Generative AI and large language models (LLMs) are revolutionizing health and medicine by offering innovative solutions and opportunities across various domains. These technologies are transforming how medical professionals approach diagnostics, patient interaction, and research. For instance, LLMs can assist in interpreting medical imaging, provide insights into personalized treatment plans, and enhance clinical decision-making by synthesizing vast amounts of medical data. Additionally, generative AI is being used to simulate drug interactions, predict disease progression, and develop new therapeutic strategies. The integration of AI in telemedicine is also improving access to healthcare, particularly in underserved areas, by providing remote patient monitoring and real-time consultations. However, as these applications continue to evolve, ensuring their accuracy, reliability, and ethical use remains a critical concern. How can healthcare systems effectively integrate generative AI and LLMs while addressing the challenges of accuracy, bias, and patient trust?
GenAI for medicine has the potential to revolutionize the approach to diseases like Alzheimer's. While there are criticisms, the high cost and limited effectiveness of traditional drugs make it essential to explore alternative approaches. Personalizing treatment based on an individual's genetics and specific needs can lead to more targeted and potentially more effective interventions. It's important to consider the long-term benefits and cost-effectiveness of such approaches in the context of improving the quality of life for individuals with chronic diseases like Alzheimer's.
Must we be finetuned or not...? It depends on what are you will doing with the model...Alzheimer's disease is based on a hypothesis...not science...in a finetuned model of Alzheimer's disease with EHRs...you shall see other outcomes than in a big LLM with T parameters without finetuning on the amyloid hypothesis...we see a lot of hallucinations (unpredictable errors or inaccuracies)...your model needs clinical context ( clinical reasoning) it is different with other reasoning...in breast cancer AI shall fail on TNDC without Neural-Symbolic LM or symbolic reasoning...
Generative AI and large language models (LLMs) are revolutionizing health and medicine by offering innovative solutions and opportunities across various domains. These technologies are transforming how medical professionals approach diagnostics, patient interaction, and research. For instance, LLMs can assist in interpreting medical imaging, provide insights into personalized treatment plans, and enhance clinical decision-making by synthesizing vast amounts of medical data. Additionally, generative AI is being used to simulate drug interactions, predict disease progression, and develop new therapeutic strategies. The integration of AI in telemedicine is also improving access to healthcare, particularly in underserved areas, by providing remote patient monitoring and real-time consultations. However, as these applications continue to evolve, ensuring their accuracy, reliability, and ethical use remains a critical concern.
How can healthcare systems effectively integrate generative AI and LLMs while addressing the challenges of accuracy, bias, and patient trust?
GenAI for medicine has the potential to revolutionize the approach to diseases like Alzheimer's. While there are criticisms, the high cost and limited effectiveness of traditional drugs make it essential to explore alternative approaches. Personalizing treatment based on an individual's genetics and specific needs can lead to more targeted and potentially more effective interventions. It's important to consider the long-term benefits and cost-effectiveness of such approaches in the context of improving the quality of life for individuals with chronic diseases like Alzheimer's.
Distributed Database storage plays a vital role in this
Very amazing.
Common sense is not common training that on ai is a challenging task for humans sometimes it's challenging too
Must we be finetuned or not...? It depends on what are you will doing with the model...Alzheimer's disease is based on a hypothesis...not science...in a finetuned model of Alzheimer's disease with EHRs...you shall see other outcomes than in a big LLM with T parameters without finetuning on the amyloid hypothesis...we see a lot of hallucinations (unpredictable errors or inaccuracies)...your model needs clinical context ( clinical reasoning) it is different with other reasoning...in breast cancer AI shall fail on TNDC without Neural-Symbolic LM or symbolic reasoning...