Match each box to one of the descriptions Each box shows a different type of meiosis in yeast, characterized by the crossovers that occur between the ARG3 and URA2 genes.Drag each type of meiosis to the type of tetrad that would result.arg3arg3ARG3ARG3arg3ARG3NCOarg3arg3ARG3ARG3Resetura2ura2URA2SCOURA2DCO 3-strand #2ura2arg3EXE EXCURA2ura2ura2URA2arg3URA2arg3ARG3ARG3ARG3ura2DCO 4-strandura2URA2arg3arg3ARG3URA2ARG3ura2DCO 2-strandURA2ura2ura2URA2URA2DCO 3-strand #1Parental Ditype (PD)Tetratype (T)Nonparental Ditype (NPD)

Meiosis: In sexually reproducing organisms, meiosis is a unique type of cell division of germ cells…

Each box shows a different type of meiosis in yeast, characterized by the crossovers that occur between the ARG3 and URA2 genes. Drag each type of meiosis to the type of tetrad that would result. arg3 arg3 ARG3 ARG3 arg3 NCO arg3 ARG3 ARG3 arg3 arg3 ARG3 ARG3 Reset ura2 SCO ura2 URA2 URA2 DCO 3-strand #2 ura2 ura2 URA2 URA2 ura2 ura2 URA2 URA2 arg3 arg3 ARG3 XX ARG3 arg3 arg3 ARG3 ura2 DCO 4-strand ARG3 ura2 URA2 arg3 arg3 ARG3 URA2 XX ARG3 ura2 ura2 URA2 DCO 2-strand URA2 ura2 ura2 URA2 URA2 DCO 3-strand #1 Parental Ditype (PD) Tetratype (T) Nonparental Ditype (NPD)

Each box shows a different type of meiosis in yeast, characterized by the crossovers that occur between the ARG3 and URA2 genes. Drag each type of meiosis to the type of tetrad that would result. arg3 arg3 ARG3 ARG3 arg3 NCO arg3 ARG3 ARG3 arg3 arg3 ARG3 ARG3 Reset ura2 SCO ura2 URA2 URA2 DCO 3-strand #2 ura2 ura2 URA2 URA2 ura2 ura2 URA2 URA2 arg3 arg3 ARG3 XX ARG3 arg3 arg3 ARG3 ura2 DCO 4-strand ARG3 ura2 URA2 arg3 arg3 ARG3 URA2 XX ARG3 ura2 ura2 URA2 DCO 2-strand URA2 ura2 ura2 URA2 URA2 DCO 3-strand #1 Parental Ditype (PD) Tetratype (T) Nonparental Ditype (NPD)

Human Heredity: Principles and Issues (MindTap Course List)

11th Edition

ISBN:9781305251052

Author:Michael Cummings

Publisher:Michael Cummings

Chapter2: Cells And Cell Division

Section: Chapter Questions

Problem 20QP: In the following diagram, designate each daughter cell as diploid (2n) or haploid (n).

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