Preeti Tupsakhare Provides Expert Guidance on Integrating Genomic Data into Clinical Workflows, Bridging the Gap Between Genetics and Healthcare IT
Bengaluru: The healthcare industry is increasingly embracing personalized medicine and the integration of genomic data into clinical workflows is becoming a focal point for enhancing patient care. Genomic data refers to the data related to the structure and function of an organism’s genome. Its potential to enhance diagnostic accuracy and tailor treatment plans is emphasized as it can ultimately lead to improved patient outcomes. Genomic data can also be used to generate a personalised risk assessment for diseases that are not rare and aid in predicting risk of disease in healthy individuals.
A distinguished leader in healthcare IT and systems development, Preeti Tupsakhare, is at the forefront of this movement, where she offers expert insights that illuminate the challenges and opportunities of incorporating genomic information into everyday clinical settings. Her experience in systems development provides a solid foundation for addressing the complexities involved in this critical integration. Her leadership in complex healthcare IT projects equips her with a unique perspective on the practicalities of genomic data integration.
Preeti Tupsakhare’s visionary publications on the effective use of AI in healthcare have garnered attention for their transformative insights. Her work, “Revolutionizing Oncology Solutions with AI on Low-Code Platforms” published in the Journal of Oncology Research Review and Reports and “Improving Clinical Decision Support in Health Care Through Ais” published in Progress in Medical Sciences, elucidates how integrating artificial intelligence into healthcare technology can streamline operations and enhance patient outcomes. Building on this foundation, her recent paper, “Integrating Artificial Intelligence with Pharmacogenomics: Pioneering Personalized Medicine”, delves into the exciting intersection of AI and genetic data. Pharmacogenomics or pharmacogenetics is the study of how our genes affect the way we respond to medications. With this paper, it is showcased how these technologies can reduce unnecessary medical interventions and enable more precise treatment protocols, further advancing the future of personalized medicine.
The application of genomic data within clinical protocols enhances patient care and decreases cost through precision medicine. This leads to timely and efficient identification of genetic conditions, effective treatment strategies such as targeting the best medication to the patient and reducing costs. This also improves the quality of decision making at the place of care and shares clinical decision support system generated recommendations with clinicians. However, this integration of advanced IT solutions into legacy healthcare systems is complicated, and many organizations struggle to adopt new technologies because of the complexities of maintaining compliance with strict security regulations. Hence, extensive knowledge in healthcare IT and system interoperability is pivotal in enabling seamless integrations that allows new technologies to be adopted without disrupting existing workflows. This capacity for managing change is necessary in a field where the stakes are high, and patient care cannot be compromised.
Tupsakhare guides healthcare providers through the maze of technical and regulatory challenges. Working on large-scale IT projects, she has focused on optimizing clinical decision-making processes, assisting providers streamline workflows and reduce administrative burdens.
In conclusion, the industry experts envision a future where real-time data integration and advanced decision-making tools revolutionize healthcare. They believe that as genomic data continues to evolve, artificial intelligence will play a critical role in enabling healthcare providers to deliver more precise and personalized care. By building robust and secure IT infrastructures, healthcare organizations can be prepared for the challenges of incorporating cutting-edge technologies in the coming years. Commitment of thought leaders like Preeti Tupsakhare in bridging the gap between genetics and healthcare IT exemplifies a proactive approach to one of the most promising areas of modern medicine.