NVIDIA Parabricks v4.3在NVIDIA GTC 2024上发布,引入了新的工具和工作流程,为多种组学数据类型带来了加速和最新的人工智能技术。除了分析DNA和RNA外,您现在还可以使用GPU和生成AI的强大功能,以高速和高精度分析甲基化、单细胞和空间组学工作负载。 Parabricks v4.3还比以往任何时候都更减少分析时间,进一步优化了种线工...
AI-powered omics-based drug pair discovery for pyroptosis therapy targeting triple-negative breast cancer Boshu Ouyang, Caihua Shan, Shun Shen, Xinnan Dai, Qingwang Chen, Xiaomin Su, Yongbin Cao, Xifeng Qin, Ying He, Siyu Wang, Ruizhe Xu, Ruining Hu, Leming Shi, Tun Lu...
Due to low success rates and long cycles of traditional drug development, the clinical tendency is to apply omics techniques to reveal patient-level disease characteristics and individualized responses to treatment. However, the heterogeneous form of dat
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Nanostring等公司在其CosMx SMI设备上加速计算，利用NVIDIA GPU应对挑战。Joseph Beechem博士强调，空间组学技术在生成空前密度与规模的数据集时发挥关键作用，加速药物开发与空间诊断。AI探索这些图像的真实信息内容，成为这场生命科学革命的重要组成部分。NVIDIA Parabricks v4.3包括单细胞与空间组学参考工作...
科研实习 | 昌平实验室"AI+Multi-Omics"方向 今天给大家更新昌平实验室招收科研实习生的信息,助力提升科研背景,具体内容可看下方
omics datadrug discoveryprecision medicinecomplex diseaseDespite the wealth of single-cell multi-omics data, it remains challenging to predict the consequences of novel genetic and chemical perturbations in the human body. It requires knowledge of molecular interactions at all biological levels, ...
研究人员基于AI的计算病理学流程对71个H&E染色的PDAC 组织全切片图像(WSI)进行了评估。该流程包括两个卷积神经网络模型:一个用于遮盖癌细胞(mask-out cancer cells),另一个用于划分细胞核(delineate nuclei)。 通过特征定量分析核形态和纹理,发现一些特征具有预后潜力。通过留一法(leave-one-out)交叉验证,采用随机...
AI Technology for GrowthUnlocking the diversity of biological life to accelerate sustainable development.Computomics applies artificial intelligence to bioinformatics data to enable rapid understanding of genomics and drive advanced agricultural solutions. We are committed to a journey towards smart, ...
AI+蛋白质组学 描绘精准医疗未来图景 西湖欧米创立于2020年7月,是一家专注于 AI 赋能的微观世界数据公司,致力于以蛋白质组大数据技术创新为驱动力,联合 AI 多模态大数据分析,助力精准医学和药物研发。 相关资料显示,每5个成年人中就可能有1人患有甲状腺结节。其中,约60%的甲状腺结节都是良性的,10%的结节是...