AI生成的Perivascular图像

Architectural distortion in breast, 3D reconstruction, irregular shape, asymmetrical mass, spiculated margins, heterogeneous density, calcifications, radial lines, converging lines, focal retraction,
Small intestine, mucosa, preserved villous architecture, delicate finger-like projections, dense microvilli, columnar epithelial cells, goblet cells, lamina propria, muscularis mucosae, submucosa, int
Microscopic duodenal mucosa, preserved villous architecture, intestinal epithelial cells, columnar shape, basally located nuclei, apical brush border, microvilli on surface, goblet cells scattered thr
Small intestine, mucosal layer, preserved villous architecture, delicate finger-like projections, microvilli on epithelial surface, dense network of capillaries, loose connective tissue, scattered lym
Anatomical illustration, muscle fibers, detailed architecture, varied colors, microscopic view, high magnification, 3D rendering, realistic texture, intricate structures, biomedical visualization, sci
Necrotic tissue, medical photo, close-up shot, detailed texture, dark brown color, irregular shape, rough surface, blood vessels visible, soft focus background, dramatic lighting, high contrast, macro
Microscopic view, duodenum, intestinal mucosa, preserved villous architecture, delicate finger-like projections, intricate network of blood vessels, light pinkish color, transparent epithelial cells,
Microscopic view, duodenum, intestinal mucosa, preserved villous architecture, delicate finger-like projections, intricate network of blood vessels, light pinkish color, transparent epithelial cells,
Small intestine, mucosa, preserved villous architecture, delicate finger-like projections, dense microvilli, columnar epithelial cells, goblet cells, lamina propria, muscularis mucosae, submucosa, int
Microscopic view, duodenum, intestinal mucosa, preserved villous architecture, delicate finger-like projections, intricate network of blood vessels, light pinkish color, transparent epithelial cells,
Necrotic tissue, medical photo, close-up shot, detailed texture, dark brown color, irregular shape, rough surface, blood vessels visible, soft focus background, dramatic lighting, high contrast, macro
Peritoneal cavity, transparent membrane, intricate network of blood vessels, shiny smooth surface, gentle curves, soft lighting, detailed texture, 3D rendering, anatomical accuracy, warm color tone, m
Small intestine, mucosa, preserved villous architecture, delicate finger-like projections, dense microvilli, columnar epithelial cells, goblet cells, lamina propria, muscularis mucosae, submucosa, int
Microscopic view, duodenal mucosa, intact villous architecture, detailed microscopic structure, finger-like projections, intestinal epithelial cells, microvilli on surface, Brunner's glands, lymphoid
Breast cancer diagnosis, serious concern, medical equipment, mammography machine, architectural distortion, 3D reconstruction, detailed breast tissue, calcification, tumor shape, irregular edges, spic
Anatomical illustration, detailed muscular system, various muscles, different architectural arrangements, skeletal muscle fibers, longitudinal section, transverse section, pennate muscle, fusiform mus
Microscopic oral mucosa, pinkish-red color, soft focus, shallow depth of field, high magnification, cellular structure visible, epithelial cells, connective tissue, blood vessels, microscopic lighting
🔥 加入新挑战！
Post-Apocalyptic Bloom
Microscopic view, duodenal mucosa, intact villous architecture, detailed microscopic structure, finger-like projections, intestinal epithelial cells, microvilli on surface, Brunner's glands, lymphoid
Dark abstract background, luxurious black marble texture, subtle golden veins, intricate geometric patterns, mysterious fog effect, cinematic lighting, high contrast, 4K resolution, panoramic view, sy
Illusions of dreams, where peace and freedom exist only in our imagination, contrast starkly with the harsh reality of our world. Reality is a blend of ugliness and vibrant mystery, an 8k surrealism f

如何用AI生成Perivascular图像？

第一步：输入与Perivascular相关的提示词；
第二步：选择符合Perivascular的风格与场景；
第三步：设置图像尺寸及光照等信息；
第四步：点击“生成”之后稍作等待，就可以查看你想要的Perivascular图像了。

常见问题

我在哪里可以制作自己的Perivascular图像？
你可以使用我们的文生图功能来快速的制作你想要的Perivascular图像，当然如果你有自己明确的需求，可以使用我们数十个AI工具来随意的制作。
我在PromeAI搜索到的Perivascular图像可以商用吗？
在成为标准版及以上会员之后，你自己制作的图像是可以商用的，你可以Remix你搜索到的喜欢的图像来制作自己的图像。
我可以免费使用PromeAI吗？
当然可以，我们给免费用户每个月提供了10个金币，可以用来制作一百张图像，你可以轻松创建自己想要的Perivascular图像。