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@article{171586,
        author = {Esther Puli and Geetha Bhavani Dangeti and Ramya Sri Surya Tejaswini Manepalli and Dr.V.Bhaskara Raju and Dr Narayana Raju Padala and Ajay Ratnam Mulaparthy},
        title = {ROBOTIC PILLS: THE FUTURE OF PERSONALIZED MEDICINE},
        journal = {International Journal of Innovative Research in Technology},
        year = {2024},
        volume = {11},
        number = {8},
        pages = {177-185},
        issn = {2349-6002},
        url = {https://ijirt.org/article?manuscript=171586},
        abstract = {Robotic technologies are being developed in the pharmaceutical business to address global healthcare system concerns. The robotic pill protects itself from degradative enzymes by avoiding first-pass metabolism. When consumed frequently, robotic pills improve systemic pharmaceutical bioavailability, offer a therapeutically optimal amount, and have no negative side effects. Using these formulations reduces the need for needle injections. As a result, patients become more receptive and needle use becomes less challenging. Proteins and peptides administered orally encounter a number of serious challenges, including toxicity, expense, and quality. Several issues associated with non-adherence, including discomfort, injection pain, and disruption of daily activities, may be resolved by oral dose formulations (Singh A W. S., A Robotic Pill: An Innovative Technology in Drug Delivery.). The gastrointestinal tract's degradative environment and low absorption limit oral protein medication distribution, necessitating parenteral treatment. The first steric and dynamic barrier to absorption is luminal mucus. We describe the creation of the Robo Cap, an oral ingestible, robotic drug delivery capsule that improves luminal mixing, topically deposits the drug payload in the small intestine to improve drug absorption, and locally clears the mucus layer in order to get beyond this obstacle (Srinivasan SS, 2022).},
        keywords = {Robotic pill, .},
        month = {December},
        }