iCn3D ("I see in 3D") provides a powerful web-based tool to not also teach students at all levels about antibody structure and function but also presents a tool in which students can use to research antibody-epitope interactions.  It allows for visualization in 3D, 2D, and 1D.  Our group worked to develop methods in which iCn3D can be used in educational activities.

• High School (NGSS aligned)/Freshman/Community College/Lower level college courses
  • Venn Diagrams to identify similar structures in various animal antibodies
  • iCn3D images showing Van der Waal interactions that are present in SARS-CoV-2 and spike protein
• Upper level courses (possible CUREs)
  • Investigate same antibody with different epitopes attached at same location.  Using iCn3D can find common interactions in the interface and identify key amino acids. 

• Allissa Dillman
• Ami Johanson
• Andrew Givone
• Aron Kamajaya
• Arshdeep kaur
• Chetna Patel
• Christine Girtain
• Dave Menshew
• David Menshew
• Deborah Rook
• Feather Ives
• Hetal Doshi
• Jacqueline Lea Hilsenbeck-Fajardo
• Jiyao Wang
• Kate Johnston
• Margaret Bryans
• Nidhi Nair
• Nik Tsotakos
• Sandra Porter
• Sheela Vemu
• Todd Smith
• Uwe Hilgert
• Valerie Carson
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