Generate an explanation for the given claim using the provided supporting material from the paragraph. Please consider the following points while generating an output. 1) The claim will always have supporting proof in the paragraph, and the paragraph will have a clear point of view supporting the claim. 2) There can be instances where direct correlation to the claim is not available. Make use of the sentences in the paragraph to provide a corresponding output supporting the claim. 3) The explanation should be at least one and at most twelve sentences long.

Input: Consider Input: Paragraph: Honor, a 10-month-old colt with Gentle Carousel Miniature Therapy Horses, trotted into the hearts of dozens of children and teens being treated at the Manhattan hospital. Just a handful of young patients were well enough to secure their doctors’ permission to meet Honor in person in a hospital playroom, while others watched him from their beds, viewing an internal television broadcast in their rooms and isolation units. Maria Benitez, who is 19 but looks much younger, broke into a smile when Honor pranced into the playroom. The hospital declined to elaborate on details of Benitez’s medical condition, saying only she is currently being treated as an outpatient. While Maria said her favorite animal is a horse, this one was quite different from what she expected. “He’s smaller,” Maria whispered, staring at the chestnut horse with black eyes. “They are little horses, but they have big jobs,” said Jorge Garcia-Bengochea, co-founder of Gentle Carousel. Miniature horses have comforted trauma victims after such tragedies as the 2012 mass shooting at Sandy Hook Elementary School in Connecticut, the 2013 tornadoes that devastated Oklahoma and the 2015 church shooting in Charleston, South Carolina. They also work with families of police officers who have died in the line of duty. “They are herd animals, so they are very intuitive of what other horses are doing, needing. And they treat people that same way. They sense different emotions, different feelings that children have,” Garcia-Bengochea said. “Children have been through very traumatic situations and they’ve shut down. Just being around the animal, they get animated, they start talking and they actually sometimes tell the horse things that they haven’t told other people,” he said. In the hospital, the tiny equines serve as a symbol of hope and beauty, conjuring up an image of outdoor activities, running and strength, said Diane Rode, who heads up the hospital’s child creative arts therapy unit. “When you’re in the hospital, you’re dealing with pain, anxiety, isolation, and it’s easy to get stuck in that. Focusing on the miniature horses creates a relationship back to the world and an interest and pleasure in the world we are working to foster,” she said. “Children need more than medicine to get better,” Rode added. (This version of the story corrects the last name in paragraph four to Benitez) Claim: For New York hospital's patients, miniature horses are a strong medicine.

Output: Some of the most powerful medicine delivered to young patients at Mount Sinai Hospital in New York on Wednesday came in a package less than 32 inches tall and with a tail.


Input: Consider Input: Paragraph: True, the news hit hard last month that the so-called “Boston patients” - two men who received bone marrow transplants that appeared to rid them completely of the AIDS-causing virus - had relapsed and gone back onto antiretroviral treatment. But experts say the disappointment could lay the basis for important leaps forward in the search for a cure. “It’s a setback for the patients, of course, but an advance for the field because the field has now gained a lot more knowledge,” said Steven Deeks, a professor and HIV expert at the University of California, San Francisco. He and other experts say the primary practical message is that current tests designed to detect even very low levels of HIV present in the body are simply not sensitive enough. As well as having the human immunodeficiency virus (HIV), the Boston patients both also had a type of blood cancer called lymphoma, for which they were treated using bone marrow transplants - one man in 2008 and the other in 2010. They continued taking the antiretroviral AIDS drugs, but eight months after each patient’s transplant, doctors found they could not detect any sign of HIV in their blood. In the early part of 2013, both patients decided to stop taking their AIDS drugs and both appeared to remain HIV-free - prompting their doctors, Timothy Henrich and Daniel Kuritzkes from Boston’s Brigham and Women’s Hospital, to announce at a conference in July that they may have been cured. Yet in December came news that one of the men had begun to show signs of an HIV rebound by August, while the second patient had a relapse in November. Henrich said the virus’ comeback underlined how ingenious HIV can be in finding hiding places in the body to evade attack efforts by the immune system and by drug treatment. “Through this research we have discovered the HIV reservoir is deeper and more persistent than previously known and that our current standards of probing for HIV may not be sufficient,” he said, adding that both patients were “currently in good health” and back on antiretroviral therapy. Barely a decade ago, few HIV scientists would have dared put the words HIV and cure in the same sentence. Yet some intriguing and inspiring cases in recent years mean many now believe it is just a question of time before a cure is found. First was the now famous case of Timothy Ray Brown, the so-called “Berlin patient,” whose HIV was eradicated by a complex treatment for leukemia in 2007 involving the destruction of his immune system and a stem cell transplant from a donor with a rare genetic mutation that resists HIV infection. Such an elaborate, expensive and life-threatening procedure could never be used as a broad-spectrum approach for the world’s 34 million HIV patients. But the results in Brown focused scientific attention on a genetic mutation known as ‘CCR5 delta 32’ as a target for possible gene therapy treatment. Then last March, French scientists who followed 14 HIV-positive people known as the “Visconti patients”, who were treated very swiftly with HIV drugs but then stopped treatment, said that even after seven years off therapy, they were still showing no signs of the virus rebounding. That announcement came only weeks after news of the “functional cure” of an HIV-positive baby in Mississippi who received antiretroviral treatment for 18 months from the day she was born. By the time she was two this appeared to have stopped the virus replicating and spreading. A “functional cure” is when HIV is reduced to such low levels that it is kept at bay even without treatment, though the virus can still be detected in the body. Sharon Lewin, an HIV expert at Monash University in Australia, said all these developments, as well as the setback suffered by the Boston patients, inspired scientists to investigate many different approaches in the search for a cure. “We’ve learnt many things here - and one of the most important is that a tiny, tiny amount of virus can get the whole thing going again,” she told Reuters. “It’s a clear message that we need better ways to pick up the virus.”  Scientists are now more convinced than ever that a two-pronged approach which aims to firmly suppress the virus while bolstering the immune system provides the best way forward. “We need to attack in two ways - reduce the virus to very low levels and also to boost the immune response. We can’t do one without the other,” said Lewin. “So we still have to think of other creative ways to control HIV. And it’s still early days... before we can say which approach is likely to be the winner.” Claim: Relapse of 'cured' HIV patients spurs AIDS science on.

