In Figure 2-11, assume (as in corn plants) that allele Aencodes an allele that produces starch in pollen and allele a does not. Iodine solution stains starch black. Howwould you demonstrate Mendel’s first law directly withsuch a system? Nuclear division at the DNA levelMitosis in a haploid cellMitosis in a diploid cellMeiosisS PhaseS PhaseS PhaseChromatidChromatidChromatidformationformationformationMitosisMitosisMeiosisAlignmenton equatorAlignmenton equatorPairing ofhomologsat equator(tetrad)AVAYChromatidsegregationChromatidsegregationChromosomesegregationEnd offirst divisionandandAEnd ofsecond divisionandandDaughter cellsAll ADaughter cellsAll AlaSex cellsFIGURE 2-11 DNA and gene transmission in mitosis and meiosis in eukaryotes. The S phase and the main stages of mitosisand meiosis are shown. Mitotic divisions (left and middle) conserve the genotype of the original cell. At the right, the twosuccessive meiotic divisions that take place during the sexual stage of the life cycle have the net effect of halving the number ofchromosomes. The alleles A and a of one gene are used to show how genotypes are transmitted in cell division.

Name: In Figure 2-11, assume (as in corn plants) that allele Aencodes an all
Uploaded: 2024-03-20T06:43:04.000Z
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Description: In Figure 2-11, assume (as in corn plants) that allele Aencodes an allele that produces starch in pollen and allele a does not. Iodine solution stains starch black. Howwould you demonstrate Mendel’s first law directly withsuch a system? Nuclear divis