anaphase
Asters split apart and spread fibers along the length of the cell. The DNA copies itself then clumps up. The pairs are joined together and align along a metaphase plate. The aster became centrosomes on the poles of the cell and the fibers become microtubules. the microtubules pull apart half of the chromosomes so that each pole would now have an identical set of chromosomes. A cleavage furrow then splits the cells in two making two identical daughter cells from the single parent cell.
To put it simply, during Mitosis the chromosomes are first replicated (copied) and then distributed into 2 new "daughter" cells. They are replicated during the S phase of interphase, and in the following phases (prophase, metaphase, anaphase, telophase) are organized, separated, and repackaged at opposite ends of the cell, at which point the cell divides.idkidkthe strand of chromosomes split like the cell during mitosis.They split in half.
If you are referring to prophase of mitosis, the cell's chromatin is condensing into organized chromosomes, visible under the light microscope. Spindle fibers are attaching to the centromeres and the centrioles are moving to the poles of the cell. The two phases of prophase during meiosis are different though.
In the laboratory, chromosomes can be separated according to length by the electric field of a gel electrophoresis apparatus. The separation of a chromosome into individual units during cell division (mitosis or meiosis) is caused by microtubules which attach the centromere to opposite end of the cell, pulling the two chromatids apart as the cell divides.
Yes, homologous chromosomes are similar in length and have the same type of genes in the same locations.
Yes, a gene is a complex length of DNA that is in our body. A gene is a length of DNA that codes for a living life form. Genes are found on chromosomes which are in the body nucleus.
Asters split apart and spread fibers along the length of the cell. The DNA copies itself then clumps up. The pairs are joined together and align along a metaphase plate. The aster became centrosomes on the poles of the cell and the fibers become microtubules. the microtubules pull apart half of the chromosomes so that each pole would now have an identical set of chromosomes. A cleavage furrow then splits the cells in two making two identical daughter cells from the single parent cell.
Decrease The Length of The Radius
two chromosomes that have the same length and same apperence.
To put it simply, during Mitosis the chromosomes are first replicated (copied) and then distributed into 2 new "daughter" cells. They are replicated during the S phase of interphase, and in the following phases (prophase, metaphase, anaphase, telophase) are organized, separated, and repackaged at opposite ends of the cell, at which point the cell divides.idkidkthe strand of chromosomes split like the cell during mitosis.They split in half.
If the speed and length of a wave decrease, the frequency of the wave will also decrease. This means the wave will have a lower pitch or tone.
Genes are organized in organisms on structures called chromosomes. Chromosomes contain long strands of DNA that are made up of genes. Genes are arranged in a linear fashion along the length of chromosomes, with each gene encoding specific instructions for producing proteins or controlling various traits in the organism.
If you are referring to prophase of mitosis, the cell's chromatin is condensing into organized chromosomes, visible under the light microscope. Spindle fibers are attaching to the centromeres and the centrioles are moving to the poles of the cell. The two phases of prophase during meiosis are different though.
In the laboratory, chromosomes can be separated according to length by the electric field of a gel electrophoresis apparatus. The separation of a chromosome into individual units during cell division (mitosis or meiosis) is caused by microtubules which attach the centromere to opposite end of the cell, pulling the two chromatids apart as the cell divides.
During cell division, chromatin material gets organized into tightly packed structures called chromosomes. Chromosomes contain DNA that carries the genetic information of the cell, crucial for proper cell division and inheritance of genetic traits.
Chromosomes with equal or nearly equal arms are referred to as "metacentric chromosomes." In these chromosomes, the centromere is positioned centrally, resulting in two arms of roughly equal length. This contrasts with other types of chromosomes, such as submetacentric or acrocentric, where the arms differ significantly in length.
Yes, homologous chromosomes are similar in length and have the same type of genes in the same locations.