The Beginning of Human Life Form

As the beginning of human life progresses with science and technology, understanding the origin of life becomes a viable possibility. Artificial life research aims to imitate life and to recapture to gain knowledge about the origin of life. This research is dedicated to creating the simplest "organism" that meets all the requirements of life. These researchers define life as a life that evolves, self-renews, metabolizes, adapts to changes in the environment, and eventually can die.

When will human life begin? Some ethicalists believe that when a woman's egg is fertilized by male sperm and human life begins when cells form. This single cell contains a complete genetic blueprint for every detail of human development, such as gender, hair, eye color, etc. From this moment, some people think that the embryo has a person's position. Others believe that life begins when embryos develop and primitive stripes occur on day 14 after conception. After menstruation, the development of the epithelial membrane aligned to the inner surface of the uterus allows the embryo to adhere to the mother's uterine wall. The original striped pattern is an elongated cell band that forms the axis of the embryo. It determines the location of cellular activity, the development of the middle layer of the embryo, it also determines the basic body plan

In biology, when sperm and ovum combine to form an embryo, human life begins with a concept, which indicates that it starts to develop as much as it can continue to die. Science does not include ethics and it can not give moral value to human life at any stage of the continuum. Many scientists say that human life, including myself, has complete moral value from the moment of conception, or at least has sufficient moral value and should not be intentionally destroyed believe. Many other scientists, most people believe that complete moral values ​​can only be performed in the next continuum transplanted into the uterus or later. I oppose HESCR because I must kill human embryos to obtain embryonic stem cells.