The two-time MVP is averaging 27.6 points and 11.8 rebounds with 6.0 assists and 1.7 blocks. The Cavaliers have lost their last seven meetings against Milwaukee, which could be without star Giannis Antetokounmpo for the third straight game.Īntetokounmpo is listed as day-to-day with right calf soreness.
Fun to watch as a teammate, fun to watch as a friend. He's just improving in some facet of his game. "Whether it's in passing, whether it's in scoring or making the right read. "It feels like he gets better every single game," Cavaliers forward Jarrett Allen said. Garland entered Sunday's play averaging career highs in points (19.1), assists (7.3), rebounds (2.9) and shooting percentage (46.7 percent). The 6-foot-1 Garland has responded by showing why he was the fifth overall pick in the 2019 draft. The Cavaliers have relied heavily on Garland since Collin Sexton suffered a season-ending torn left meniscus on Nov. The third-year pro has averaged 31.5 points and 7.5 assists while shooting 61.1 percent over his last two games for the Cavaliers, who visit the Milwaukee Bucks on Monday.Ĭleveland saw its four-game winning streak come to an end with Sunday's 109-108 loss to the Utah Jazz, while Milwaukee has won nine of its last 10. The team aims to take it to human clinical trials in the next two to three years.Already a leading contender for the NBA's most improved player award, Cleveland Cavaliers point guard Darius Garland is also generating considerable All-Star buzz. The drug candidate, administered via injection, was tested using beating heart cells exposed to heart attack stresses, to see if the drug improved survival. "Despite decades of research, no-one has been able to develop a drug that stops this death signal in heart cells, which is one of the reasons why heart disease continues to be the leading cause of death in the world," Dr Palpant said. There are currently no drugs in clinical use that prevent the damage caused by heart attacks. "This is the first time that ion channels have been identified as a target for treating the fallout after heart attacks." "So we see improved heart cell survival," he said. In pre-clinical models of heart attacks, they found it blocks the death message and prevents so-called cell suicide. "It prevents damage to the heart muscle cells or even the brain cells." Stopping cell suicideĭr Palpant said they discovered the protein from the funnel-web's venom blocks acid-sensing ion channels in the heart. "So what this is doing is preventing that spreading wave of damage.
"Blood flow to the heart is reduced, resulting in a lack of oxygen to heart muscle. "During a heart attack there is an initial loss of heart muscle cells in regions most affected and you can get a spreading wave of damage that can take hours or days to develop," he said. A protein in the funnel-web's venom blocks heart cell suicide.
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