Protein Synthesis AI
Draw the central dogma the way your class needs to see it: DNA to mRNA in the nucleus, mRNA to polypeptide at the ribosome. Describe the step, the labels, and the worksheet style, then generate a clean protein synthesis figure.
Describe the stage, the structures you want labeled, and the teaching style you need.
Generate a publication-ready PNG from your description.
Preview
Target aspect ratio: 16:9
Sample previews. Describe your diagram to generate your own protein synthesis figure.
Use these examples as visual directions for central dogma figures, single-stage close-ups, codon charts, and blank protein synthesis worksheets.
Prompt
Create a labeled central dogma diagram running left to right: DNA, then mRNA, then protein. Draw the DNA double helix and RNA polymerase inside a nucleus, the finished mRNA strand leaving through a nuclear pore, and a ribosome in the cytoplasm building a polypeptide chain. Label transcription over the DNA-to-mRNA arrow and translation over the mRNA-to-protein arrow, mark the nucleus and cytoplasm, and keep a clean white biology textbook style.
Prompt
Create a labeled transcription diagram set inside the nucleus. Show RNA polymerase bound at the promoter, the DNA double helix unwound into a transcription bubble, and the enzyme moving right while reading the lower template strand from 3' at left to 5' at right. Show the complementary mRNA growing 5' to 3', with its 5' end trailing left and its 3' end nearest the enzyme; the upper coding strand runs 5' at left to 3' at right. Label the promoter, RNA polymerase, template strand, coding strand, and growing mRNA. Keep the labels short and the background white.
Prompt
Create a labeled translation diagram centered on one ribosome in the cytoplasm. Show the mRNA strand threaded between the large and small ribosomal subunits, read 5' to 3', with the AUG start codon marked. Draw one tRNA in the A site carrying an amino acid, one tRNA in the P site attached to the growing polypeptide, and one tRNA leaving the E site. Label the ribosomal subunits, mRNA codons, tRNA anticodons, amino acids, the peptide bond, and the polypeptide chain.
Prompt
Create a close-up diagram of codon and anticodon pairing. Show one DNA template strand above an mRNA strand above three tRNA molecules. Use a worked example: DNA template TAC ACC GGA, mRNA AUG UGG CCU, anticodons UAC ACC GGA, amino acids methionine, tryptophan, proline. Label the start codon, each codon, each anticodon, the amino acid each tRNA carries, and note that uracil replaces thymine in RNA. Add a short caption line listing the three stop codons UAA, UAG, and UGA.
Prompt
Create a two-panel comparison figure of protein synthesis. In the eukaryotic panel, show transcription inside a nucleus, pre-mRNA processing with a 5' cap, poly-A tail and intron splicing, the mature mRNA leaving through a nuclear pore, and translation at a separate cytoplasmic ribosome. In the prokaryotic panel, show no nucleus and several ribosomes already translating an mRNA strand while RNA polymerase is still transcribing it. Head the panels Eukaryote: separated in space and time and Prokaryote: coupled in the cytoplasm.
Prompt
Create a blank protein synthesis worksheet. Draw an unlabeled transcription panel inside a nucleus outline and an unlabeled translation panel with a ribosome in the cytoplasm, with numbered leader lines pointing at RNA polymerase, the template strand, the mRNA, the nuclear pore, the ribosomal subunits, the tRNA, the anticodon, and the polypeptide, and nothing written on them. Below the panels add a short empty table with one row for a DNA template sequence, one for the mRNA codons, one for the tRNA anticodons, and one for the amino acids. Leave generous white space and no answer key.
Say whether you want transcription only, translation only, or the full DNA to RNA to protein sequence, and name the structures you want labeled.
Create a clean biology figure with the nucleus and cytoplasm separated, RNA polymerase and the ribosome in the right places, and readable leader lines.
Confirm the strand directions, codon sequences, and label placement, then download the result for slides, worksheets, lab reports, or study guides.
A transcription and translation diagram shows how a gene becomes a protein. It is the picture of the central dogma: DNA is transcribed into messenger RNA, and that mRNA is translated into a polypeptide. A clear version keeps the two steps in different places, because in a eukaryotic cell they happen in different compartments. Transcription takes place in the nucleus, where RNA polymerase copies one DNA strand into mRNA. Translation takes place at a ribosome in the cytoplasm, where transfer RNA reads the mRNA three bases at a time and adds the matching amino acid to a growing chain.
You can create a central dogma overview, a transcription close-up inside the nucleus, a translation close-up at the ribosome, a codon and anticodon chart, a prokaryote and eukaryote comparison, or a blank protein synthesis worksheet.
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