Nathan Johnson

1 month ago | yankton.net | Nathan Johnson

AUSTIN, Texas — The full-length feature film, “Reeling,” had its premiere at the South by Southwest (SXSW) Film & TV Festival in Austin, Texas, on March 7, introducing talent with Yankton connections to a worldwide audience. The movie was directed by Yana Alliata of Los Angeles. She co-wrote the script with Amy Miner, a teacher and city commissioner who lives in Yankton, and the film stars Ryan Wuestewald, a Yankton native who now calls New York City home.

2 months ago | boredpanda.com | Mariia Tkachenko |Nikita Manot |Nathan Johnson

Many of us have a favorite movie or show—one that we could rewatch a hundred times without getting bored. And of course, we all have those favorite characters who steal the spotlight and stay with us long after the credits roll. But sometimes, it's not just the characters that make a lasting impression—certain movie props become so legendary that they take on a life of their own. Today, the Bored Panda team has scoured the internet to find exactly such props.

Jan 10, 2025 | thedirect.com | Nathan Johnson

The Upshaws officially returned for Season 6, which features a massive cast of new and returning actors and characters. In an age where long gaps between TV show seasons are quite normal, The Upshaws breaks that mold. In April 2024, Season 5 of the Netflix sitcom was released, and not even a year later, in January, fans were treated to Season 6. The series revolves around a family from Indiana as they try to navigate a somewhat unorthodox family situation.

Nov 22, 2024 | thedirect.com | Nathan Johnson

Up-and-coming actress Sarah Catherine Hook recently starred in Amazon Prime Video's new series, Cruel Intentions, and fans want to know more about her. Based loosely on a 1782 novel by Pierre Choderlos de Laclos titled Les Liaisons Dangeureuses, Prime Video's Cruel Intentions is an adaptation that is no stranger to fans of the entertainment industry.

Oct 9, 2024 | physoc.onlinelibrary.wiley.com | Joel S. Burma |Matthew Neill |Brooke E. Dennett |Nathan Johnson

1 INTRODUCTION Cerebral autoregulation (CA) is a fundamental regulatory mechanism within the cerebrovasculature and refers to the ability of the cerebral blood vessels to dampen changes in blood pressure (Brassard et al., 2021; Panerai et al., 2023). Originally, it was proposed CA functioned to maintain cerebral blood flow constant at ∼50 mL/min/100 g brain tissue across a wide range of perfusion pressures (50–150 mmHg) (Lassen, 1959; Paulson et al., 1990).