GPT Image Prompt
How to useCopy this prompt and paste it into ChatGPT, Gemini, Nano Banana, or your favorite AI image tool. Adjust details if needed.
Create a highly realistic vertical educational biology poster for high school students, designed as a premium editorial science spread that explains how DNA stores genetic information. Build the composition around one enormous DNA double helix sweeping diagonally from the upper left to the lower right, dramatically cropped so it feels immersive, architectural, and visually dominant. The poster should resemble a polished biology magazine feature rather than a standard infographic, with strong negative space, refined hierarchy, and a sophisticated scientific tone. Avoid equal panels, circular life-cycle layouts, classroom worksheet styling, or many small floating cards.
Place the title “HOW DNA STORES GENETIC INFORMATION” in bold serif editorial typography across the lower-right quarter, partially overlapping a calm dark background area without obscuring key molecular structure. Near the center, add the smaller question “HOW CAN FOUR BASES CODE SO MUCH INFORMATION?” Integrate exactly five large editorial callout zones into the negative space around the helix: “DNA IS A DOUBLE HELIX” with “Two strands twist around each other.” “NUCLEOTIDES BUILD DNA” with “Each nucleotide contains sugar, phosphate, and a base.” “BASE ORDER STORES INFORMATION” with “The sequence of bases carries genetic instructions.” “COMPLEMENTARY PAIRS” with “A pairs with T, and C pairs with G.” “GENES ARE DNA SECTIONS” with “Genes are stretches of DNA with instructions.”
Include one enlarged nucleotide model near the top edge, clearly showing sugar, phosphate, and base, and one magnified gene segment near the bottom edge to suggest a defined stretch of DNA. Add a subtle chromosome silhouette in the background as a secondary supporting element, not the main subject. Include one short note: “DNA information is copied before cell division.”
Use highly realistic molecular visualization with translucent depth, subtle internal structure, polished editorial lighting, and premium scientific rendering. Show the helix as fully three-dimensional, never as a flat ladder. Keep the science accurate and age-appropriate: do not imply one gene controls one trait in every case, do not confuse bases with amino acids, do not show incorrect base pairing, and do not overcrowd the page with full chromosome anatomy. Use a refined palette of deep indigo, muted cyan, soft ivory, and restrained magenta accents for the bases. Keep all text large, bold, and highly readable on mobile screens, with exactly five main labels and one short note, and keep every explanation under 11 words.