目前是否有用于治病或者诊断的AI

AI solves decades old protein-folding puzzleAn AI company based in the UK trained neural networks to predict the structures of proteins,solving a problem that had long stumped scientists.The predictions are advancing the field of structural biology:scientists have already used them to prevent antibiotic resistance,30 advance disease research,31 and accelerate the fight against plastic pollution.32 As we find more uses for AI,it will rewrite scientific fields and change the way we learn about our world.Deep learning AI could improve breast cancer screeningAI could transform how diseases are detected,prevented,and treated.Doctors are testing if deep learning can be applied to breast cancer screening.Currently,every mammogram is double-checked by radiologists but this is labour-intensive and causes diagnosis delays.A UK medical technology company is working with the28See,for example,What are Large Language Models used for?NVIDIA,2023.29 Black hole pictured for first time–in spectacular detail,Nature,2019.30 Accelerating the race against antibiotic resistance,Deepmind,2022.31 Stopping malaria in its tracks,Deepmind,2022.32 Creating plastic-eating enzymes that could save us from pollution,Deepmind,2022.9A pro-innovation approach to AI regulationNHS to test AI for the second screening,meaning greater numbers of patients could be screened faster and clinicians could spend more time with patients and provide faster access to treatment.33Farming efficiency increased by AI robots

人工智能（AI）已经渗透到各行各业，并以各种形式改变着我们的生活。以下是一些人工智能的主要应用场景：1.医疗保健:医学影像分析:AI可以用于分析医学图像，例如X射线、CT扫描和MRI，以辅助诊断疾病。药物研发:AI可以用于加速药物研发过程，例如识别潜在的药物候选物和设计新的治疗方法。个性化医疗:AI可以用于分析患者数据，为每个患者提供个性化的治疗方案。机器人辅助手术:AI可以用于控制手术机器人，提高手术的精度和安全性。2.金融服务:风控和反欺诈:AI可以用于识别和阻止欺诈行为，降低金融机构的风险。信用评估:AI可以用于评估借款人的信用风险，帮助金融机构做出更好的贷款决策。投资分析:AI可以用于分析市场数据，帮助投资者做出更明智的投资决策。客户服务:AI可以用于提供24/7的客户服务，并回答客户的常见问题。3.零售和电子商务:产品推荐:AI可以用于分析客户数据，向每个客户推荐他们可能感兴趣的产品。搜索和个性化:AI可以用于改善搜索结果并为每个客户提供个性化的购物体验。动态定价:AI可以用于根据市场需求动态调整产品价格。聊天机器人:AI可以用于提供聊天机器人服务，回答客户的问题并解决他们的问题。4.制造业:预测性维护:AI可以用于预测机器故障，帮助工厂避免停机。质量控制:AI可以用于检测产品缺陷，提高产品质量。供应链管理:AI可以用于优化供应链，提高效率和降低成本。机器人自动化:AI可以用于控制工业机器人，提高生产效率。5.交通运输:

1.42.Below,we provide some illustrative examples of AI systems to demonstrate their autonomous and adaptive characteristics.While many aspects of the technologies described in these case studies will be covered by existing law,they illustrate how AI-specific characteristics introduce novel risks and regulatory implications.Figure 1:Illustration of our strategy for regulating AIcharacteristics ensure any current or future AI system that meets this criteria will be within scope.See A guide to using artificial intelligence in the public sector,Government Digital Service and Office for Artificial Intelligence,2019.23A pro-innovation approach to AI regulationCase study 3.1:Natural language processing in customer service chatbotsAdaptivity:Provides responses to real-time customer messages,having been trained on huge datasets to identify statistical patterns in ordinary human speech,potentially increasing personalisation over time as the system learns from each new experience.Autonomy:Generates a human-like output based on the customer's text input,to answer queries,help customers find products and services,or send targeted updates.Operates with little need for human oversight or intervention.Illustrative AI-related regulatory implication:Unintentional inclusion of inaccurate or misleading information in training data,producing harmful instructions or convincingly spreading misinformation.Case study 3.2:Automated healthcare triage systemsAdaptivity:Predicts patient conditions based on the pathology,treatment and risk factors associated with health conditions from the analysis of medical datasets,patient records and real-time health data.Autonomy:Generates information about the likely causes of a patient’s symptoms and recommends potential interventions and treatments,either to a medical professional or straight to a patient.