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Zachary Cruz left a dog boarding facility in Greenacres, Florida on Sunday with a dog named Coby in his arms. Coby is one of two family dogs he plans to take to his new home in Virginia.Back on Valentines Day, Cruz's adopted brother Nikolas killed 17 students and staff at Marjory Stoneman Douglas High School in Parkland. "A lot of things I wish I would have done to prevent it, wish I could have stopped him somehow," Zachary said.Zachary said he and his brother fought a lot when they were younger though their relationship improved as they grew.RELATED: More Parkland coverage "I felt I was too hard on him at times. He was a fragile person. Mom was always there for him," added he said.A judge on Friday gave Zachary permission to move from South Florida. He was on probation after a March arrest for trespassing at Stoneman Douglas.Zachary is being helped by the legal rights group Nexus Services. He'll get counseling, and a job as a maintenance technician."I think getting him to a new place where he can come out of the shadow of his brothers heinous act and get an opportunity is really important," said Mike Donovan with Nexus."I just want to end bullying, it's just dumb.  Everyone deserves to fit in," Zachary said.As for his plans in Virginia, Zachary said he wants to finish high school, start an anti-bullying campaign and live his life. 1406

-- and its wider implications for human mental health treatment -- was found in their poop, per new findings published in Behavioural Brain Research.Rats are better drivers when they're mentally stimulatedKelly Lambert, study author and head of the University of Richmond's Lambert Behavioral Neuroscience Laboratory, trained two groups of young rats: One bunch raised in an "enriched environment" with toys, ladders, balls and pieces of wood designed to spark mental stimulation, and another reared in a standard, unexciting lab cage.The rats learned to enter a custom "rat-operated vehicle," or ROV, adorably constructed from a one-gallon plastic container turned on its side.Once inside, the rat racers would stand on an aluminum plate and press on a copper bar that would trigger the wheels' motor. They'd hold down on the bar until they propelled their tiny car to the end of their enclosure, where they collected their reward: Froot Loops.When it came time to drive, the rats who played with ladders, balls and toys were more adept at operating and steering the ROV, thanks to the neuroplasticity (their brains' ability to change over time) triggered by their environment. Their unstimulated cage counterparts effectively "failed their driving test," Lambert said.Hormones found in their feces showed improved emotional resilienceIn sifting through their fecal matter, Lambert found both groups of rats trained to drive secreted higher levels of corticosterone and DHEA, hormones that control stress responses.Corticosterone is a hormone animals could secrete in high-stakes scenarios like running from a wild animal or defending themselves from predators, but it can also be expressed in lower-risk tasks like doing taxes or worrying about a loved one (though rats likely aren't advanced enough to form a government, let alone impose taxes on fellow rats).DHEA acts as a sort of "buffer," Lambert said, when corticosterone becomes toxic -- that is, when it can't be turned off in a reasonable amount of time, creating prolonged stress.It's evidence that mastering a complex task, like driving a car, bolstered the rats' emotional resilience."It is likely that driving gives the rats a sense of control over their environment," she said. "In humans, we would say that it enhances a sense of agency or self-efficacy."What have rats got to do with human health?The brains of humans and rats share nearly all of the same areas and neurochemicals -- they're just smaller in rodents. And though humans are certainly more complex than rats, Lambert said there are "universal truths" in how both species' brains interact within their environment to maintain optimal mental health.So these results have implications for human health, too (and no, they don't mean rats will drive alongside people in tiny lanes on highways). Emotional resilience is one of the first lines of defense against mental illnesses like depression, she said, and learning what behaviors build that up could clue physicians in on how to treat those illnesses in humans.It's a concept Lambert refers to as "behaviorceuticals," activities that release hormones that can ward off prolonged stress brought on by corticosterone."Anything that reduces stress can build resilience against the onset of mental illness," she said.The activity can be something as simple as knitting, or in rats' case, learning to drive a car. Just engaging hands, paws and brains of varying sizes can enhance a participant's sense of control. 3489

from the American Academy of Child and Adolescent Psychiatry, the majority of the United States faces a severe shortage of practicing child and adolescent psychiatrists, with fewer than 17 providers available per 100,000 children.This means many families face long wait times, which can lead to worsening of a child's underlying mental health condition and an eventual need for more treatment sessions than if the condition had been addressed in its early stages, explained Jennifer Mautone, a psychologist in the Department of Child and Adolescent Psychiatry and Behavioral Sciences at the Children's Hospital of Philadelphia.The available qualified providers face another challenge: communicating with other systems caring for children.Many systems are aimed at caring for children, including the education, health care, juvenile justice and child welfare systems, said Dr. Barbara Robles-Ramamurthy, a child and adolescent psychiatrist at the Long School of Medicine at UT Health San Antonio who was not involved in the study."All of these systems that are supposed to be caring for children oftentimes are not talking to each other," she said. "A lot of times, kids fall through the cracks, and families are not getting the appropriate support they need."According to a study published in 1295

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With the college soccer season now over, Sarah Fuller has joined the Vanderbilt football team as a place kicker. If she enters the game, she would become the first female to play in a college football game for a Power 5 conference team.Vanderbilt is slated to play Missouri on Saturday,According to Vanderbilt’s official team site, Fuller will make the trip to Columbia for Saturday’s contest.There have been two previous female Division I college football players, Katie Hnida for New Mexico and April Goss for Kent State.Part of the reason Fuller is getting the opportunity is due to COVID-19 and that Vanderbilt has a limited number of specialists able to make the trip due to contact tracing.“I think it’s amazing and incredible. But I’m also trying to separate that because I know this is a job I need to do and I want to help the team out and I want to do the best that I can,” Fuller told Vanderbilt’s website. “Placing that historical aspect aside just helps me focus in on what I need to do. I don’t want to let them down in anyway.”Fuller is coming off the college soccer season, playing in nine games for Vanderbilt. On Sunday, Fuller helped Vandy’s women’s soccer team to an SEC title by defeating Arkansas 3-1. Fuller had three saves in the match.As far as can Fuller make a field goal, she says she can. After Sunday’s game, she was approached by her soccer team’s coaching staff on whether she would be able to kick a football.“I made the first one and I kept making them,” Fuller said. “It sounds really good to me. It’s different than a soccer ball, but it felt good.”Fuller is also using the opportunity to raise funds for charity. She will be wearing a sticker on the back of her helmet “Play Like a Girl.” The charity provides STEM education opportunities for young girls. 1800