Hypothesis to explain difference I would observe when comparing karyotypes of human cells that undergo normal cell cycle control vs. cancerous cells record hypothesis

EXPERIMENT 4: THE IMPORTANCE OF CELL CYCLE CONTROL Some environmental factors can cause genetic mutations that result in a lack of proper cell cycle control. When this happens the possibility for uncontrolled cell growth occurs. In some instances, uncontrolled growth can lead to tumors, which are often associated with cancer or other biological diseases. In this experiment, you will review some of the karyotypic differences that can be observed when comparing normal, controlled cell growth and abnormal, uncontrolled cell growth. A karyotype is an image of the complete set of diploid chromosomes in a single cell PROCEDURE: 1. Begin by constructing a hypothesis to explain what differences you might observe when comparing the karyotypes of human cells that undergo normal cell cycle control versus cancerous cells. Record your hypothesis in the post-lab questions. Hint: Think about what you know about cancerous cell growth to help construct your hypothesis. 2. Use the Internet to find images of both normal and abnormal karyotypes. The best search terms to use include "abnormal karyotype," "HeLa cells," "normal karyotype," and "abnormal chromosomes." Be sure to use dependable resources that have been peer-reviewed. 3. Insert the images of normal and abnormal karyotypes or describe the images on your worksheet under the "Data" section.

what hypothesis to explain difference I would observe when comparing karyotypes

of human cells that undergo normal cell cycle control vs. cancerous cells record hypothesis .