Flux AI: biological art

biological art Flux Artworks

Stylized illustration of a human liver. Elevated to a superhero status. Features glowing elements. Abstract background with dark colors and lights.

Stylized Human Liver as a Superhero in a Futuristic Illustration

liver anatomy
Human liver
Superhero liver
Visualization of iron in blood. Close-up view of a glowing cell with a textured surface. Soft glow with highlights.
4 images

Visualization of Iron in Blood: Close-up Rendering of Cellular Structure

Science Visualization
Glow effect
iron in blood
Illustration of multiple DNA chains displayed on a white background. The chains are structured in a vertical line. The design emphasizes the double helix formation of the DNA structure.
2 images

Illustration of Multiple DNA Chains on White Background

Molecular Biology
biotechnology
Genetics
Drawing of DNA and RNA structure on a white background.
2 images

Stylized Black and White Drawing of DNA Double Helix Structure

DNA illustration
Healthcare graphics
biological art
Photorealistic macro image of a large, vibrant red fly with squid tentacles replacing its mouthparts. The tentacles are glistening with suckers, covered in clear fluid. Focus on the details of the fly’s exoskeleton and compound eyes. It is perched on cracked concrete with graffiti underneath. Background is dark and blurred, hinting at urban decay. Mood is unsettling yet strangely beautiful. Style is hyperrealistic with shallow depth of field and strong highlights. Predominantly red colors contrasting with gray concrete.
4 images

Macro Photography of a Vibrant Red Fly with Tentacle Mouthparts on Urban Decay Background

vibrant red fly
tentacle mouthparts
hyperrealistic insect art
Cat and dog skull merged into a single structure. Detailed features and textures visible. Scientific illustration style. Intricate details. Fused anatomy emphasizes the uniqueness. Soft lighting brings out details.
2 images

Intricate Fusion of Cat and Dog Skull Illustration for Educational Art

digital art
nature scene
pet lovers
Bacteria entering blood stream, attaching to heart valve. Close-up view of microparticles and detailed structures. Heart shape within bacteria.
R

Bacteria and Heart Valve: A Close-Up Look at Microscopic Infection Dynamics

infection
bloodstream
heart valve