糖尿病诞生的因果链. THE CAUSAL CHAIN OF DIABETES. 从胰岛素失灵,到高血糖,到全身损伤.
Full prompt
{"type":"medical infographic poster","topic":"diabetes cause-and-effect chain","language":"Chinese with English subtitles","style":"high-detail biomedical illustration, editorial infographic, warm beige parchment background, realistic anatomy mixed with 3D cutaway organs and molecule diagrams","format":"vertical poster","title":{"main":"糖尿病诞生的因果链","subtitle":"THE CAUSAL CHAIN OF DIABETES","tagline":"从胰岛素失灵,到高血糖,到全身损伤"},"central_visual":{"description":"large semi-transparent full-body human anatomy in frontal view occupying the center, showing brain, blood vessels, lungs, heart, liver, pancreas, stomach, intestines, kidneys, and surrounding glucose and insulin signaling graphics","emphasis":"metabolic pathways spreading from pancreas and liver through blood circulation to multiple organs"},"layout":{"sections":[{"title":"01 葡萄糖进入生命","position":"top-left","count":1,"labels":["GLUCOSE ENTERS LIFE"]},{"title":"02 胰腺与胰岛素","position":"upper-left","count":1,"labels":["PANCREAS & INSULIN"]},{"title":"03 正常胰岛素作用","position":"left-mid","count":1,"labels":["NORMAL INSULIN ACTION"]},{"title":"04 胰岛素抵抗:2型通路开始","position":"lower-left","count":1,"labels":["TYPE 2 PATHWAY BEGINS"]},{"title":"05 肝脏持续释放葡萄糖","position":"top-right","count":1,"labels":["LIVER KEEPS RELEASING GLUCOSE"]},{"title":"06 β细胞衰竭:代偿到失控","position":"center-lower","count":1,"labels":["BETA CELL FAILURE: COMPENSATION TO FAILURE"]},{"title":"07 1型糖尿病分支","position":"lower-left-center","count":1,"labels":["TYPE 1 DIABETES BRANCH"]},{"title":"08 高血糖与血液化学","position":"upper-right-mid","count":1,"labels":["HYPERGLYCEMIA & BLOOD CHEMISTRY"]},{"title":"09 高血糖导致组织损伤","position":"lower-mid-left","count":1,"labels":["HYPERGLYCEMIA CAUSES TISSUE DAMAGE"]},{"title":"10 急性代谢后果","position":"bottom-mid-left","count":1,"labels":["IMMEDIATE METABOLIC CONSEQUENCES"]},{"title":"11 微血管并发症","position":"mid-right-lower","count":1,"labels":["MICROVASCULAR COMPLICATIONS"]},{"title":"12 大血管并发症与组织损伤","position":"lower-right","count":1,"labels":["MACROVASCULAR & TISSUE DAMAGE"]},{"title":"13 器官系统长期代价","position":"bottom-right","count":1,"labels":["LONG-TERM ORGAN IMPACT"]},{"title":"14 糖尿病是调控系统失灵","position":"bottom-left-wide","count":1,"labels":["DIABETES IS FAILURE OF METABOLIC REGULATION"]}],"connectors":"all sections linked by arrows, branching flow lines, circular callouts, and cause-to-effect diagrams leading downward and across the page"},"illustrations":{"organs_count":12,"organs":["digestive tract cross-section with stomach and intestines","pancreas close-up","pancreatic islet microscopic inset","muscle tissue inset","liver close-up","brain in the central body","heart in the chest","intestines in abdomen","retina/eye fundus image","kidney image","nerve/neuropathy image","diseased foot and lower leg vascular damage"]},"small_panels":{"count":6,"items":["glucose and fructose food intake scene with fruit and sweets","insulin receptor signaling diagram with GLUT4 transport","insulin resistance membrane diagram","beta cell decline timeline chart","glucose variability line graph across 24 hours","AGEs/oxidative stress/inflammation tissue damage sequence"]},"photo_style_insets":{"count":8,"items":["sedentary lifestyle couch scene","visceral fat abdominal scan image","glucose strip or glucose measurement tools","obesity/back-fat body photo","sleep disruption tired person","medication bottles or insulin vials","retinopathy eye photo","ulcerated diabetic foot photos"]},"color_palette":{"background":"aged paper beige","primary":"dark brown typography","accent":"red blood vessels and glucose particles","secondary":"orange pancreas and liver tones","tertiary":"blue signaling molecules and cool anatomical highlights"},"typography":{"headline":"large bold Chinese serif-style title with centered English subtitle beneath","section_numbers":"large two-digit dark blocks from 01 to 14","body_text":"dense bilingual explanatory text in compact columns with bullet points and mini-labels"},"composition":"extremely information-dense scientific poster with balanced left-right sidebars, the human body centered, multiple magnified organ cutaways, molecular chains floating around, and a polished magazine-quality educational design","rendering":"ultra-detailed, crisp print-ready poster, realistic anatomy, elegant infographic spacing, subtle parchment texture, soft vignetting, high resolution"}
Completely reproduce the attached image as a single slide in a pptx file.
Make the text fully editable, and crop and use the diagrams and graphs from the original image as they are.
Generate an image that clearly summarizes the following {argument name="news_source_en" default="Yahoo News"} article in a single slide, using diagrams and illustrations.
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{argument name="news_body_en" default="{paste the Yahoo News article here}"}
Present a clear, side miniature 3D cartoon view of the tallest buildings in {argument name="city in English" default="YOUR CITY"}. Use minimal textures with realistic materials and soft, lifelike lighting and shadows. Use a clean, minimalistic composition showing exactly the three tallest buildings in {argument name="reference city in English" default="Sopot"}, arranged from left to right in strict descending height order. The tallest must appear visibly tallest, the second must be clearly shorter than the first, and the third must be clearly shorter than the second.
All buildings must follow accurate relative proportions: if a building is taller in real life, it must be taller in the image by the same approximate ratio. No building may be visually stretched or compressed.
Each building should stand separately on a thin, simple ceramic base. Below each base, centered text should display:
Height in meters — semibold sans-serif, medium size
Year built — lighter-weight sans-serif, smaller size, directly beneath the height text
Provide consistent padding, spacing, leading, and kerning. Write “{argument name="city name title" default="YOUR CITY NAME"}” centered above the buildings, using a medium-sized sans-serif font.
No building top should overlap or touch the text above. Use accurate architectural proportions based on real-world references. Maintain a consistent camera angle and identical scale for each building model.
No forced perspective. Use straight-on orthographic-style rendering. Do not exaggerate or stylize size differences beyond proportional accuracy.
Use a square 1080×1080 composition. Use a clean, neutral background. Ensure no extra objects are present.
I want an illustrated diagram explaining the roles of dopamine and D2 receptors in the synaptic cleft between neurons, and how they relate to schizophrenia. Antipsychotic drugs exert their effects by blocking D2 receptors. Please diagram this for the three cases: healthy person | hallucination and delusion state | under antipsychotic medication. Generate a horizontally oriented image.