Abortion :: essays research papers

Abortions Pro Choice supporters who claim it isn't do themselves and their cause a disservice. Of course it's alive. It's a biological mechanism that converts nutrients and oxygen into energy that causes its cells to divide, multiply, and grow. It's alive. Anti-abortion activists often mistakenly use this fact to support their cause. "Life begins at conception" they claim. And they would be right. The genesis of a new human life begins when the egg with 23 chromosomes joins with a sperm with 23 chromosomes and creates a fertilized cell, called a zygote, with 46 chromosomes. The single-cell zygote contains all the DNA necessary to grow into an independent, conscious human being. It is a potential person. But being alive does not give the zygote full human rights - including the right not to be aborted during its gestation. A single-cell ameba also coverts nutrients and oxygen into biological energy that causes its cells to divide, multiply and grow. It also contains a full set of its own DNA. It shares everything in common with a human zygote except that it is not a potential person. Left to grow, it will always be an ameba - never a human person. It is just as alive as the zygote, but we would never defend its human rights based solely on that fact. And neither can the anti-abortionist, which is why we must answer the following questions as well. 2. Is it human? Yes. Again, Pro Choice defenders stick their feet in their mouths when they defend abortion by claiming the zygote-embryo-fetus isn't human. It is human. Its DNA is that of a human. Left to grow, it will become a full human person. And again, anti-abortion activists often mistakenly use this fact to support their cause. They are fond of saying, "an acorn is an oak tree in an early stage of development; likewise, the zygote is a human being in an early stage of development." And they would be right. But having a full set of human DNA does not give the zygote full human rights - including the right not to be aborted during its gestation. Don't believe me? Here, try this: reach up to your head, grab one strand of hair, and yank it out. Look at the base of the hair. That little blob of tissue at the end is a hair follicle. It also contains a full set of human DNA.