Craif has developed a simple and effective method for exosome
enrichment using nano-fabrication technology

Deciphering Cellular

Within our bodies, a myriad of intercellular communications transpire beyond a single-cell level, facilitated by the transfer of exosomes released by cells to other cells. In particular, exosomes released by cancer cells have been shown to contain molecules related to angiogenesis, metastasis, and immune evasion, playing a crucial role in creating a microenvironment conducive to cancer progression. At Craif, we utilize the NANO IP™ (NANO Intelligence Platform) to interpret the crosstalk between cells concerning cancer and many other diseases.



Identification of cancer-specific microRNA profiles in urine

Cancer cells need to communicate with other cells to survive by secreting exosomes that contain various proteins, mRNAs, and miRNAs. Communications between cancer and its microenvironment, including stromal and distant cells, can promote tumor growth, metastasis, and escape from immune surveillance. By capturing exosomes comprehensively, we can understand not only the characteristics of the cancer cells, but also its microenvironment reflecting the host response to the disease. To put it simply, we can catch a glimpse of the cancer-host conversations from the extracted exosomes. It is through this means that we can detect cancer even in a very early stage, in which cancer tissue is not large enough to be detected by other approaches such as CTC and cfDNA analysis. By measuring urinal microRNA from exosome extracted by this device and analyzing the samples using machine learning algorithms, we sucessfully developed an algorithm to distinguish cancer from non-cancer samples with high sensitivity and specificity in seven cancer types.