ection bytheir immune systems. Conditions such as Alzheimer’s disease,Parkinson’s disease, diabetes, heart failure, degenerative joint disease, andother problems may become curable if human cloning and it’s technologywas not banned (Human Cloning Foundation 1). The mass production ofanimals with genetically altered organs that could be transplanted intohumans safely, could be developed if human cloning research was notbanned (Worldbook.com 2). We may be able to learn how to switch cellson and off through cloning and than be able to cure cancer (HumanCloning Foundation 2). Scientists still do not know exactly how cellsdifferentiate into specific kinds of tissue, nor do they understand whycancerous cells lose their differential. Cloning, may be the missing piece tothe puzzle to understanding differential and cancer (Human CloningFoundation 1). For the devastating disease leukemia, we should be able toclone bone marrow for children and adults. This is expected to be one ofthe first benefits to come from cloning technology (Human CloningFoundation 2). The average person carriers eight defective genes insidethem (Human Cloning Foundation). These defective genes allow people tobecome sick when they would otherwise remain healthy. Human cloningtechnology may possibly ensure we will no longer suffer because of ourdefective genes (Human Cloning Foundation 2). Besides curing infertilityand numerous other diseases, human cloning research, may have analternative to silicone breast implants and other forms of cosmeticprocedures that may cause immune disease. With new technologies,instead of using materials foreign to the body for such procedures, doctorswill be able to manufacture bone, fat, connective tissue, or cartilage thatmatches the patient’s tissues exactly (Human Cloning Foundation 1). The major argument against cloning is that it would rob anindividual of their uniqueness, a uniqueness some consider ordain...
