More Children’s Hospitals Turn to Furry Caregivers to Help Kids Heal

Cincinnati Children's Hospital facility dog Grover plays in the grassy facility dog play area at Cincinnati Children's Hospital in Cincinnati, Monday, May 4, 2026. (AP Photo/Carolyn Kaster)
Cincinnati Children's Hospital facility dog Grover plays in the grassy facility dog play area at Cincinnati Children's Hospital in Cincinnati, Monday, May 4, 2026. (AP Photo/Carolyn Kaster)
TT

More Children’s Hospitals Turn to Furry Caregivers to Help Kids Heal

Cincinnati Children's Hospital facility dog Grover plays in the grassy facility dog play area at Cincinnati Children's Hospital in Cincinnati, Monday, May 4, 2026. (AP Photo/Carolyn Kaster)
Cincinnati Children's Hospital facility dog Grover plays in the grassy facility dog play area at Cincinnati Children's Hospital in Cincinnati, Monday, May 4, 2026. (AP Photo/Carolyn Kaster)

The first time 5-year-old Calvin Owens went outside in more than a month, he met up with his canine friend Hadley on a hospital patio. Despite being tethered to equipment with wires and tubes, the little boy managed to stand up near his wheelchair long enough to toss her a ball.

He smiled as she ran to fetch it. Caregivers cheered.

“Look how good you’re doing!” said Hadley's handler, Schellie Scott.

Such small victories and moments of joy are common whenever Hadley or one of the other three facility dogs at Cincinnati Children’s Hospital show up.

These furry caregivers aren’t the typical therapy dogs volunteers bring to hospitals to comfort patients. They are specially trained, full-time working dogs that provide emotional support during stressful procedures, motivate kids to move around and make hospitals seem less scary. And experts say their ranks are growing at children’s hospitals across the nation.

A mounting body of research shows that even short interactions with facility dogs can improve children’s overall well-being, decrease the pain they feel and reduce signs of stress, like cortisol levels and blood pressure.

“These dogs are making a real difference,” said Kerri Rodriguez, director of the Human-Animal Bond Lab at the University of Arizona. “They can provide a little bit of normalcy, a little bit of comfort, in a really stressful, sterile environment that kids might not feel comfortable in.”

Although no one tracks the number of facility dogs in children's hospitals, Rodriguez points to the continual growth of the annual Facility Dog Summit, where handlers and other participants network and where attendance nearly doubled from 2024 to 2025. Other types of hospitals also have full-time dogs, but experts say children's hospitals account for most of the expansion in programs. One large nonprofit, Canine Assistants in Georgia, has a specific children’s hospital initiative through which it has placed more than 80 dogs nationally.

Dogs have been on the job for years at places such as Mount Sinai Kravis Children’s Hospital in New York, Norton Children’s in Louisville, Kentucky, and St. Louis Children’s Hospital. And new programs keep sprouting up. In March, Johns Hopkins Children’s Center in Maryland introduced its first two facility dogs.

Hospitals generally get the dogs from nonprofits. Organizations such as Canine Companions, where Cincinnati Children's gets its dogs, breed, raise and train them, then place them with hospital staff members but still own them. Dogs and handlers live and work together, The Associated Press reported.

Although hospitals don’t pay for the dogs, they’re responsible for costs such as food and veterinary care, which can add up, especially since most are larger breeds like Labradors or golden retrievers. Hospitals usually fundraise or seek grants to cover the costs.

Experts say the benefits of these sorts of “animal-assisted therapies” are clear. A 2022 study Rodriguez coauthored analyzed a survey conducted across 17 children's hospitals. Pediatric health professionals described how facility dogs provided a comforting presence, built rapport, and normalized the hospital environment for children and families.

A 2021 study in the Journal of Pediatric Nursing concluded that animal- assisted therapies were beneficial for controlling pain and blood pressure in children and teens. Other research also found these therapies reduce anxiety and pain and can even improve heart and lung function.

Facility dogs are allowed in more sensitive areas of the hospital than volunteer dogs, and sometimes serve particular hospital units. Opal, one of two St. Louis dogs, splits her time between the pediatric behavioral health unit and the child protection program.

No matter where the dogs work, keeping them clean is key.

