Blood Cells Animation
OX40: The T-Cell Activator in Tumors – Clip
OX40: The T-Cell Activator in Tumors – Vertical Clip
Cell Signaling and Rejuvenation Technology Animation
Oxidative Damage in Red Blood Cells MOA Animation
Working closely with the Hemanext team, we crafted medical animations to elucidate the science behind oxidative damage in stored blood. To leverage the visuals for multiple communication needs, the content was broken into chapters.
The Role Of PKR Activation In Sickle Cell Disease MOA Animation
XVIVO and Forma partnered together for multiple medical animation projects to educate both healthcare professionals and patients on their scientific approach. Sickle cell disease is an inherited genetic disease that has serious impacts on the people living with it. Forma Therapeutics is fiercely dedicated to improving the lives of these patients.
Cellspan MOA Illustration
This image was developed for Biostage to help them easily convey the MOA of their Cellframe technology to investors and scientists. View our “Biostage Cellframe Technology” animation to see Biostage’s new regenerative technology to address esophageal cancer through their pioneer Cellframe Technology.
Dendritic Cell
Dendritic cells are critical cells in the immune response. They capture antigens, process them, and present them on their cell surfaces. This presentation can activate T cells, which begin a fully mounted defense against the antigen. Learn more about this illustration in our blog, Understanding the Science Behind Viruses Can Get You Through the Pandemic.
Intracellular Activity
This illustration developed for HILLEMAN: A Perilous Quest to Save the World’s Children captures the intracellular sites essential for protein production and processing. The journey begins in the cell nucleus, where genetic material coding for proteins is stored. The surrounding endoplasmic reticulum functions as the location of protein synthesis, modification, and transportation. Some of these …