AI-generated Images of biopsied

William Afton, AI researcher, male, 35yo, messy brown hair, thick-rimmed glasses, white lab coat, dark jeans, sneakers, standing, leaning against a futuristic laboratory table, surrounded by wires, ci
Breast cancer diagnosis, serious concern, medical equipment, mammography machine, architectural distortion, 3D reconstruction, detailed breast tissue, calcification, tumor shape, irregular edges, spic
Microscopic view, duodenal mucosa, intact villous architecture, detailed microscopic structure, finger-like projections, intestinal epithelial cells, microvilli on surface, Brunner's glands, lymphoid
Microscopic view, duodenal mucosa, intact villous architecture, detailed microscopic structure, finger-like projections, intestinal epithelial cells, microvilli on surface, Brunner's glands, lymphoid
An intricate digital illustration: A woman's majestic body, a masterpiece of blue and purple, soaring down. Her powerful black eyes and slender red-leafed body share a deeper, high-energy energy. The
Colorful PNG icons, transparent background, various shapes, rounded edges, glossy effect, metallic finish, 3D appearance, detailed textures, vibrant colors, soft shading, high contrast, abstract compo
Skeleton, translucent skin, detailed bone structure, ornate vertebral column, ribcage, sternum, pelvis, skull, facial bones, teeth, glowing blue veins, arteries, capillaries, muscle fibers, tendons, l
Futuristic DNA architecture, intricate molecular structure, helix-shaped skyscraper, glass and steel materials, sleek modern design, neon lights illuminating the exterior, vibrant colors, dynamic angl
Microscopic view, duodenum, intestinal mucosa, preserved villous architecture, delicate finger-like projections, intricate network of blood vessels, light pinkish color, transparent epithelial cells,
Bioluminescent metabolic architecture, futuristic organic forms, iridescent membranes, glowing enzymatic reactions, intricate network of vessels, pulsing energy flows, dynamic structural adaptations,
Small intestine, mucosa, preserved villous architecture, delicate finger-like projections, dense microvilli, columnar epithelial cells, goblet cells, lamina propria, muscularis mucosae, submucosa, int
Explore the role of ATP synthesis in the electron transport chain.,mitochondrion,cellular,cell structure,mitochondria,microscopy,rna,dna helix,connective tissue,fluorescent dye,plant veins,molecule,bi
(((simple lowpoly 3d))), 3d wallpapper, abstract poster, Cover Magazine, High Detailed, Machinery, Maximum Clarity And Sharpness, ((3d polygonal abstract shape)), cyborg, Poster, modern art, digital a
Microscopic view, duodenum, intestinal mucosa, preserved villous architecture, delicate finger-like projections, intricate network of blood vessels, light pinkish color, transparent epithelial cells,
Microscopic duodenal mucosa, preserved villous architecture, intestinal epithelial cells, columnar shape, basally located nuclei, apical brush border, microvilli on surface, goblet cells scattered thr
Microscopic view, duodenal mucosa, intact villous architecture, magnified, detailed structure, finger-like projections, epithelial cells, brush border, microvilli, lamina propria, muscularis mucosae,
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Small intestine, mucosal layer, preserved villous architecture, delicate finger-like projections, microvilli on epithelial surface, dense network of capillaries, loose connective tissue, scattered lym
Small intestine, mucosa, preserved villous architecture, delicate finger-like projections, dense microvilli, columnar epithelial cells, goblet cells, lamina propria, muscularis mucosae, submucosa, int
Small intestine, mucosa, preserved villous architecture, delicate finger-like projections, dense microvilli, columnar epithelial cells, goblet cells, lamina propria, muscularis mucosae, submucosa, int
Neural network, VGG16 model, deep learning, computer vision, convolutional layers, max pooling, fully connected layers, ReLU activation, softmax output, futuristic laboratory, high-tech background, me

How to generate biopsied images with AI?

Step 1: Enter prompt words related to the biopsied.
Step 2: Select the style and scene that match the biopsied.
Step 3: Set image size, lighting and other information.
Step 4: After clicking 'Generate', wait for a while and you can view the biopsied image you want.

FAQ

Where can I create my own biopsied pictures?
You can use our AI Image Generator to quickly create the biopsied image you want. Of course, if you have your own specific needs, you can use dozens of our AI tools to create freely.
Can the biopsied image I searched for on PromeAI be used for commercial purposes?
After becoming a standard version or above member, the image you create yourself can be used for commercial purposes. You can Remix the image you like that you searched for to create your own image.
Can I use PromeAI for free?
Of course you can. We provide free users with 10 gold coins every month, which can be used to create one hundred images. You can easily create the biopsied image you want.