Meiosis Diagram Generator

Prompt

Create a fully labeled meiosis overview diagram on a white background. Draw the complete sequence left to right in two rows. Row one, headed "Meiosis I", shows a diploid parent cell with 2n = 4 (two blue chromosomes from one parent, two red from the other), then prophase I with paired bivalents and visible crossing over, metaphase I with pairs aligned on the plate, anaphase I with whole homologues moving apart each keeping two chromatids, and telophase I with two cells. Row two, headed "Meiosis II", shows prophase II, metaphase II with chromosomes aligned singly, anaphase II with sister chromatids separating, and telophase II ending in four small haploid cells with mixed colours. Label every phase beneath its cell and add "2n = 4" at the start and "n = 2" at the end.

Prompt

Create a magnified labeled diagram of crossing over on a white background. Show three panels left to right. Panel 1: two homologous chromosomes, one solid blue and one solid red, each with two sister chromatids, pairing up, labeled "Homologous pair (bivalent)". Panel 2: the same pair with two non-sister chromatids overlapping at an X-shaped junction, labeled "Chiasma forms". Panel 3: the chromosomes separated, with two chromatids now part blue and part red, labeled "Recombinant chromatids". Add a caption beneath reading "Crossing over in prophase I swaps segments between homologous chromosomes, creating new allele combinations".

Prompt

Create a blank meiosis worksheet. Draw eight panels in two rows of four, each containing a cell outline with chromosomes drawn in clean line art and no text. Beneath each panel place a short horizontal ruled blank line, numbered 1 to 8. Head the first row "Meiosis I" and the second row "Meiosis II" but leave no phase names. Add a word bank box below reading "prophase I, metaphase I, anaphase I, telophase I, prophase II, metaphase II, anaphase II, telophase II". Generous white space, no answer key.

Prompt

Create a side-by-side comparison of mitosis and meiosis on a white background. On the left, headed "Mitosis", show one diploid parent cell dividing once into two identical diploid daughter cells, with a caption "2 cells, genetically identical, 2n". On the right, headed "Meiosis", show one diploid parent cell dividing twice into four haploid cells with mixed chromosome colours, captioned "4 cells, genetically distinct, n". Below, add a three-row comparison strip reading "Divisions: 1 vs 2", "Daughter cells: 2 identical vs 4 distinct", and "Crossing over: no vs yes (prophase I)".

Prompt

Create a detailed labeled diagram of meiosis I on a white background, four large panels left to right. "Prophase I": homologous chromosomes pair into bivalents, crossing over at chiasmata, nuclear envelope breaking down, spindle forming. "Metaphase I": bivalents aligned on the metaphase plate with spindle fibres attached, annotated "independent assortment: either orientation is equally likely". "Anaphase I": whole homologous chromosomes pulled to opposite poles, each still holding two sister chromatids, annotated "homologues separate, chromatids stay joined". "Telophase I": two cells forming, each with one chromosome from each pair. Label each panel and annotate the key event beneath it.

Prompt

Create a detailed labeled diagram of meiosis II on a white background, four large panels left to right. "Prophase II": chromosomes recondense in each of the two haploid cells, new spindles form. "Metaphase II": chromosomes align singly on the plate, not in pairs. "Anaphase II": sister chromatids separate and move to opposite poles, annotated "now the chromatids split". "Telophase II and cytokinesis": four haploid daughter cells form, each with a different combination of coloured chromosome segments, annotated "four genetically distinct gametes". Label each panel beneath its cells.