AI-generated Images of microglia

Cell, mitosis process, interphase stage, nucleus, chromatin condensation, centrioles duplication, microtubules assembly, spindle fibers formation, chromosomes replication, nucleolus disappearance, cel
Intricate actin cytoskeleton, complex cell architecture, Asgard archaeon, transparent cellular membrane, glowing blue-green bioluminescent background, detailed microtubules, fibrous organelles, wispy
Cell, mitosis process, interphase stage, nucleus, chromatin condensation, centrioles duplication, microtubules assembly, spindle fibers formation, chromosomes replication, nucleolus disappearance, cel
brain cells interconnections as Nova zetangle fractals: Create 3D sculptures using these Fractals mandelbulb zetangle mandelbrot 8K 3D iridescent liminal Cinema 4D CryEngine deviantart, Duane Hanson ,
axon, neuron, microscopic, detailed, 3D structure, cylindrical shape, cell membrane, nucleus, mitochondria, endoplasmic reticulum, microtubules, vesicles, synaptic terminal, axon hillock, myelin sheat
Microscopic, biological, organic, transparent background, detailed structure, cellular components, nucleus, mitochondria, ribosomes, endoplasmic reticulum, Golgi apparatus, lysosome, cytoskeleton, fla
motor neuron, detailed structure, nucleus, nucleolus, mitochondria, endoplasmic reticulum, golgi apparatus, microtubules, axon, dendrites, synaptic terminal, myelin sheath, node of ranvier, Schwann ce
Bioluminescent metabolic architecture, futuristic organic forms, iridescent membranes, glowing enzymatic reactions, intricate network of tubes and spheres, translucent biomimetic materials, adaptive s
Intricate actin cytoskeleton, complex cell architecture, Asgard archaeon, transparent cellular membrane, glowing blue-green bioluminescent background, detailed microtubules, fibrous organelles, wispy
Mind, surreal, dreamy, abstract background, glowing brain, swirling thoughts, colorful neurons, sparkling stars, soft focus, shallow depth of field, vibrant colors, 3/4 composition, cinematic lighting
Microscopic view, colorful cells, nucleus, mitochondria, DNA double helix, protein structures, laboratory equipment, petri dish, microscope lens, shallow depth of field, bright lighting, vibrant color
motor neuron, detailed structure, nucleus, nucleolus, mitochondria, endoplasmic reticulum, golgi apparatus, microtubules, axon, dendrites, synaptic terminal, myelin sheath, node of ranvier, Schwann ce
Lymph node structure, intricate network, biological illustration, 3D model, detailed textures, transparent background, soft ambient lighting, cinematic composition, realistic shading, vibrant colors,
Intricate actin cytoskeleton, complex cell architecture, Asgard archaeon, transparent cellular membrane, glowing blue-green bioluminescent background, detailed microtubules, fibrous organelles, wispy
brain and heart switch,the in is made up of many tiny, white hair,human brain,cerebrum,amygdala,neurospora,microglia,neurocranium,microglial,neurite,neuroanatomical,neurogenesis,brain structure,neurov
Monster Energy logo, green and black colors, circular shape, claw mark design, bold font, 3D effect, metallic texture, shiny surface, centered composition, close-up shot, high contrast lighting, vibra
Bacteria, Escherichia coli, Bacillus subtilis, Staphylococcus aureus, microscopic view, 3D rendering, detailed cellular structure, cell wall, flagella, nucleoid, cytoplasm, pili, fimbriae, soft focus,
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Lymph node structure, intricate network, biological illustration, 3D model, detailed textures, transparent background, soft ambient lighting, cinematic composition, realistic shading, vibrant colors,
Cancer cell, microscope, cellular structure, nucleus, DNA helix, mutated gene, abnormal growth, 3D rendering, transparent background, dark blue tone, soft focus, shallow depth of field, cinematic ligh
Smooth Endoplasmic Reticulum, membranous organelle, tubular network, continuous with nuclear membrane, rough ER absent, ribosome-free, lipid bilayer, dynamic shape, flexible connections, cell interior

Como gerar imagens de microglia com IA?

Passo 1: Insira palavras-chave relacionadas ao microglia.
Passo 2: Selecione o estilo e o cenário que correspondem ao microglia.
Passo 3: Defina o tamanho da imagem, iluminação e outras informações.
Passo 4: Após clicar em 'Gerar', aguarde um momento e você poderá visualizar a imagem do microglia que deseja.

Perguntas Frequentes

Onde posso criar minhas próprias imagens de microglia?
Você pode usar nosso Gerador de Imagens com IA para criar rapidamente a imagem do microglia que deseja. Claro, se você tiver necessidades específicas, pode usar nossas dezenas de ferramentas de IA para criar livremente.
A imagem do microglia que pesquisei no PromeAI pode ser usada para fins comerciais?
Após se tornar um membro da versão padrão ou superior, a imagem que você criar pode ser usada para fins comerciais. Você pode Remixar a imagem que gosta, a qual você pesquisou, para criar sua própria imagem.
Posso usar o PromeAI gratuitamente?
Claro que sim. Oferecemos aos usuários gratuitos 10 moedas de ouro todo mês, que podem ser usadas para criar cem imagens. Você pode criar facilmente a imagem do microglia que deseja.