Viroscope

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Scientific Visualization (PhD) | Viroscope | Revealing the cinematic universe inside your cells | High-End Microscopy & Storytelling

A video showing the channel breakdown of a fluorescence microscopy image. The video cycles through individual components of a Vero E6 cell: Grey (DNA/Nucleus), Cyan (Actin cytoskeleton), and Orange (MX1 antiviral protein). Text labels identify each structure before they merge into a final composite image, showing the dense network of the cell's immune defense.
A high-contrast fluorescence microscopy image of Vero E6 cells. The cytoskeleton (actin filaments) is stained in bright gold, appearing as a network that stretches across the cells. The nuclei are stained in cyan blue, looking like oval sapphires embedded within the gold structure. The cells appear to be gripping the surface, displaying high tension.
A fluorescence microscopy image of A549 lung cells infected with influenza A virus. The image is chaotic and colorful. The cytoplasm is filled with bright cyan viral nucleoprotein. Gold microtubules form a dense network, and pink recycling endosomes are scattered throughout. Green nuclei are visible in the center of the cells.
​High-contrast fluorescence microscopy of a mouse fibroblast cell. The cell glows in neon cyberpunk colors. Cyan actin filaments form the outer shape, magenta microtubules fill the center, and an orange DNA nucleus sits in the middle.
High-contrast fluorescence microscopy of a human fibroblast cell. A golden web of actin filaments radiates outward like a starburst, forming angles, parallels and geometric stars. Cyan septin structures form scaffolds. A grey DNA nucleus sits in the center. A snapshot of the chaotic beauty, found at the center of biology.