How can the cells in our body organize themselves into functional structures?

Let’s model mitosis. Focus on drawing the cell nucleus taking care to model the number and location of chromosomes. Although the chromosomes are only visible in each stage, draw them in all stages for clarity sake. Draw a 2n=4 cell at G1 of interphase. Draw the same cell at the start of prophase. Draw the same cell at metaphase. Draw the cell(s) that result at the end of cytokinesis.

Let’s model mitosis. Focus on drawing the cell nucleus taking care to model the number and location of chromosomes. Although the chromosomes are only visible in each stage, draw them in all stages for clarity sake. Draw a 2n=4 cell at G1 of interphase. Draw the same cell at the start of prophase. Draw the same cell at metaphase. Draw the cell(s) that result at the end of cytokinesis. You can draw this out on paper

Just the answer

mespan. Unanges that everyone (all members of a species) can expect to experience. QUESTION 16 Stochastic. Match the definitions and key words with the categorical name. From the drop down boxes, choose: Programmed or - ◆ Celluar Aging: suggesting that the lifespan of a species is determined by an internal cellular "clock" that limits the number of cell divisions. Immune System: suggesting that aging is due to a break- down in the body's natural defense system against bacteria, viruses, and other substances. ◆ Error Theory: suggesting that errors at the cellular level produce "faulty" molecules. ◆ Evolutionary theory: suggesting that aging is a natural way to limit the reproductive potential and timespan of members of a species. Wear and Tear: suggesting that like a battery or a machine, the human body has a limited amount of energy and will eventually break down when drained. Build-up of Damaging Substances: suggesting that the accumulation of "waste products" in cells can damage…

Please answer the question. It is a lab homework for the anatomy and phisology of human cell.

somatic cells males a normal amount of one too many sex chromosomes excess females infertility death the germ line autosomes one too few Humans who have aneuploidy of the sex chromosomes are viable. A human who has the Klinefelter syndrome (XXY) has the normal number of and will produce the normal amount of proteins from gene on autosomes. A person who has Klinefelter syndrome (XXY) has X chromosomes, one of which will condense into a Barr body in somatic cells. Most X chromosome genes produce protein. The few genes in the PAR region of the X chromosome remain active and those genes produce XXY somatic cells, leading to skeletal abnormalities in with Klinefelter syndrome. protein in the In the Barr body is reactivated. The higher dose of X chromosome gene expression in the XXY male germ line leads to defective spermatogenesis and