Given a paragraph, generate a claim that is supported by the given paragraph. 1) The claim must contain information from within the paragraph. 2) A sentence within the paragraph can be used as a claim. 3) The claim should not have contradictions within the paragraph. 4) The claim should be at most one sentence long.

[Q]: The use of eDNA sampling is already well established as a tool for monitoring marine life like whales and sharks. Whenever a creature moves through its environment, it leaves behind tiny fragments of DNA from skin, scales, feathers, fur, faeces and urine. "This DNA can be captured, sequenced and then used to identify that creature by comparing the sequence obtained to large databases of known genetic sequences from hundreds of thousands of different organisms," said team spokesman Professor Neil Gemmell of the University of Otago in New Zealand. The first written record of a monster relates to the Irish monk St Columba, who is said to have banished a "water beast" to the depths of the River Ness in the 6th century. The most famous picture of Nessie, known as the "surgeon's photo", was taken in 1934 and showed a head on a long neck emerging from the water. It was revealed 60 years later to have been a hoax that used a sea monster model attached to a toy submarine. Countless unsuccessful attempts to track down the monster have been made in the years since, notably in 2003 when the BBC funded an extensive scientific search that used 600 sonar beams and satellite tracking to sweep the full length of the loch. The most recent attempt was two years ago when a high-tech marine drone found a monster - but not the one it was looking for. The discovery turned out to be replica used in the 1970 film "The Private Life of Sherlock Holmes", which sank nearly 50 years ago. Gemmell's team, which comprises scientists from Britain, Denmark, the United States, Australia and France, is keen to stress the expedition is more than just a monster hunt. "While the prospect of looking for evidence of the Loch Ness monster is the hook to this project, there is an extraordinary amount of new knowledge that we will gain from the work about organisms that inhabit Loch Ness," Gemmell said on his university website. He predicts they will document new species of life, particularly bacteria, and will provide important data on the extent of several new invasive species recently seen in the loch, such as Pacific pink salmon. Their findings are expected to be presented in January 2019.
[A]: Scientists plan DNA hunt for Loch Ness monster next month.

[Q]: The Nobel Assembly, which awarded the prize of 8 million Swedish crowns ($1.1 million) at Sweden's Karolinska Institute on Monday, said the discovery solved a problem that had occupied philosophers and scientists for centuries: "How does the brain create a map of the space surrounding us and how can we navigate our way through a complex environment?" Ole Kiehn, a Nobel committee member and professor in Karolinska's neuroscience department, said the three scientists had found "an inner GPS that makes it possible to know where we are and find our way". O'Keefe, now director at the center in neural circuits and behavior at University College London (UCL), discovered the first element of the positioning system in 1971 when he found that a type of nerve cell in a brain region called the hippocampus was always activated when a rat was in a certain place in a room. Seeing that other nerve cells were activated when the rat was in other positions, O'Keefe concluded that these "place cells" formed a map of the room. Uta Frith, a UCL professor of cognitive development said O'Keefe had shown "it is possible to literally map the mind". "He has done much more than discovering neuronal mechanisms in the brain: he has discovered cognitive mechanisms that explain how human beings and other animals navigate," she said. "This beautiful work is heralding a new age of exploration of brain and mind." In 1996, Edvard Moser and May-Britt Moser, who are married and now based in scientific institutes in the Norwegian town of Trondheim, worked with O'Keefe to learn how to record the activity of cells in the hippocampus. Nearly a decade later, the Moser team discovered cells, in the entorhinal cortex region in brains of rats, which function as a navigation system. These so-called "grid cells", they discovered, are constantly working to create a map of the outside world and are responsible for animals' knowing where they are, where they have been, and where they are going. Bill Harris, head of physiology, development and neuroscience at Britain's University of Cambridge, said the scientists' work "has not only revolutionized our understanding of this amazing puzzle (the brain), but has also opened the door into problems of place memory and how we learn and remember routes of navigation, and what sleep and dreams may be doing for memory and performance." While the findings help explain how the brain works, they have no immediate implications for new medicines or other therapies, since they do not set out a mechanism of action. But knowledge about the brain's positioning system can also help understanding of what causes loss of spatial awareness in stroke patients or those with devastating brain diseases like dementia, of which Alzheimer's is the most common form and which affects 44 million people worldwide. O'Keefe told reporters in London he was very surprised to get the Nobel Prize, particularly after what he described as a "checkered youth" jumping from studying classics at school, then aeronautics at college before getting into philosophy and psychology. "I'm still in a state of shock," he said. May-Britt Moser danced and drank champagne with her colleagues in Trondheim after she was told of the award. "This is so great, this is crazy. I am just jumping, screaming," Moser told Reuters. "I am so proud of all the support that we have had. People have believed in us, in what we have been doing and now this is the reward." Norwegian TV showed her co-workers singing "Happy Nobel to you" to the tune of "Happy Birthday". Her husband did not immediately learn that he had won the Nobel Prize as he was on a plane bound to Munich. Someone was waiting for him at Munich airport with flowers and gave him the news, he told the Norwegian news agency NTB. The Mosers join a small club of married couples to win a Nobel Prize that includes Pierre Curie and Marie Curie. John Stein, an emeritus professor of physiology at Oxford said that, as with so many Nobel Prize winners, the scientists' discovery was at first ridiculed and dismissed, only later to get the recognition it warrants "This is great news and well deserved," Stein said. "I remember how great was the scoffing in the early 1970s when John first described 'place cells'. 'Bound to be an artefact' and 'he clearly underestimates rats' sense of smell' were typical reactions. Now, like so many ideas that were at first highly controversial, people say: 'Well that's obvious'!" Medicine is the first of the Nobel Prizes awarded each year. Prizes for achievements in science, literature and peace were first awarded in 1901 in accordance with the will of dynamite inventor and businessman Alfred Nobel. (1 US dollar = 7.2230 Swedish crown)
[A]: Nobel Prize for medicine goes to discoverers of brain's 'inner GPS'.

