助力空间生物学发展
可剪切荧光探针 (CFP™)
CFP这种独家的化学技术采用可切割的酪胺荧光基团，显著提高了检测灵敏度，确保了可靠的信号放大和检测循环。
简化操作流程
在多重靶标检测实验中，您可以使用已经经过您验证的抗体，无需对现有抗体进行修饰，并且专门为FFPE组织进行了优化。CFP技术可以让您在科研，转化，乃至临床研究中使用相同克隆的抗体。
轻松实现空间生物学自动化
Aligned with the CFP chemistry, we deliver an innovative high-throughput platform, offering researchers an end-to-end, true walk away solution for spatial biology.
源星技术
Spatomics以其专有的高效CFP试剂为科研学者提供独特的价值。这一创新系统在良好的保持组织样本完整性的前提下，生成全面的空间背景数据，详细揭示亚细胞结构水平上分子间的相互作用。
Spatomics’ initial uses involve leveraging advanced chemistry and a user-friendly platform to enable a few to 100+ protein targets in situ analysis, using off the shelf antibodies.
Spatomics的技术提供了研究复杂组织微环境所需的敏感性、拓展了抗体的选择性，并且提了升试剂的易用性。
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Human Normal Hippocampus stained with CFP
Staining with: SPYRE™ IO Core Panel + CK. Protocol time: 6h30. Image post-processing: Background subtracted and brightness adjusted.
公司新闻
2023年6月21日 Spatomics获得亚利桑那州立大学的专属许可，以商业化CFP™技术
Phoenix, AZ – Spatomics has won the 2023 Arizona State University (ASU) startup challenge. The company will invest the $25,000 prize into its spatial proteomics assay development.
Spatomics Granted Exclusive License from ASU to Commercialize the CFP™ Technology
Phoenix, AZ – Spatomics has signed an exclusive license agreement with Arizona State University (ASU) to commercialize the CFP™ technology for high-plex omics applications.
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