ratan Kumar Sarkar, Independent Researcher, India

Explained 777(i.e. 183) – 338(i.e. 250 + 87 with a directional difference of 1) = 439 where 43*34 = 562(under suppression) = 900 – 338 and 705(lunar gravity) – 562(balanced time values) = 143 or 934 in the structure. Again, 562 + 27(electron time) = 589 where 5 [....] » Read More

Speaker at International Conference on Clinical & Translational Oncology 2027 - Ratan Kumar Sarkar
Oral Presentation (Virtual)
Ratan Kumar Sarkar, Independent Researcher, India

The values 778 – 749 = 29 where 74*47 = 778(under suppression) and 551(29) – 479 = 72 = 777 – 705. The factor 209 or 11 is significant in cancer biology according to formula T(assumed to be horizontal time) = 0.0019*M(assumed to be vertical time) where 777 + 11 [....] » Read More

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