Our main research interest is an epigenetic mechanism that regulates human cellular elasticity and environmental adaptation. I am currently focusing on studying how changes in chromatization within a nuclear condensate three pathological cellular conditions. I believe that studying the biophysical properties of chromatization opens a new field and offers unique opportunities for developing novel therapeutic approaches.
Immunofluorescence assays are valuable for screening protein organization in nuclear condensates. However, human genetics can be challenging due to parameter selection issues and large data volume when studying multiple conditions. We offer a comprehensive with guidance on how to use the right parameters and automated analysis pipeline to streamline the process.
Our protocol guides user from sample preparation to the analysis. We provided a simulated pipeline design through Doza with limited computation and image analysis expertise. The workflow is accessible to everyone at no cost, and leveraging widely adoptable software like Imogene and Python and the free cloud based service Google Colab.
