In this episode of The Biomedical Podcast, we explore patient-derived organoids and their impact on precision oncology. Learn how these “tumor-in-a-dish” models, grown from a patient’s own cancer cells, are revolutionizing drug screening, predicting treatment responses, and guiding personalized therapies. We cover organoid culture, success stories, challenges, and how this breakthrough is bridging lab research and tailored cancer care.
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The Biomedical Podcast
In this episode of The Biomedical Podcast, we explore patient-derived organoids and their impact on precision oncology. Learn how these “tumor-in-a-dish” models, grown from a patient’s own cancer cell...
In this fifth episode of The Biomedical Podcast, we unpack plant-derived polyphenols—from their extraction methods and bioavailability challenges to their potent health benefits. Learn how these natur...
In this episode of The Biomedical Podcast, we dive into the world of small interfering RNA (siRNA) therapeutics—one of the most promising next-generation RNA technologies. Learn how siRNA works to sil...
In this episode of The Biomedical Podcast, we explore how artificial intelligence is reshaping the landscape of cardiology. From early diagnosis and risk prediction to personalized treatment plans and...
In this episode of The Biomedical Podcast, we delve into the fascinating world of plant-derived exosomes and their rising potential in modern medicine. These natural nanocarriers, sourced from edible...
In our premiere episode, we explore the revolutionary use of carbon nanotube photothermal therapy in combating drug resistance in breast cancer cells. Delving into the science behind this breakthrough...