3 different pcr tubes were obtained each tubecontaining a variation of hemoglobin E. tube A is anormal hemoglobin E,tube B is a diseasedhemoglobin E, and tube C is a hemoglobin E trait.conduct a graph showing which one would movefurther electrophoresis gel well if an experimentwas performed. explain your answer.

Gel electrophoresis is the migration of DNA or protein molecules on the electric field. This experiment has done to identify the desired molecules and separate them from the given mixture.Hemoglobin in the gel electrophoresis experiment tells about the amount present in the blood. This bioassay test shows the percentage of different hemoglobin in the provided sample. There are genes responsible for producing healthy and diseased hemoglobin. Physicians refer to hemoglobin samples that are run through current. Thus hemoglobin molecules separate and form different bands. Then each band of the given selection is compared with healthy hemoglobin. Thus the diseased hemoglobin has been detected.The abnormal hemoglobin show variation in band pattern. The expected diseased hemoglobin is thalassemia, and sickle cell anemia. In such a situation, the patient's blood generates abnormally shaped hemoglobin. The sample in gel electrophoresis can be done once. It is because the gel becomes unfit for migration of the DNA or protein molecules. In such a case, the samples move out of the gel and give the wrong band pattern. In some cases, the small holes in the gel are also filled due to an electric run for the second time. So the migration of molecules is not proper on the gel. Therefore, too long an electrophoresis experiment and second-time use of the same gel generate incorrect results. The same samples also give the same result in second-time gel electrophoresis.The three different hemoglobin i.e. normal, diseased, and hemoglobin trait has already shown variation in their band patterns. When they compare with control hemoglobin the result has detected. When these three samples undergo further electrophoresis it shows the same result. Hence, there is no requirement for the second gel experiment as all molecules migrate, showing different bands the same as the previous experiment.