Cell Membrane Diagram Generator

Prompt

Create a fully labeled fluid mosaic model of the cell membrane on a white background, viewed in cross-section. Draw two rows of phospholipids: round yellow phosphate heads facing outward at the top and bottom, with paired wavy fatty acid tails pointing inward and meeting in the middle. Embed a blue integral protein spanning the full bilayer, a green channel protein with a visible central pore, a pink peripheral protein resting on the lower surface only, orange cholesterol molecules wedged between the tails, and branched purple carbohydrate chains attached to a glycoprotein and a glycolipid on the upper surface only. Label every component with a thin leader line, and add side labels reading "Extracellular fluid" above and "Cytoplasm" below.

Prompt

Create a blank cell membrane worksheet. Draw the same fluid mosaic cross-section in clean line art with soft flat fills, but leave every label empty: draw thin leader lines from each component out to a short horizontal ruled blank line with no text on it. Number the blanks 1 to 10. Include generous white space and no answer key.

Prompt

Create a simple phospholipid bilayer diagram with no proteins. Show two rows of phospholipids, each drawn as one round head with two wavy tails, heads facing outward and tails meeting in the middle. Enlarge one phospholipid to the side as a callout and label its hydrophilic phosphate head and its two hydrophobic fatty acid tails. Add side labels reading "Water (extracellular)" above and "Water (cytoplasm)" below. Use bold flat colors and large readable text.

Prompt

Create a labeled membrane transport diagram. Draw one phospholipid bilayer across the width of the image and show four transport routes through it, left to right, each with a directional arrow and a heading: simple diffusion of small molecules straight through the bilayer, facilitated diffusion of a molecule through a channel protein, osmosis of water through an aquaporin, and active transport of a molecule through a carrier protein against the gradient with a small ATP symbol beside it. Add a subtle concentration gradient shading behind the membrane and label "high concentration" and "low concentration".

Prompt

Create a labeled diagram of membrane protein types. Draw one phospholipid bilayer and embed six different proteins along it, each labeled with a name and a one-line function: integral protein "spans the whole bilayer", peripheral protein "sits on one surface", channel protein "forms a water-filled pore", carrier protein "changes shape to move a solute", receptor protein "binds a signalling molecule", and recognition glycoprotein "identifies the cell". Use a distinct color for each protein and keep the bilayer orientation correct with heads outward.

Prompt

Create a side-by-side comparison of the cell surface in an animal cell and a plant cell. On the left draw an animal cell surface: a single phospholipid bilayer with embedded proteins, labeled "Cell membrane only". On the right draw a plant cell surface: the same bilayer with a thick layered cellulose cell wall drawn outside it, labeled "Cell wall outside the cell membrane". Add a short note under each panel: "Flexible, no wall" and "Rigid cellulose wall supports the cell".