Application Fields

In Research

• Cell Biology: Studying cellular structures and functions, such as interactions among organelles.

• Drug Development: Simulating drug interactions with cellular targets to save experimental time.

• Gene Editing: Visualizing the outcomes of CRISPR/Cas9 genome editing.

In Education

• Biology Teaching: Helps students intuitively understand complex processes like DNA replication and protein synthesis.

• Virtual Labs: Enables students to "experiment" in a virtual environment via visualization.

In Medicine

• Medical Imaging: Transforms CT or MRI data into 3D models for precise diagnoses and surgical planning.

• Personalized Treatment: Simulates patient-specific cell and tissue reactions for customized treatment strategies.

In Environmental Science

• Simulates interactions between microorganisms and the environment for pollution control or ecological restoration studies.