Hadley, in Cincinnati, is bathed twice a month because she works in the cancer and blood diseases area, where kids might have reduced immunity.

She gets even more baths, or cleanings with special wipes, if she’s potentially exposed to germs. Handlers use leashes and balls that can be easily cleaned, and people must sanitize their hands before and after touching the dogs.

If a patient is in isolation, the dog stays outside the room. The one exception is if a dying child wants a dog to be close. In those cases, caregivers say concerns about germs are outweighed by the need to ease fears and provide comfort.

Hadley’s workday starts whenever her handler Scott — whose job as a child life assistant involves keeping patients' lives as normal as possible — arrives at the hospital. Hadley mostly sees patients, but also gets breaks when she can just do what she wants.

On a recent morning, the Labrador-golden retriever mix raced around a grassy dog play area with her canine co-worker, Grover. While Grover is calm and chill, Hadley gets so excited she shakes her head to toss balls to herself.

“Hadley loves life,” Scott said. “Hadley lives big.”

Inside the hospital, the dogs get constant attention. For handlers, "it's like being the assistant to a famous person,” joked Scott.

Signs of the dogs’ celebrity status are everywhere.

They appear on closed-circuit television shows filmed by the hospital and beamed into patient rooms. Photos of the dogs, themed for holidays or events, line the hallways. And there are mailboxes where kids can drop letters or pictures for the dogs and get replies.

Patients can also get trading cards for each dog with stats like breed and birthday, bandanas to decorate for their furry friend, or little stuffed dogs.

Caregivers create books featuring the dogs to show kids about procedures or treatments they’re about to undergo.

Kids hospitalized for long stretches get to know the dogs well.

Aspen Franklin, a 14-year-old fighting a life-threatening immune disorder, has been coming to the hospital since she was a toddler and was recently hospitalized for weeks. At times, Hadley has snuggled beside her in bed.

“She has a calming presence,” Aspen said. “That is a comfort to me.”

Like other facility dogs, Hadley also helps her family cope. When Aspen's younger brother Emory donated his cells for her bone marrow transplant, Hadley spent time with him — and other visiting siblings.

Having Hadley around “is really nice because they’re away from their animals at home,” said their mom, Brittney Franklin, whose family has two dogs and a cat.

Franklin recently watched as Aspen painted with Hadley. The dog couldn’t go in her room so soon after her transplant, so Aspen dabbed colors on a small canvas and handed it to Scott, who put it in a plastic bag and smeared peanut butter on top. Just outside the room, Hadley eagerly licked it up. A piece of abstract art emerged.

Hadley’s next patient was Calvin, the little boy she met on the patio. Calvin has a rare, severe type of childhood arthritis and recently had a bone marrow transplant. Though he could only stand for a few moments at a time, he made the effort repeatedly to play with Hadley.

“He’s such a strong little man,” Scott said.

After Calvin went inside, Hadley met up with 11-year-old Bethany Striggles, who recently finished a chemotherapy treatment for bone cancer. The girl hurled the ball all the way down the hallway, and Hadley bounded happily to retrieve and gently return it. Bethany rewarded her with an ice pop.

“She helps me exercise more,” Bethany said. “She’s energetic and happy and always likes to see me.”

But Hadley does eventually tire. When that happens, she goes back to an office affectionately known as her lair, where she has treats, toys and a big dog bed.

Above the bed is a bulletin board covered with drawings, photos and notes. One, written on orange construction paper, contains a small, pink handprint and the words: “Thank you for being my BEST FRIEND.”



Next Artemis Mission on Track for 2027, but Anything Can Happen, Astronaut Says

A banner of the Artemis program is seen outside of the Vehicle Assembly Building (VAB) at Kennedy Space Center, in Cape Canaveral, Florida, on September 30, 2026. (AFP)
A banner of the Artemis program is seen outside of the Vehicle Assembly Building (VAB) at Kennedy Space Center, in Cape Canaveral, Florida, on September 30, 2026. (AFP)
TT

Next Artemis Mission on Track for 2027, but Anything Can Happen, Astronaut Says

A banner of the Artemis program is seen outside of the Vehicle Assembly Building (VAB) at Kennedy Space Center, in Cape Canaveral, Florida, on September 30, 2026. (AFP)
A banner of the Artemis program is seen outside of the Vehicle Assembly Building (VAB) at Kennedy Space Center, in Cape Canaveral, Florida, on September 30, 2026. (AFP)

The next mission under NASA's Artemis moon program could still launch next summer as planned, but "anything can happen" given the remaining development work for the two lunar landers needed for the mission, one of the Artemis III astronauts told Reuters.

