Erzs The Odd Truth, Nov. 17, 2003
Doctors in Pennsylvania said Sunday morning the conditions of nine coal miners who spent three days deep underground is remarkably well considering the ordeal they ve been through. Dr. Russell Dumire at Conemaugh Memorial Medical Center in Johnstown, says that besides dehydration and mild hypothermia, all nine miners were doing well emotionally and physically hours after the [url=https://www.stanley-tumbler.us]stanley website[/url] ir rescue early Sunday morning. When they arrived here they were all in surprisingly very good condition, Dumire said. The care that they received during the entrapment extrication and transportation made our job very easy here. They all arrived in very good condition, they ve all been reunited with their families, they re resting comfortably in their rooms right now, in good condition, improving. Six of the miners [url=https://www.stanley-cups.us]stanley cup usa[/url] were taken to the Johnstown hospital while the others were treated at Somerset Hospital near where they were trapped since Wednesday. Dr. Dumire also said the six miners were starving when they got to the hospital, devouring donuts in a matter of minutes and [url=https://www.stanley-tumbler.us]stanley tumbler[/url] then moving on to anything they could get their hands on, including soup and crackers. Doctors say the miners worked together to survive their ordeal, including taking turns standing in the water and taking turns trying to keep each other warm. The crews on the surface worked expeditiously, getting the pipe down with the warm air probably was life saving for these individuals, Dumire said. And the fact that these nine indi Htnv Economy means sacrifice for Thanksgiving travelers
We kn [url=https://www.stanley-cups.us]stanley website[/url] ow DNA unzips to replicate itself, each new double helix containing half the parent. But how do we know that An incredible experiment, conducted in the 1950s, proved how DNA replicated itself without anyone taking a peek inside a cell. Find out how you know what you know. In the late 1950s, the scientific community was electrified by the Watson and Crick double-helix model of DNA, but still very much in the dark as to the details. One mystery, which was so fundamental that it didn ;t really count as a detail, was the duplicatio [url=https://www.stanley-cups.com.es]vaso stanley[/url] n process. How did such a complicated molecule manage to copy itself Watson and Crick insisted that it unzipped, each half-strand serving as a m [url=https://www.stanleycup.com.se]stanley mugg[/url] odel for the next generation. Others thought it somehow duplicated as a whole. Still others believed that some helper molecule snipped the helix every few nucleotides, replicating it in pieces until whole strands were created. Matthew Meselson and Franklin Stahl came to the rescue with the now-celebrated Meselson-Stahl experiment. The basis of the experiment was the nitrogen in DNA. Every nucleotide is built with nitrogen, which can be one of two different isotopes; 14N and 15N. Generally, 14N is used. Meselson and Stahl grew E. coli in a solution rich in 15N. After a few generations, they grabbed some of the bacteria and extracted their DNA, along with the DNA of regular E. coli made with nothing but 14N. They dumped the DNA of each in a tube full of a so