[Q]: Dr. Dana Meaney-Delman, who has been leading the inquiry at the U.S. Centers for Disease Control and Prevention (CDC) in Atlanta, wants to know where that oil came from. The answer will help explain whether these cells play a key role in the vaping-related outbreak that has killed seven people and sickened 530 so far. It may also reveal whether some of these cases have been occurring all along, undetected. "We're looking to partner with any lab that can assist in the identification of what those lipids (fats) are," Meaney-Delman said in a telephone interview. A group of researchers who have been studying the long-term effects of vaping told Reuters they have taken up the challenge. They have begun to re-examine lung cell samples they have collected in recent years for evidence of these oil-filled immune cells in people who vaped but didn't get sick. One possibility: The deposits are residue from inhaling vaping oils, such as those containing the marijuana ingredient tetrahydrocannabinol (THC) or vitamin E acetate. Both are considered possible contributors to the current illnesses. Some researchers suspect the oils are formed inside the lungs as part of the body's natural response to chemicals found in many commercial vaping devices. One theory is that vaping these chemicals may impair the immune system, and make people who vape more vulnerable to respiratory distress, they say. A study published in the Journal of Clinical Investigation earlier this month has fueled the latter theory. It found that mice exposed to aerosols of propylene glycol and vegetable glycerin - common solvents used in conventional nicotine vaping devices - developed these same fat-clogged immune cells even though they were never exposed to vaping oils. These mice also had impaired immune systems compared to mice exposed to room air. The study set off alarm bells for Thomas Eissenberg, co-director of the Center for Tobacco Products at Virginia Commonwealth University. For years, doctors have reported isolated cases of pneumonia-like illnesses in people who vaped. In many cases, patients also had these fat-filled immune cells - called lipid-laden macrophages. Now, these same abnormalities have been found in mice, and in at least some of the people who have fallen ill recently. "For me, the implication is there may be some underlying level of disease, like what we're seeing in this cluster, that's been going on all along," Eissenberg said in a phone interview. Early last week, Eissenberg joined some 25 vaping experts on a hastily arranged conference call. At least three researchers who have already collected lung cell samples from otherwise healthy vapers told Reuters they would see whether these people also had fat-laden pockets within their immune cells. Other researchers, like Eissenberg, are seeking funding to collect new samples of their own. They want to help determine whether these abnormalities have been present for years, and whether they have made vapers generally more vulnerable to severe disease, possibly triggered by some new vaping substance. The group's members say they have been in regular contact with officials at the CDC and the National Institutes of Health on how they can best help with the multistate investigation. They include Robert Tarran, a physiologist and vaping expert at the University of North Carolina School of Medicine, and Dr. Peter Shields, a lung cancer specialist at The Ohio State University Wexner Medical Center, who has one of the country's largest sets of lung samples from vapers, smokers and never-smokers. "It could be that we'll see something in the general, normal population of people who are using e-cigarettes," Shields said. Investigators at the CDC and the U.S. Food and Drug Administration (FDA) have pointed to THC vaping oils or vitamin E, a substance used in some THC products, as a possible cause of these illnesses. But they have not ruled out anything yet, including conventional nicotine liquids. CDC pathologists are examining hundreds of lung cell samples gathered from patients in the outbreak. Meanwhile, forensic chemists at the FDA are testing more than 150 products to determine whether there is a common ingredient that may help explain the illnesses. "We need to parlay what we're seeing in product samples with what we're seeing in lung tissue," Meaney-Delman said. Dr. Laura Crotty Alexander, a lung specialist at the University of California at San Diego, has been studying vaping's effect on health since 2013. Two years ago, she treated a patient with the same set of symptoms that are now being described across the country, and is now checking her lung cell samples to look for clues. "It's possible that everybody who is vaping is at risk," she said.
[A]:
U.S. scientists join effort to solve mysterious vaping-related illnesses.