NASA's third Artemis mission will be the first to involve the program's moon landers — SpaceX's Starship and Blue Origin's Blue Moon.

Unlike Artemis II, the spacecraft will stay in Earth's orbit to perform crewed docking demonstrations with Orion, a capsule whose job is to transfer the astronaut crew to the landers after getting them into space.

"The biggest thing is having faith in the team to pull together, with the same ‌rationale that anything ‌can happen," Artemis III mission specialist Andre Douglas said in an interview ‌on ⁠Monday, when asked ⁠if Artemis III is still on track for launch next year.

Douglas, 40, fellow NASA astronauts Randy Bresnik and Frank Rubio, as well as Italian astronaut Luca Parmitano, were tapped this year as the crew for Artemis III, seen as a key rehearsal before NASA attempts to put astronauts on the lunar surface in 2028 in Artemis IV.

Both companies' lunar landers have had schedule delays while facing an unchecked list of complex development tasks, such as demonstrating the ability to store and delicately transfer super-cooled propellants in ⁠space and dock with another object in orbit.

"Those are the major ones," ‌Douglas said of the milestones the contractors need to ‌achieve before the mission.

While some industry sources doubt the landers will be ready in time for a 2027 ‌mission, NASA has been optimistic, with administrator Jared Isaacman citing good progress for "the parts that ‌are in NASA's greatest control," referring to the NASA-owned Orion and its Space Launch System rocket.

Starship and Blue Moon have received billions of dollars in NASA funding while their development remains privately managed, a commercial-focused contracting model that has given NASA relatively little control over the manner and speed with which the companies build their ‌landers.

"We just have to keep putting our heads down, leaning forward, and trying to meet the ideal timeline, which would be June of ⁠next year," said ⁠Douglas, who works with both SpaceX and Blue Origin on their lander development.

He added that he and other NASA officials plan to meet with SpaceX and Blue Origin over the next few months to determine their spacecraft's readiness.

The Artemis III mission had originally been planned as the program's first moon landing until February, when Isaacman imposed sweeping program changes that turned Artemis III into an extra practice mission. The agency is pressed to return to the moon quickly as it races China, which is targeting 2030 for its own first moon landing.

Artemis III will be the first trip to space for Douglas, who spent years shadowing the Artemis II crew as a backup. A systems engineering scholar and naval architect, Douglas has a background in the US Coast Guard that taught him how to be adaptable to rapid change, he said.

"I learned in the military that the plan only lasts for 10 minutes," he said. "You have expectations, but then you're also ready in the background for change."


Nobel Medicine Prize Goes to 3 Scientists for Research into Brain Activity

Nobel Medicine Prize Goes to 3 Scientists for Research into Brain Activity
TT

Nobel Medicine Prize Goes to 3 Scientists for Research into Brain Activity

Nobel Medicine Prize Goes to 3 Scientists for Research into Brain Activity

The Nobel Prize in medicine was awarded Monday to three scientists whose work led to a tool that uses light to help unravel how the brain works.

Karl Deisseroth, Peter Hegemann and Georg Nagel have carried out research into light-gated ion channels and optogenetics. The Nobel Assembly lauded their work and said their tool is now being used in laboratories around the world to reveal the brain’s mysteries.

Deisseroth, 54, is a Howard Hughes Medical Institute investigator and Stanford University professor in California. Hegemann, 71, is at Humboldt University in Berlin, and Nagel, 73, most recently worked at the University of Würzburg, also in Germany, the assembly said.

The work that won the 2026 Nobel Prize in medicine Optogenetics opened what the Nobel assembly called a new era in neuroscience following the discovery of a light-controlled switch to turn on and off nerve cells and circuits in the brain to better learn how it works. The research has started unraveling the pathways that lead to behavior and disease.

