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.

Ex Input:
She’s disappointed not to have been able to claim ultimate victory in the battle against the human immunodeficiency virus (HIV) that causes the killer disease AIDS, but also proud that in three decades, the virus has been beaten into check. While a cure for AIDS may or may not be found in her lifetime, the 68-year-old says, achieving “remission” - where infected patients control HIV in their bodies and, crucially, can come off treatment for years - is definitely within reach. “I am personally convinced that remission...is achievable. When? I don’t know. But it is feasible,” she told Reuters at her laboratory at Paris’s Pasteur Institute, where she and her mentor Luc Montagnier discovered HIV in 1983. “We have ‘proof of concept’. We have...the famous Visconti patients, treated very early on. Now it is more than 10 years since they stopped their treatment and they are still doing very well, most of them.”   Sinoussi is referring to a study group of 14 French patients known as the Visconti cohort, who started on antiretroviral treatment within 10 weeks of being infected and stayed on it for an average of three years. A decade after stopping the drugs, the majority have levels of HIV so low they are undetectable. These and other isolated cases of remission, or so-called “functional cure”, give hope to the 37 million people worldwide who, due to scientific progress, should now be able to live with, not have their lives cut short by, HIV. In developed countries at least - and in many poorer ones too - an HIV positive diagnosis is no longer an immediate death sentence, since patients can enjoy long, productive lives in decent health by taking antiretroviral drugs to control the virus. It’s a long way from the early 1980s, when Sinoussi remembers sick, dying HIV-positive patients coming to the doors of the Pasteur and pleading with scientists there for answers. “They asked us: ‘What we are going to do to cure us’,” she says. At that time, she says, she knew relatively little about HIV, but what she was sure of was that these patients would never live long enough to see a treatment developed, let alone a cure. “It was very, very hard.”  Yet this interaction with real patients, and with their doctors and later their advocates, gave Sinoussi an important insight into what was needed to make her life in science one with meaning and impact — collaboration. Working across barriers - be they scientific disciplines, cultural, religious and political divides, international borders or gender distinctions, has been and remains Sinoussi’s driving force. In her earliest days, feeling disengaged while working on her PhD and itching for action in a real-life laboratory, she hustled her way in to working at the male-dominated Pasteur Institute for free with a virologist researching links between cancers and retroviruses in mice. While viruses are her thing, she has throughout her career worked with, cajoled and learned from immunologists, cancer specialists, experts in diseases of aging, pharmaceutical companies, AIDS patients, campaigners, and even the pope. “When you work in HIV, it’s not only working in HIV, it’s working far, far beyond,” she said. Freshly armed with her Nobel award and fired up about a lack of support for proven methods of preventing HIV’s spread, Sinoussi wrote an open letter to then-Pope Benedict XVI in 2009 criticising him for saying that condoms can promote the spread of AIDS. In what was widely seen as a modification of his stance in response to such criticism, Benedict said in a book a year later that use of condoms could sometimes be justified in certain limited cases as a way to fight AIDS. Sinoussi says: “HIV has shown the way to go in the field of science. You can’t be isolated in your laboratory. You need to work with others.”  And this, she adds, is the “all together” spirit with which she advises her successors to continue after she’s gone. Many will be sad to see her leave, but she has faith that her chosen field will deliver for the people who need it. “Of course, I would love to have stopped and to see we had a vaccine against HIV and another treatment that could induce remission – but that’s life. I encourage the new generation of scientists today to continue our work. “Science never stops,” she says. “Just because a scientist stops, the science should not stop.”

Ex Output:
Science won't stop until it beats AIDS, says HIV pioneer.


Ex Input:
Scientists dubbed the startling findings “immune amnesia.” The body can rebuild those defenses — but it could take years. And with measles on the rise, “it should be a scary phenomenon,” said Dr. Michael Mina of Harvard’s school of public health, lead author of research published Thursday in the journal Science. “This goes under the radar” because doctors wouldn’t necessarily connect a child’s pneumonia to measles they suffered a year earlier, Mina explained. “But would they have gotten it if they hadn’t gotten measles?” The Harvard team analyzed blood samples taken from 77 children before and after a measles outbreak in an unvaccinated community in the Netherlands. They looked for antibodies, which remember viruses and bacteria they encounter to guard against a repeat infection. After recovering from measles, the youngsters were left with plenty of antibodies against that virus — but ones they’d previously harbored against other germs had plummeted. In the most severe cases, “they’re just as vulnerable as if they were infants,” said study senior author Stephen Elledge, a Harvard geneticist. Elledge is paid by the Howard Hughes Medical Institute, which also supports AP’s Health & Science Department. A separate study, published Thursday in Science Immunology, supported the findings. Researchers from Britain’s Wellcome Sanger Institute used the Dutch blood samples to genetically test antibody-producing cells, and concluded measles is eliminating enough to re-set the immune system to a baby-like state. If protection against the misery — and sometimes life-threatening effects — of measles isn’t enough reason to vaccinate children, specialists said the two studies offer a powerful new rationale. “There really are profound gaps and holes” in someone’s immunity after measles, said Dr. Anthony Fauci of the U.S. National Institutes of Health, which helped fund the Harvard work. “You ultimately recover but after a year or two or sometimes more.” “It’s doubly important to vaccinate children,” agreed Dr. Mark Mulligan of NYU Langone Health, who wasn’t involved with the new research. “It’s a vaccine that protects against the specific target, measles virus, but also against immune suppression.” Measles is one of the world’s most contagious viruses, able to spread through coughs and sneezes for four days before someone develops the characteristic rash. It sometimes leaves children with brain damage or hearing loss, and while deaths are rare in the U.S., measles killed 110,000 people globally in 2017. The vaccine offers powerful protection but a lack of access means measles remains rampant in many lower-income countries. Even the U.S., where most children are immunized, has seen a resurgence fueled by outbreaks in unvaccinated communities that in turn threaten people too young or sick to be immunized. So far this year, the Centers for Disease Control and Prevention has counted more than 1,200 U.S. measles cases, the most since 1992. Doctors have long known that people temporarily experience weakened immunity after measles. Using decades of health records, Mina previously reported that child deaths from other infections jumped after a measles outbreak, increases that lasted two or three years. But no one knew why, until the new study. The Dutch children started out pretty healthy: Technology developed in Elledge’s lab found antibodies in their blood against typical childhood germs. But two months after recovering from measles, the children had lost on average 20 percent of their usual antibody mix. Some lost up to 70 percent of protection against specific bugs, limiting their ability to respond if they encounter that germ again. Importantly, researchers didn’t find loss of antibodies in “control” populations that didn’t get infected with measles — or in children after they received the measles vaccine. ___ The Associated Press Health and Science Department receives support from the Howard Hughes Medical Institute’s Department of Science Education. The AP is solely responsible for all content.

Ex Output:
Measles saps kids’ ability to fight other germs.


Ex Input:
More than 1.7 million cases of chlamydia (kluh-MID’-ee-uh) were reported last year. The infection rate rose 3% from 2017. It’s the most ever reported in a year, though the trend is mainly attributed to increased testing. About 580,000 gonorrhea (gah-nuh-REE’-uh) cases were reported. That’s the highest number since 1991. The rate rose 5%. Scientists worry antibiotic resistance may be a factor. And the syphilis rate rose 15%. About 35,000 cases of the most contagious forms of the disease were reported — also the most since 1991. The Centers for Disease Control and Prevention released the numbers Tuesday. The increases coincided with public health funding cuts and clinic closures.

Ex Output:

3 sexually transmitted diseases hit new highs again in US.