Copy-ready prompt
{ "type": "Medical Infographic Poster", "topic": "Cause and effect chain of diabetes", "language": "Chinese with English subtitle", "style": "High-detail biomedical illustrations, editorial infographics, warm beige parchment background, realistic anatomical structures combined with 3D cross-sectional organ and molecular diagrams.", "format": "Vertical poster", "title": { "main": "The causal chain of diabetes", "subtitle": "THE CAUSAL CHAIN OF DIABETES", "tagline": "From insulin failure to hyperglycemia to systemic damage" }, "central_visual": { "description": "A large, semi-transparent full-body anatomical diagram is displayed in the center, showing the brain, blood vessels, lungs, heart, liver, pancreas, stomach, intestines, kidneys, and surrounding glucose and insulin signal transduction patterns.", "emphasis": "The metabolic pathway originates in the pancreas and liver, and spreads to multiple organs via the bloodstream." }, "layout": { "sections": [ { "title": "01 Glucose enters life", "position": "top-left", "count": 1, "labels": [ "GLUCOSE ENTERS LIFE" ] }, { "title": "02 Pancreas and Insulin", "position": "upper-left", "count": 1, "labels": [ "PANCREAS & INSULIN" ] }, { "title": "03 Normal Insulin Function", "position": "left-mid", "count": 1, "labels": [ "NORMAL INSULIN ACTION" ] }, { "title": "04 Insulin Resistance: Type 2 Pathway Initiation", "position": "lower-left", "count": 1, "labels": [ "TYPE 2 PATHWAY BEGINS" ] }, { "title": "05 The liver continuously releases glucose", "position": "top-right", "count": 1, "labels": [ "LIVER KEEPS RELEASING GLUCOSE" ] }, { "title": "06 β-cell exhaustion: from compensation to runaway", "position": "center-lower", "count": 1, "labels": [ "BETA CELL FAILURE: COMPENSATION TO FAILURE" ] }, { "title": "07 Type 1 Diabetes Branch", "position": "lower-left-center", "count": 1, "labels": [ "TYPE 1 DIABETES BRANCH" ] }, { "title": "08 High blood sugar and blood chemistry", "position": "upper-right-mid", "count": 1, "labels": [ "HYPERGLYCEMIA & BLOOD CHEMISTRY" ] }, { "title": "09 High blood sugar causes tissue damage", "position": "lower-mid-left", "count": 1, "labels": [ "HYPERGLYCEMIA CAUSES TISSUE DAMAGE" ] }, { "title": "10 Acute metabolic consequences", "position": "bottom-mid-left", "count": 1, "labels": [ "IMMEDIATE METABOLIC CONSEQUENCES" ] }, { "title": "11 Microvascular complications", "position": "mid-right-lower", "count": 1, "labels": [ "MICROVASCULAR COMPLICATIONS" ] }, { "title": "12 Major Vascular Complications and Tissue Damage", "position": "lower-right", "count": 1, "labels": [ "MACROVASCULAR & TISSUE DAMAGE" ] }, { "title": "13. Long-term costs to organ systems", "position": "bottom-right", "count": 1, "labels": [ "LONG-TERM ORGAN IMPACT" ] }, { "title": "14. Diabetes is a result of a malfunctioning regulatory system.", "position": "bottom-left-wide", "count": 1, "labels": [ "DIABETES IS FAILURE OF METABOLIC REGULATION" ] } ], "connectors": "All sections are connected by arrows, branching flowcharts, circular labels, and cause-and-effect diagrams, extending downwards and horizontally across the page." }, "illustrations": { "organs_count": 12, "organs": [ "Cross-section of the digestive tract (including the stomach and intestines)", "Pancreas close-up", "Microscopic illustration of pancreatic islets", "Muscle tissue illustration", "Liver close-up", "Human central brain", "Chest cavity and heart", "Abdominal intestines", "Retinal/fundus images", "kidney images", "Images of nerves/neuropathy", "Damage to blood vessels in the foot and lower leg" ] }, "small_panels": { "count": 6, "items": [ "Glucose and fructose intake scenarios (including fruits and sweets)", "Insulin receptor signal transduction map (including GLUT4 transport)", "Diagram of insulin resistance membrane structure", "β-cell decay timeline chart", "24-hour glucose fluctuation line graph", "AGEs/Oxidative Stress/Inflammatory Tissue Damage Sequence" ] }, "photo_style_insets": { "count": 8, "items": [ "sedentary lifestyle scenarios", "Abdominal scan images of visceral fat", "Blood glucose test strips or blood glucose measuring tools", "Obese/Back Fat Human Photos", "Sleep disorders and fatigue", "Medicine vials or insulin vials", "Photographs of eyes with retinal disease", "Photo of diabetic foot ulcer" ] }, "color_palette": { "background": "old paper, beige", "primary": "Dark brown typography", "accent": "Red blood vessels and glucose granules", "secondary": "Orange pancreas and liver hue", "tertiary": "Blue signal molecules and cool-toned anatomical highlights" }, "typography": { "headline": "Large, bold, serif-style Chinese title with a centered English subtitle below.", "section_numbers": "Large double-digit dark blocks from 01 to 14", "body_text": "Compactly arranged bilingual explanatory text, with bullet points and microlabels." }, "composition": "This science poster boasts extremely high information density, with balanced left and right sidebars, a centrally located human figure, multiple magnifying organ cross-sections, and floating molecular chains around it—an educational design with magazine-quality features.", "rendering": "Ultra-detailed, clear, print-quality posters; realistic anatomy; elegant infographic spacing; delicate parchment texture; soft vignetting; high resolution." }
Prompt breakdown
