Phospholipid Diagram Generator Cell Membrane Made Clear

Create a detailed scientific diagram of a single phospholipid molecule. Show the hydrophilic phosphate head group (with choline, phosphate, and glycerol) and two hydrophobic fatty acid tails (one saturated straight chain, one unsaturated kinked chain). Label all components clearly: phosphate group, glycerol backbone, fatty acid chains, and indicate hydrophilic vs hydrophobic regions. Use blue for the hydrophilic head and yellow for the hydrophobic tails. Include a simplified icon version showing the lollipop representation. White background. Professional biochemistry illustration style for education.

Create a detailed cross-section diagram of a phospholipid bilayer. Show two layers of phospholipids with hydrophilic heads facing outward (toward aqueous environment) and hydrophobic tails facing inward. Display multiple phospholipid molecules in each layer to show the membrane structure. Label the outer leaflet, inner leaflet, hydrophilic region, hydrophobic core, and aqueous environments on both sides. Use blue for heads and yellow for tails. Include measurements showing typical membrane thickness (7-8 nm). White background. Professional cell biology illustration style.

Create a comprehensive diagram of the fluid mosaic model of the cell membrane. Show the phospholipid bilayer with embedded integral proteins (channel proteins, carrier proteins), peripheral proteins on the surface, cholesterol molecules between phospholipids, glycoproteins and glycolipids with carbohydrate chains on the extracellular surface. Label all components clearly. Use distinct colors: blue for phospholipid heads, yellow for tails, purple for integral proteins, green for peripheral proteins, orange for cholesterol, pink for carbohydrate chains. White background. Professional cell biology illustration for textbooks.

Create an educational diagram showing different transport mechanisms across the phospholipid bilayer. Illustrate: 1) Simple diffusion of small nonpolar molecules through the membrane; 2) Facilitated diffusion through channel proteins; 3) Facilitated diffusion through carrier proteins; 4) Active transport using ATP. Show arrows indicating direction of movement and label each mechanism. Include concentration gradients where relevant. Use the standard phospholipid bilayer as the base with blue heads and yellow tails. White background. Professional biology education illustration style.