Inspiring News Articles
Excerpts of Highly Inspiring News Articles in Major Media
Below are one-paragraph excerpts of highly inspiring news articles from the major media. Links are provided to the original inspiring news articles on their media websites. If any link fails, read this webpage. The most inspiring news articles are listed first. You can also explore the news articles listed by order of the date posted. For an abundance of other highly inspiring material, see our Inspiring Resources page. May these inspiring news articles inspire us to find ever more ways to love and support each other and all around us to be the very best we can be.
One of the world's most isolated aquatic mammals, Arctocephalus philippii, can tolerate high levels of cadmium, as well as other metallic pollutants, without suffering ill effects. A. philippii is the second smallest species of fur seal and lives only on the Juan Fernández archipelago and one or two nearby islands in the Pacific Ocean, hundreds of miles off the coast of Chile. By the 19th century, the species had disappeared and was believed to be extinct until, in the 1960s, a small colony was found in a cave on the island. Since then, the Juan Fernández seal, which has become a protected species, has slowly recovered and has a population of around 80,000. "We collected samples of their faeces and found they contained extremely high levels of cadmium and other elements such as mercury," said Constanza Toro-Valdivieso of Cambridge University's conservation research institute. "The discovery was very surprising," she said. "Cadmium is poisonous to mammals but somehow these seals were processing it and passing it through their digestive systems and seem to be suffering little harm in the process." High levels were found not only in its faeces but in the bones of seals that had died of natural causes. The researchers also found high levels of silicon in their bones, which may be offsetting the impact of cadmium, they suggest. "The discovery that these animals appear to tolerate high levels of cadmium in their bodies has important medical implications," said Toro-Valdivieso. "These animals have a lot to tell us."
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In most people, speech and language live in the brain's left hemisphere. Mora Leeb is not most people. When she was 9 months old, surgeons removed the left side of her brain. Yet at 15, Mora plays soccer, tells jokes, gets her nails done, and, in many ways, lives the life of a typical teenager. "I can be described as a glass-half-full girl," she says, pronouncing each word carefully and without inflection. Her slow, cadence-free speech is one sign of a brain that has had to reorganize its language circuits. Yet to a remarkable degree, Mora's right hemisphere has taken on jobs usually done on the left side. It's an extreme version of brain plasticity, the process that allows a brain to modify its connections to adapt to new circumstances. People like Mora represent the upper bounds of human brain plasticity because their brains were radically altered very early in life – a period when the wiring is still a work in progress. During an interview with Mora, both her abilities and deficits were apparent. So was her outgoing personality and curiosity about the world. Mora began by telling me a joke: "How do you make a hot dog stand?" she asks. "You take away its chair." What scientists still want to know is precisely what allowed Mora's brain to rewire so extensively. One thing is clear: Understanding the basis of this sort of extreme plasticity, they say, could help millions of people whose brains are still trying to recover from a stroke, tumor, or traumatic injury. And Mora is helping scientists deepen their understanding, simply by being herself.
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