Activation of STAT3 by PKM2

Molecular illustration of the mechanism of activation of signal transducer and activator of transcription 3 (STAT3) molecules. When a dimeric form of pyruvate kinase M2 (PKM2) enters the nucleus it activates the transcription of mitogen-activated protein kinase 5 (MEK5).

The Micro-pumping Mechanism of Hummingbirds Tongues

A didactic poster that includes both 3D models and 2D schematic diagrams to illustrate the newly discovered mechanism of the hummingbirds tongues as a micro-pump.  

2017 Vizzies People's Choice in Posters & Graphics Category
Selected for 2017 UIC Legacies and Leaders gallery

Phenotypic Plasticity of Pristimantis mutabilis

The purpose of this illustration is to showcase the mutable rain-frog and its unique ability in skin texture transformation as an example of phenotypic plasticity.

2017 UIC Image of Research 1st Place in Still Image Category

Anatomy of the Ankle Joint

Illustration showing the bones and ligaments of the ankle joint.

Anatomy of Canine Front Paw

Nanobots in ActionThis editorial piece created as the cover art for the UIC Bioengineering Student Journal depicting an imaginary scene of nanobots interacting with red blood cells in the heart.  

Nanobots in Action

This editorial piece created as the cover art for the UIC Bioengineering Student Journal depicting an imaginary scene of nanobots interacting with red blood cells in the heart.  

3D Model of Horse Vertebra

This is a render of one of the 3 horse vertebrae models sculpted based on a 3D scan. The set of vertebrae was used to demonstrate an abnormal asymmetry of the spine.

Life Cycle of the Amphibian Chytrid FungusThis team project illustrates a serious fungal condition that has been devastating frog populations around the globe. The fungus can penetrate through its host's skin and develop underneath. The change in sk…

Life Cycle of the Amphibian Chytrid Fungus

This team project illustrates a serious fungal condition that has been devastating frog populations around the globe. The fungus can penetrate through its host's skin and develop underneath. The change in skin structure will eventually kill the host as it interferes with the absorption of electrolytes.

Spinal Tumor