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Tour promoter Live Nation has announced its first-ever drive-in concerts series in the U.S. for July, months after the live music industry has been on lockdown due to the coronavirus pandemic. The entertainment company on Monday announced “Live from the Drive-In” — a set of nine shows to take place July 10-12 in three different cities. Brad Paisley will headline shows in all three cities, while fellow country artists Darius Rucker and Jon Pardi will also perform in Nashville at Nissan Stadium. Nelly will perform in Maryland Heights, near St. Louis.The 3-day concert series will take place at the Ruoff Music Center in Indiana and Hollywood Casino Amphitheater in Missouri - both are outdoor concert venues - and in the parking lot of Nissan Stadium, where the Tennessee Titans play. Each location will have LED screens and speakers around the lot, according to Live Nation. Ticketing is per vehicle with up to four people inside, and includes access to a parking space and adjoining "tailgate" area. A diagram on Live Nation's website showed what the drive-in concerts will look like, including 9 feet between tailgating space and the next car. 1159

Title insurance: It’s another one of those mysterious fees buried inside the pile of paperwork you’ll receive at your loan closing. Who knows what it’s all about? All you’ve figured out is that lenders require a policy for their protection, and either you or the seller will have to pay for it — and then you’ll be asked if you want an owner’s title policy, too.Here’s how title insurance works, how to decide whether you need your own policy, and how much you can expect to pay. 492

There's growing concern among parents that the pandemic will impact development for their kids.“It hasn't just been COVID, right? We've learned, you know, our youngest children have learned to fear other human beings,” said Dr. Kathryn Hirsh-Pasek, Director of Temple University’s Infant Language Laboratory.Hirsh-Pasek is a professor of psychology and a senior fellow at the Brookings Institution. She describes the current environment as a “social hurricane.”Toddlers can't interact with each other and they pick up on the fear that their parents may have.“We may think that we hide all of this from our children, but a lot of times we don't,” said Hirsh-Pasek.She thinks most toddlers will recover in their developmental process. Eventually, they'll be back on playgrounds or in schools, learning and socializing with other kids and adults.But kids from families that have been more seriously impacted by the pandemic may struggle more, especially kids whose parents lost their jobs or who come from underserved communities that have been hit harder by the virus.“There will be some gaps they need to overcome, and I think we need to be prepared with mental professional to, to help all those children thrive,” said Hirsh-Pasek.As Hirsh-Pasek points out, history has taught us most kids are resilient. We've lived through other crises before.In the meantime, parents can help kids navigate how they're staying connected without face-to-face interactions. 1465

This is a picture of Anita Wiley. She went missing in 1987 when her son was only 13. Now a Detroit Police and FBI program called Operation United has helped her son find out what happened to her. He shares his story of hope and perseverance on @wxyzdetroit at 6. pic.twitter.com/lc0rcAnZd2— Kim Russell WXYZ (@kimrussell7) October 28, 2020 347

Their youthful brains were developing normally, with no signs of developmental, psychological or neurological problems. None had ever had a concussion. But by the end of a single football season, 24 children between the ages of 9 and 18 who had more frequent impacts to the head showed signs of damage to brain development, new research says."Repetitive head impact exposure may have a cumulative effect in the rapidly developing brains of youth and high school football players," said study co-author Gowtham Krishnan Murugesan, a radiology research assistant at UT Southwestern Medical Center in Dallas, adding that the results mirror other recent findings.The study outfitted 60 youth and high school football players who had no history of head trauma or developmental issues with a head impact telemetry system that measures the magnitude, location and direction of impacts to the head. The researchers were not looking at whether the impact resulted in a concussion, only that impact occurred.The children were sorted into two categories: high cumulative head impact players (24) and low cumulative head impact players (36).Before beginning to play, each child had a resting state functional scan, known as an fMRI; the scans were repeated at the end of football season. The researchers were trying to see how exposure to repetitive hits affects the normal "pruning" process in the brain that occurs during adolescence."Pruning is an essential part of brain development," Murugesan said, comparing the process to how a tree needs to have dead or unneeded branches cut to keep it healthy and allow it to grow."Disruption in normal pruning has been shown to be related to weaker connections between different parts of the brain," he said.After comparing the functional MRI results to the player's level of impact, the researchers found that youth in the high-impact group had damage to their brains' pruning process after one season."Our study has found a significant decrease in gray matter pruning in the frontal default mode network, which is involved in higher cognitive functions, such as the planning and controlling of social behaviors, " Murugesan said.Although the "teenage years are a critical time for brain development, brain remodeling or synaptic pruning, this was a short-term study and did not follow the players longitudinally over several years. We don't really know the full application," said Dr. Julian Bailes, director of neurosurgery and co-director of the NorthShore University HealthSystem Neurological Institute, who was not involved in the research.Weill Cornell neurologist Dr. Richard Isaacson, who was also not involved in the study, called the research "early" and said the results don't necessarily "translate to a clinical or cognitive outcome." More research is needed to see whether the decline in brain pruning permanently affected the child's cognitive function or whether the brain's natural plasticity allowed it to repair itself."I would call this a pilot study," Isaacson said. "The call to action would be that we need more robust longitudinal studies with a pre- and a post-assessment of more than brain imaging. The study should also measure cognitive and neurological function and look for changes."As we learn more about the issue, Isaacson said, parents should do everything they can to limit contact in sports, "especially in practice before games, where studies show the majority of contact occurs." 3464