A collage of scientific and medical posters and illustrations, including diagrams of cellular processes, a fetus, and human anatomy, with some featuring detailed graphics and colorful visuals.
A young woman with wavy light brown hair and green eyes smiling at the camera against a plain white wall.

Hi there! I’m Eve

Science first made sense to me when I could see it.

During my training in biomedical sciences (BHSc Hon), diagrams and visual models became essential for understanding complex biology. Molecular pathways, cellular systems, and experimental methods became clearer when they were translated into images. Over time, creating visuals became more than a way to study; it became a way to think about science.

My background in wet-lab research at the University of Calgary, studying stem cell signaling and immune responses in inflammatory bowel disease, shaped how I approach visual communication. Working closely with researchers showed me how often important discoveries remain difficult to interpret without clear visuals.

Today, I work as a medical illustrator and science communicator, collaborating with researchers and institutions to transform complex biology into visual stories that make science easier to understand.

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  • A woman with curly hair laughing joyfully, surrounded by colorful abstract leaves and swirls with a bright yellow glow in the background.

    All Our Families Workbook

    This collection of 12 hand-drawn illustrations celebrates mothers and families, highlighting resilience and growth. Each piece honors strength, care, and the lasting spirit of family, perfect for projects on wellbeing, empowerment, and community.

    Check it out!

  • Comparison of healthy and active Crohn's disease intestinal cells, showing increased ROS, cellular damage, and ferroptosis in active Crohn's disease.

    Cell Death & Disease

    A graphical abstract, showing how GPx1 deficiency in macrophages from active Crohn’s disease patients weakens antioxidant defense, boosting lipid peroxidation and ferroptosis. Ensuring clarity and scientific accuracy for clinicians and researchers.

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  • Diagram showing the relationship between organism well-being and disease, focusing on neuroimmunophysiology. It illustrates how epithelial surveillance, mucus production, and communication with commensal bacteria, environmental factors, diet, and pathogens influence health, CNS stress, and immune responses.

    American Journal of Physiology-Gastrointestinal and Liver Physiology

    This graphical abstract illustrates the intricate neuroimmunophysiology of the gastrointestinal tract, highlighting the dynamic interplay between the enteric nervous system, immune cells, and the gut epithelium.

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  • Infographic titled 'The Silent Burden: Chronic Pain and Sensitization in Inflammatory Bowel Disease'. It explains how inflammation affects nerve sensitivity, causing pain. The left side depicts nerve signaling with a sensitivity scale, and the right side shows molecular processes involving GPCR signaling cascade, including molecules like serotonin, bradykinin, ATP, and prostaglandins, illustrating their roles in increasing nerve sensitivity in chronic pain.

    IMS Magazine - Health in the Margins

    A clear, two-page spread designed for lay readers that explains inflammatory bowel disease (IBD) and the biological mechanisms behind its chronic pain.

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