The breakthrough began when Hegemann explored how a single-celled type of green algae can swim toward light. He and Nagel discovered a particular protein that, when illuminated by blue light, opens a channel to create an electrical impulse. Putting that protein into other cells makes them light-sensitive.

Deisseroth then worked with the gene that controls that protein to create a light-controlled switch for nerve cells in the brains of living mice.

“People usually think about light as a way of collecting information to observe things,” he said. “But this is the opposite of that. This is using light to control things, to make things happen, and to do it in a very precise way.”

Deisseroth first developed tiny fibers to deliver light to cells modified with the light-sensitive gene and said there now are other techniques to switch on or off neurons being studied.

Optogenetics is mostly a research technique to learn how specific neurons and neural circuits work, which can then lead to development of treatments, including regimens for autism and schizophrenia that other scientists are pursuing, he said. A technique he called direct optogenetics is being used to test a treatment for a genetic form of vision loss called retinitis pigmentosa.

Why the research is important Brain cells communicate in milliseconds, and optogenetics for the first time offered scientists a way to control them at the same speed in a laboratory, said Patrick Forcelli, the chairman of the pharmacology and physiology department at Georgetown University, whose lab uses optogenetics.

Now a mainstay in neuroscience labs, the field has moved from using fixed maps of brain activity to building functional wiring diagrams. It has also jump-started additional techniques to explore neural complexity.

“It has let us go from a ‘Rand McNally’ road atlas of the brain to something more akin to ‘Google Earth,’” Forcelli said in an email.

The University of Pittsburgh’s Jeremy Berg was at the U.S. National Institutes of Health in the early 2000s when it awarded Deisseroth major funding for “this vision of optogenetics that was pretty much spot-on the way it played out.”

“It’s a very precise set of tools for doing experiments about how the brain works that are pretty hard to do any other way,” Berg said.

Abdel El Manira, a member of Nobel Assembly, said the impact of optogenetics goes beyond the understanding of a healthy brain.

“It has also helped reveal how specific brain circuits are disrupted, with implications for conditions such as blindness, depression, addiction and dementia," El Manira said. "Yet despite these extraordinary advances, the brain still holds countless mysteries, with much more left to learn and discover. And optogenetics has given us a powerful means to take on these challenges.”

Deisseroth had just gone to bed when he learned of the award Deisseroth, a self-described night owl, said he was up late in his Northern California home working on papers and emailing students. He had just gone to lie down when he got the call from the Nobel Assembly.

“No real sleep was achieved,” he told The Associated Press in a phone call an hour after the announcement.

He said the next task on his to-do list was to pack school lunches for his children, who were still sound asleep.

“That’s my one obligation I have in the next few hours, to make sure I make their sandwiches,” he said.

Thomas Perlmann, the secretary of the medicine committee, said he was able to reach all three winners Monday. The AP could not immediately reach Hegemann and Nagel.

Medicine prize kicks off Nobels week The prize was announced at the Karolinska Institute in Stockholm, kicking off Nobels week. The prize money this year is 12 million Swedish kronor (about $1.2 million), whether for an individual, small group of laureates or organization.

Last year, the prize went to three scientists researching the immune system.

Monday's medicine prize is followed by the physics prize on Tuesday, chemistry on Wednesday and literature on Thursday.

After Friday’s peace prize is awarded, the Nobel Memorial Prize in Economic Sciences will be announced on Oct. 12.


AI Camp Kicks Off in Madinah with 120 Participants

AI Camp kicks off in Madinah with 120 participants. (SPA)
AI Camp kicks off in Madinah with 120 participants. (SPA)
TT

AI Camp Kicks Off in Madinah with 120 Participants

AI Camp kicks off in Madinah with 120 participants. (SPA)
AI Camp kicks off in Madinah with 120 participants. (SPA)

The AI Camp kicked off at the Madinah Chamber of Commerce and Industry on Sunday as part of the MED AI Forum, bringing together 120 participants and nine speakers over five days, the Saudi Press Agency said on Monday.

The camp aims to develop innovative solutions to real-world challenges through three tracks: sports, agriculture, and tourism, enabling participants to progress from identifying challenges and generating ideas to building prototypes and preparing for the hackathon.