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Virus Living Organism
 Good Things for Organizing: The Best of Martha Stewart Living by Martha Stewart Living, Who wouldn't like their living space to be more organized? Tapping into the popularity of the "Good Things" column in "Martha Stewart Living, Good Things for Organizing provides practical, efficient, and pretty solutions for organizing just about everything, from spools of thread and the silverware drawer to your entire wardrobe and home office. It is a law of nature: stuff accumulates. Good Things for Organizing shows how to live with stuff comfortably and creatively. In chapters organized room by room, Good Things for Organizing offers a wide range of ingenious ways to tame the clutter, from the basement to the garden shed. With sections such as "Cleamng Up the Countertop" in the kitchen chapter, "Linen Closet 10" in the closet chapter, and "Organizing Correspondence" in the home office chapter, the editors of "Martha Stewart Living have tested all of the possibilities and have created perfect solutions to the most frustrating organizing problems. Included are projects for every level of commitment, from tidying the junk drawer to building the right shelves to display a beloved collection.
 The U.S. Organ Procurement System by David L. Kaserman, X More than 50,000 people have died over the past thirty years because of a growing shortage of cadaveric human organs -- more people than were killed in the Vietnam War. Over the past forty years, better techniques and landmark drugs have greatly improved the transplant success rates for kidneys, livers, hearts, lungs, and other organs. But every year, for at least the past thirty years, the number of patients needing an organ transplant has consistently exceeded the number of organs supplied. It is estimated that less than half of the almost 80,000 people currently on waiting lists will live to receive the transplants. In The U.S. Organ Procurement System: A Prescription for Reform, economists David L. Kaserman and A. H. Barnett isolate the procurement issue from all others and make a compelling and persuasive case for markets in cadaveric organs. The authors argue that the organ shortage is the direct consequence of a long-standing policy -- codified in 1984 -- that prohibits any payment whatsoever to the families of the recently deceased. All others in the transplant process -- including surgeons, nurses, and organ procurement officials -- are paid for their services. But the family of the donor must go uncompensated. Kaserman and Barnett suggest that many deaths could be avoided by the adoption of a more intelligent public policy for cadaveric organ procurement. They argue that the organ shortage is no exception to the economic reasoning that a straightforward solution to any shortage is to allow price to rise to its equilibrium, market-clearing level. Market prices provide incentives that induce us to do many things that we would not otherwise do, such as go to work. Empiricalestimates suggest that the organ shortage could be resolved at a price of less than $1,000 per donor -- a tiny fraction of the cost of a transplant operation and an even smaller fraction of the cost of keeping patients alive through alternative treatments such as dialysis.
The Beast (Homeworld) - The Beast is a viral-like entity that acts as the antagonist in Barking Dog Studios' expansion set to Homeworld, Homeworld: Cataclysm. In this game the Beast is a virus-like entity that is able to use both mechanical and biological material to spread its matrix and melds the two into one living organism which it controls. Computer virus - In computer security technology, a virus is a self-replicating program that spreads by inserting copies of itself into other executable code or documents. A computer virus behaves in a way similar to a biological virus, which spreads by inserting itself into living cells. Living fossil - Living fossil is a term for any living species (or clade) of organism which closely resembles species otherwise only known from fossils and has no close living relatives. These species have all survived major extinction events, and generally retain low taxonomic diversities. Virus classification - Viruses can be classified in several ways, such as by their geometry, by whether they have envelopes, by the identity of the host organism they can infect, by mode of transmission, or by the type of disease they cause. The most useful classification is probably by the type of nucleic acid the virus contains and its mode of expression.
viruslivingorganism
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