Images générées par IA de neuromodulation

Breast ultrasound, architectural distortion, irregular shape, 3D reconstruction, detailed texture, high-frequency transducer, linear array probe, convex probe, harmonic imaging, pulse inversion, shado
Breast ultrasound, architectural distortion, irregular shape, 3D reconstruction, detailed texture, high-frequency transducer, linear array probe, convex probe, harmonic imaging, pulse inversion, shado
PVC ECG medical device, white background, modern design, rounded edges, silver accents, LCD screen, blue backlight, electrocardiogram waveform display, soft button controls, ergonomic grip, 45-degree
Back view of the brain, cerebral cortex, white matter, grey matter, cerebellum, brain stem, meninges, blood vessels, neurons, synapses, detailed texture, 3D structure, semi-transparent, soft lighting,
EKG machine, medical equipment, digital screen, green lines, heartbeat waveform, beeping sound, metal casing, buttons and knobs, sleek design, modern hospital, close-up shot, shallow depth of field, b
EKG machine, medical equipment, digital screen, green lines, heartbeat waveform, beeping sound, metal casing, buttons and knobs, sleek design, modern hospital, close-up shot, shallow depth of field, b
Human brain, frontal lobe, cerebral cortex, realistic details, soft lighting, 3/4 composition, shallow depth of field, warm color tone, cinematic lighting, close-up shot, slightly rotated angle, trans
ECG machine, hospital equipment, medical device, digital screen, green lines, heart rate graph, rhythmic patterns, idioventricular rhythm, cardiac monitoring, white background, shallow depth of field,
Abnormal ECG, medical equipment, cardiac monitoring, electrocardiogram, irregular heartbeat, arrhythmia, tachycardia, bradycardia, ST segment elevation, QT interval prolongation, cardiac arrest, defib
EKG machine, medical equipment, digital screen, green lines, heartbeat waveform, beeping sound, metal casing, buttons and knobs, sleek design, modern hospital, close-up shot, shallow depth of field, b
Futuristic laboratory interior, modern minimalist desk, sleek metal chair, compact neural architecture design, intricate circuit boards, glowing blue microchips, wires and cables organized neatly, fut
Methodology illustration, wide-band continuous-time MASHADC architecture, futuristic laboratory background, sleek metal tables, various electronic components, wires and circuits, ADC chips, oscillosco
Top-down design, protein architecture, futuristic laboratory, scientist, lab coat, goggles, pipette, microscope, computer screen, molecular structure visualization, blue and white color scheme, clean
EKG machine, medical device, heartbeat monitor, digital screen, green lines, pulsing rhythm, stethoscope, white background, close-up shot, shallow depth of field, soft lighting, realistic texture.,a p
Thyroid gland, human neck, detailed anatomy, realistic illustration, 3D model, frontal view, slight tilt, soft lighting, shallow depth of field, warm color tone, cinematic composition, high resolution
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Mocha Brown Room Decor
The intersection of human intelligence and artificial intelligence. left half neural connections in the brain, right motherboard tracks,a painting depicting a woman with many different electronic wire
Futuristic laboratory, medical equipment, architectural distortion, breast ultrasound machine, sleek metal body, glowing blue LED lights, transparent glass panel, futuristic UI display, doctor in whit
Modern digital design, computer architecture lecture slides, university classroom setting, mature professor, bespectacled, white hair, formal wear, pointer in hand, gesturing, detailed circuit diagram
ECG machine, hospital equipment, fast heartbeat rhythm, red wires, silver metal, digital screen, green waveform lines, stethoscope nearby, white background, close-up shot, shallow depth of field, brig
EKG machine, hospital setting, fast heartbeat rhythm, flashing red lights, metal equipment, wires connected, digital display, sterile environment, close-up shot, shallow depth of field, high-contrast

Comment générer des images de neuromodulation avec l'IA ?

Étape 1 : Entrez des mots-clés liés au neuromodulation.
Étape 2 : Sélectionnez le style et la scène qui correspondent au neuromodulation.
Étape 3 : Définissez la taille de l'image, l'éclairage et d'autres informations.
Étape 4 : Après avoir cliqué sur 'Générer', attendez un moment et vous pourrez voir l'image du neuromodulation que vous souhaitez.

Pas de prompt ? Essayez les prompts neuromodulation ci-dessous :

a close-up of neuromodulation on a green surface, one neuromodulation tube in the center with black metal bands near the right side, another neuromodulation tube behind it and to the left, the top of the tube has blue letters "mcdonald's brain" written at the top, additional informational text including "memcdonald's brain" visible in the bottom left corner, both tubes are dark brown with black links connecting them, all devices placed on a wooden surface below, the image is well-lit, showing clear details like muscle mass changes and texture, some small pebbles and small stones can be
an overhead view of a neuromodulation algorithm, with the following lines visible from the top left to the bottom right, each neurotermination is different shades of gray, the label on the left side reads "neuro-biologic science complex" in large red text with a blue background and white outline below it, there are smaller yellow lines inside the text, the middle section of the diagram shows more neurons and a neuromodulation model with a bright red neuron, the right side displays three similar neuromodulation models, all elements are clearly defined, creating a detailed, intricate network of lines across the surface
a series of neuromodulation cards with neon lights, 3 rows of 10 and 9, different size charts on each page, the top column is larger than the bottom column, various shades of blue, white, and gray are painted on them, there is an optical illusion effect, light reflecting from above, details of neuromodulation suggest a high-resolution photograph, overall image has a sharp focus on the neuromodulation charts and schematics
close-up of neuromodulation on a white surface, four brain cells with red-orange-tinted membranes, one cell on the right slightly higher than the one on the left, multiple antennas protruding from the top section of the brain cells, soft focus background, additional text in the background on the left side partially visible, image has a macro perspective.
a close-up of neuromodulation with multiple parallel lines, the line on the left is yellow, and the line on the right is green, there are white neuromodulations around it, some nerves are positioned above and below the main neuromodulation line, the orange central line appears slightly smaller and closer to the viewer, blurred background implies depth, likely an indoor setting, slight lighting from above.

FAQ

Où puis-je créer mes propres images de neuromodulation?
Vous pouvez utiliser notre générateur d'images IA pour créer rapidement l'image du neuromodulation que vous souhaitez. Bien sûr, si vous avez des besoins spécifiques, vous pouvez utiliser nos nombreuses outils IA pour créer librement.
L'image du neuromodulation que j'ai recherchée sur PromeAI peut-elle être utilisée à des fins commerciales ?
Après être devenu membre de la version standard ou supérieure, l'image que vous créez vous-même peut être utilisée à des fins commerciales. Vous pouvez remixer l'image que vous aimez, celle que vous avez recherchée, pour créer votre propre image.
Puis-je utiliser PromeAI gratuitement ?
Bien sûr. Nous offrons aux utilisateurs gratuits 10 pièces d'or chaque mois, qui peuvent être utilisées pour créer cent images. Vous pouvez facilement créer l'image du neuromodulation que vous souhaitez.