Last November, a 27-year-old woman was admitted to St. Joseph's Hospital and Medical Center in Phoenix. She was 11 weeks pregnant with her fifth child, and she was gravely ill. According to a hospital document, she had "right heart failure," and her doctors told her that if she continued with the pregnancy, her risk of mortality was "close to 100 percent."
The patient, who was too ill to be moved to the operating room much less another hospital, agreed to an abortion. But there was a complication: She was at a Catholic hospital.
"They were in quite a dilemma," says Lisa Sowle Cahill, who teaches Catholic theology at Boston College. "There was no good way out of it. The official church position would mandate that the correct solution would be to let both the mother and the child die. I think in the practical situation that would be a very hard choice to make."
But the hospital felt it could proceed because of an exception — called Directive 47 in the U.S. Catholic Church's ethical guidelines for health care providers — that allows, in some circumstance, procedures that could kill the fetus to save the mother. Sister Margaret McBride, who was an administrator at the hospital as well as its liaison to the diocese, gave her approval.
The woman survived. When Bishop Thomas J. Olmsted heard about the abortion, he declared that McBride was automatically excommunicated — the most serious penalty the church can levy.
"She consented in the murder of an unborn child," says the Rev. John Ehrich, the medical ethics director for the Diocese of Phoenix. "There are some situations where the mother may in fact die along with her child. But — and this is the Catholic perspective — you can't do evil to bring about good. The end does not justify the means."
I believe that in order for mankind to move forward and become a sustainable, environmentally conscious, global community, we must ditch the bronze age myths that we are here on this planet because of a supernatural being, and instead work to build a society based upon the principle of doing what is best for all human beings, all animals and this wonderful planet we call home.
Friday, May 21, 2010
No Majesty of God. Just good Chemistry
Scientists create artificial life in laboratory.
Scientists have created synthetic life in the laboratory, in a feat of ingenuity that pushes the boundaries of humankind's ability to manipulate the natural world.
Craig Venter, the biologist who led the effort to map the human genome, said today that the first cell controlled entirely by man-made genetic instructions had been produced.
The synthetic bacterium, nicknamed Synthia, has been hailed as a step-change in biological engineering, allowing the creation of designer organisms with specialised functions that could never have evolved in nature.
The team at the J. Craig Venter Institute in Rockville, Maryland, is investigating how the technology could yield microbes that make vaccines, and algae that turn carbon dioxide into green hydrocarbon biofuels.
Scientists have created synthetic life in the laboratory, in a feat of ingenuity that pushes the boundaries of humankind's ability to manipulate the natural world.
Craig Venter, the biologist who led the effort to map the human genome, said today that the first cell controlled entirely by man-made genetic instructions had been produced.
The synthetic bacterium, nicknamed Synthia, has been hailed as a step-change in biological engineering, allowing the creation of designer organisms with specialised functions that could never have evolved in nature.
The team at the J. Craig Venter Institute in Rockville, Maryland, is investigating how the technology could yield microbes that make vaccines, and algae that turn carbon dioxide into green hydrocarbon biofuels.
Read the Article
Scientists have created synthetic life in the laboratory, in a feat of ingenuity that pushes the boundaries of humankind's ability to manipulate the natural world.
Craig Venter, the biologist who led the effort to map the human genome, said today that the first cell controlled entirely by man-made genetic instructions had been produced.
The synthetic bacterium, nicknamed Synthia, has been hailed as a step-change in biological engineering, allowing the creation of designer organisms with specialised functions that could never have evolved in nature.
The team at the J. Craig Venter Institute in Rockville, Maryland, is investigating how the technology could yield microbes that make vaccines, and algae that turn carbon dioxide into green hydrocarbon biofuels.
Scientists have created synthetic life in the laboratory, in a feat of ingenuity that pushes the boundaries of humankind's ability to manipulate the natural world.
Craig Venter, the biologist who led the effort to map the human genome, said today that the first cell controlled entirely by man-made genetic instructions had been produced.
The synthetic bacterium, nicknamed Synthia, has been hailed as a step-change in biological engineering, allowing the creation of designer organisms with specialised functions that could never have evolved in nature.
The team at the J. Craig Venter Institute in Rockville, Maryland, is investigating how the technology could yield microbes that make vaccines, and algae that turn carbon dioxide into green hydrocarbon biofuels.
Read the Article
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