The 9,400-square-foot residence has six bedrooms and eight bathrooms. There’s also a wraparound pool-which cannot be replicated today due to building codes-that gives the impression the home is floating on water.
#Wilt chamberlain hows the weather up there windows#
The living space features a sunken lounge area with a fire pit and is encircled by walls of windows so you always get a peek at the outdoors. The interiors feature Brutalist-inspired architecture and design, sharp touches that are juxtaposed well with the surrounding nature and natural materials like redwood and stone. The wraparound pool gives the impression that the home is floating on water. Meet the Super Sleuths Who Track Down Assets Big Spenders Want to Keep Secret This $14.5 Million Malibu Estate Has a Recording Studio Used by Everyone From John Mayer to Lil Jonįirst Look: These Luxurious NYC Condos Take You Back to the Roaring '20s His height played into Rich’s creation, which is a Frank Lloyd Wright-inspired triangular home. Just listed for $14.9 million, the house, located at 15216 Antelo Place, was originally named Ursa Major-a nod to Chamberlain’s “The Big Dipper” nickname, which came from the 7-foot-1 player having to dip his head when he walked through doorways. Built with a mix of redwood, glass and natural stone from neighboring Bouquet Canyon, the resulting home is an architectural gem. At the height of his career, he purchased this 2.5-acre piece of land, a former anti-aircraft missile site during the Cold War, and enlisted architect David Rich to build him a custom LA bachelor pad.
Chamberlain was a four-time MVP best known for his many seasons spent playing for the Los Angeles Lakers, and is regarded as one of the greatest basketball players of all time. TB was prevalent in the Jewish ghettoes there was selective pressure in favor of any gene that fought off TB, even though homozygote (two-copy) carriers of the gene died in infancy.The late, great basketball legend Wilt Chamberlain may have built this home in 1971, but more than five decades later, the spirit of the athlete feels intact within its redwood-clad walls. But carriers of just one copy of the gene seem to have had protection, somehow, against tuberculosis. Tay-Sachs is a terrible killer of children, with one aspect of the disease being excessive accumulation of fats in the bodys tissues. But if you have just one copy of that gene you will have the ability to retain fluids better if exposed to the cholera bacillus, which normally can cause fatal cases of diarrhea.Ī March 1991 article in Discover magazine by Jared Diamond explained the cruel logic of Tay-Sachs, which is found throughout the world but is particularly prevalent in Jews of Eastern European descent. Cystic fibrosis retards the bodys ability to secret salts and fluids. A new study shows that these heterozygous carriers of CF have additional resistance to cholera. But someone with one copy of the defective gene will remain healthy and have a boosted resistance to the malaria parasite.Īnother example is cystic fibrosis, the most common fatal genetic disorder of Caucasians. Someone with two copies of the gene will often die. The best known example of this is sickle-cell anemia in Africans. If you have just one copy of the mutant gene (if you are heterozygous for that gene rather than homozygous) you may still be physically affected, only in a beneficial way. Relatively few people inherit two copies of that defective gene they will develop the disease. Many people carry just one copy of a defective gene, and they remain healthy. You inherit one copy from your father and one from your mother. To understand this, you have to remember that genes come in pairs. The answer is rather startling: Genetic defects, however brutal to the individual, have subtle benefits to the larger population.
But how could anyone possibly explain away the horrible genetic defects that cause disease or crippling disabilities? Shouldnt those genes drive themselves to extinction over time? It makes sure there are many avenues of survival for the species. The general truism is that genetic diversity is good.