{ "type": "Medical Infographic Poster", "topic": "Cause and effect chain of diabetes", "language": "Chinese with English subtitle", "style": "High-detail biomedical illustrations, editorial infographics, warm beige parchment background, realistic anatomical structures combined with 3D cross-sectional organ and molecular diagrams.", "format": "Vertical poster", "title": { "main": "The causal chain of diabetes", "subtitle": "THE CAUSAL CHAIN OF DIABETES", "tagline": "From insulin failure to hyperglycemia to systemic damage" }, "central_visual": { "description": "A large, semi-transparent full-body anatomical diagram is displayed in the center, showing the brain, blood vessels, lungs, heart, liver, pancreas, stomach, intestines, kidneys, and surrounding glucose and insulin signal transduction patterns.", "emphasis": "The metabolic pathway originates in the pancreas and liver, and spreads to multiple organs via the bloodstream." }, "layout": { "sections": [ { "title": "01 Glucose enters life", "position": "top-left", "count": 1, "labels": [ "GLUCOSE ENTERS LIFE" ] }, { "title": "02 Pancreas and Insulin", "position": "upper-left", "count": 1, "labels": [ "PANCREAS & INSULIN" ] }, { "title": "03 Normal Insulin Function", "position": "left-mid", "count": 1, "labels": [ "NORMAL INSULIN ACTION" ] }, { "title": "04 Insulin Resistance: Type 2 Pathway Initiation", "position": "lower-left", "count": 1, "labels": [ "TYPE 2 PATHWAY BEGINS" ] }, { "title": "05 The liver continuously releases glucose", "position": "top-right", "count": 1, "labels": [ "LIVER KEEPS RELEASING GLUCOSE" ] }, { "title": "06 β-cell exhaustion: from compensation to runaway", "position": "center-lower", "count": 1, "labels": [ "BETA CELL FAILURE: COMPENSATION TO FAILURE" ] }, { "title": "07 Type 1 Diabetes Branch", "position": "lower-left-center", "count": 1, "labels": [ "TYPE 1 DIABETES BRANCH" ] }, { "title": "08 High blood sugar and blood chemistry", "position": "upper-right-mid", "count": 1, "labels": [ "HYPERGLYCEMIA & BLOOD CHEMISTRY" ] }, { "title": "09 High blood sugar causes tissue damage", "position": "lower-mid-left", "count": 1, "labels": [ "HYPERGLYCEMIA CAUSES TISSUE DAMAGE" ] }, { "title": "10 Acute metabolic consequences", "position": "bottom-mid-left", "count": 1, "labels": [ "IMMEDIATE METABOLIC CONSEQUENCES" ] }, { "title": "11 Microvascular complications", "position": "mid-right-lower", "count": 1, "labels": [ "MICROVASCULAR COMPLICATIONS" ] }, { "title": "12 Major Vascular Complications and Tissue Damage", "position": "lower-right", "count": 1, "labels": [ "MACROVASCULAR & TISSUE DAMAGE" ] }, { "title": "13.
Long-term costs to organ systems", "position": "bottom-right", "count": 1, "labels": [ "LONG-TERM ORGAN IMPACT" ] }, { "title": "14.
Diabetes is a result of a malfunctioning regulatory system.", "position": "bottom-left-wide", "count": 1, "labels": [ "DIABETES IS FAILURE OF METABOLIC REGULATION" ] } ], "connectors": "All sections are connected by arrows, branching flowcharts, circular labels, and cause-and-effect diagrams, extending downwards and horizontally across the page." }, "illustrations": { "organs_count": 12, "organs": [ "Cross-section of the digestive tract (including the stomach and intestines)", "Pancreas close-up", "Microscopic illustration of pancreatic islets", "Muscle tissue illustration", "Liver close-up", "Human central brain", "Chest cavity and heart", "Abdominal intestines", "Retinal/fundus images", "kidney images", "Images of nerves/neuropathy", "Damage to blood vessels in the foot and lower leg" ] }, "small_panels": { "count": 6, "items": [ "Glucose and fructose intake scenarios (including fruits and sweets)", "Insulin receptor signal transduction map (including GLUT4 transport)", "Diagram of insulin resistance membrane structure", "β-cell decay timeline chart", "24-hour glucose fluctuation line graph", "AGEs/Oxidative Stress/Inflammatory Tissue Damage Sequence" ] }, "photo_style_insets": { "count": 8, "items": [ "sedentary lifestyle scenarios", "Abdominal scan images of visceral fat", "Blood glucose test strips or blood glucose measuring tools", "Obese/Back Fat Human Photos", "Sleep disorders and fatigue", "Medicine vials or insulin vials", "Photographs of eyes with retinal disease", "Photo of diabetic foot ulcer" ] }, "color_palette": { "background": "old paper, beige", "primary": "Dark brown typography", "accent": "Red blood vessels and glucose granules", "secondary": "Orange pancreas and liver hue", "tertiary": "Blue signal molecules and cool-toned anatomical highlights" }, "typography": { "headline": "Large, bold, serif-style Chinese title with a centered English subtitle below.", "section_numbers": "Large double-digit dark blocks from 01 to 14", "body_text": "Compactly arranged bilingual explanatory text, with bullet points and microlabels." }, "composition": "This science poster boasts extremely high information density, with balanced left and right sidebars, a centrally located human figure, multiple magnifying organ cross-sections, and floating molecular chains around it—an educational design with magazine-quality features.", "rendering": "Ultra-detailed, clear, print-quality posters; realistic anatomy; elegant infographic spacing; delicate parchment texture; soft vignetting; high resolution." }
Avoid brand logos and review licensing before commercial use.