Output: Scientists seeking a cure for AIDS say they have been inspired, not crushed, by a major setback in which two HIV positive patients believed to have been cured found the virus re-invading their bodies once more.


Input: Consider Input: Paragraph: Based on samples from more than 6,000 men treated for infertility, researchers writing in American Journal of Obstetrics & Gynecology found sperm in greater numbers, with faster swimming speeds and fewer abnormalities in semen made during the winter, with a steady decline in quality from spring onward. “The winter and spring semen patterns are compatible with increased fecundability and may be a plausible explanation of the peak number of deliveries during the fall,” wrote lead researcher Eliahu Levitas from Ben-Gurion University of the Negev in Beer-Sheva. If there is a seasonal pattern, they said, that knowledge may “be of paramount importance, especially in couples with male-related infertility struggling with unsuccessful and prolonged fertility treatments.”  For the new study, Levitas and his colleagues collected and analyzed 6.455 semen samples from men at their fertility clinic between January 2006 and July 2009. Of those, 4,960 were found to have normal sperm production, and 1,495 had abnormal production, such as low sperm counts. The World Health Organization defines anything over 16 million sperm per milliliter of semen as a normal sperm count. Taking into account the approximately 70 days it takes for the body to produce a sperm cell, the researchers found that men with normal sperm production had the healthiest sperm in the winter. For example, those men produced about 70 million sperm per milliliter of semen during the winter. About 5 percent of those sperm had “fast” motility, or swimming speed, which improves a couple’s chance of getting pregnant. That compared to the approximately 68 million sperm per milliliter the men produced in the spring, of which only about 3 percent were “fast.”  For men with abnormal sperm production, however, the pattern didn’t hold. Those men showed a slight trend toward better motility during the fall and made the largest percentage of normal shaped sperm - about 7 percent - during the spring. “Based on our results the (normal) semen will perform better in winter, whereas infertility cases related to low sperm counts should be encouraged to choose spring and fall,” the researchers wrote. Previous studies, mostly in animals, have found similar results in line with those species’ breeding seasons, said Edmund Sabanegh, a urologist who was not involved with the new research. “The hard part of this is really sorting out what factor is accounting for this,” said Sabanegh, the chairman of the urology department at Ohio’s Cleveland Clinic. In animal studies, seasonal changes in sperm production and fertility have been linked to factors ranging from temperature, to length of daylight exposure and hormone variations. Among people, previous research has found that sperm counts around the world are falling. While no one knows why, theories range from a more sedentary lifestyle to chemicals in the environment that affect sperm health. Sabanegh said he doesn’t think doctors will start telling men with low sperm counts to wait until the winter or spring to try to conceive a child. “We would continue to encourage them to try regardless of the season, and they may benefit from interventions or treatments.”  SOURCE: bit.ly/13JGdnB Claim: Even for sperm, there is a season.


Output: Autumn is the time of year most associated with bumper crops of new babies, and according to an Israeli study there may be a scientific reason for it: human sperm are generally at their healthiest in winter and early spring.