Surgical procedure of a DIEP flap reconstruction following mastectomy, based on observing a live surgery at Maastricht UMC+. The information is presented for a medical audience, with focus on the chest portion of the surgery. Adobe Illustrator. 2023.
Surgical procedure of a DIEP flap reconstruction following mastectomy, based on observing a live surgery at Maastricht UMC+. The information is presented for a medical audience, with focus on the chest portion of the surgery. Adobe Illustrator. 2023.
Illustration created as part of my master’s thesis to explain the research behind a potential treatment for spinal cord injury. In this treatment, an injectable hydrogel is delivered into the injury site which will allow damaged nerve cells to grow and reconnect through the injury. Adobe Photoshop, Adobe Illustrator. 2024.
Illustration created as part of my master’s thesis to explain the research behind a potential treatment for spinal cord injury. In this treatment, an injectable hydrogel is delivered into the injury site which will allow damaged nerve cells to grow and reconnect through the injury. Adobe Photoshop, Adobe Illustrator. 2024.
Educational poster created for my master’s thesis to address the question “why doesn’t the spinal cord repair itself?” for a general audience. Adobe Illustrator. 2024.
Educational poster created for my master’s thesis to address the question “why doesn’t the spinal cord repair itself?” for a general audience. Adobe Illustrator. 2024.
Illustration created for my master's thesis depicting the cellular composition in an in vivo vs. in vitro spinal cord injury scar. Adobe Illustrator. 2024.
Illustration created for my master's thesis depicting the cellular composition in an in vivo vs. in vitro spinal cord injury scar. Adobe Illustrator. 2024.
Graphical in vivo cellular composition for a spinal cord injury scar. Adobe Illustrator. 2024.
Graphical in vivo cellular composition for a spinal cord injury scar. Adobe Illustrator. 2024.
Illustration created as part of my master’s thesis to demonstrate setting an injectable material into the spinal cord with light. Graphite pencil, Adobe Photoshop,  Adobe Illustrator. 2024.
Illustration created as part of my master’s thesis to demonstrate setting an injectable material into the spinal cord with light. Graphite pencil, Adobe Photoshop, Adobe Illustrator. 2024.
Illustration created as part of my master's thesis to visualize a flexible micro electrode wrapped around the spinal cord. Graphite pencil, Adobe Photoshop, Adobe Illustrator. 2024.
Illustration created as part of my master's thesis to visualize a flexible micro electrode wrapped around the spinal cord. Graphite pencil, Adobe Photoshop, Adobe Illustrator. 2024.

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