![super health club game full super health club game full](http://www.lukiegames.com/assets/images/SNES/snes_kirbys_dream_course_p_3vhnon.jpg)
No additional memory improvements were found in Angry Birds™ players. Memory continued to improve after an additional two weeks for the Super Mario™ players compared to the Solitaire players and these improvements persisted after daily gameplay ended. While memory performance was equivalent across groups prior to engaging in video game play, two weeks of Angry Birds™ or Super Mario™ gameplay resulted in improved recognition memory.
#Super health club game full series
During this time, and four weeks after daily gameplay ended, researchers conducted a series of memory tests. Study participants in each of these three video game conditions played 30 to 45 minutes per day for four weeks. Despite being two-dimensional in nature, Angry Birds™ gameplay was also poised to confer cognitive benefits due to its novelty for this older population. The researchers hypothesized that the novel and three-dimensional environment of Super Mario™ would confer more cognitive benefits upon individuals than those conferred by a familiar two-dimensional game (i.e., Solitaire). For this study, individuals 60 to 80 years of age were recruited.
![super health club game full super health club game full](https://i1.wp.com/cliqist.com/wp-content/uploads/2014/12/superhealthclub.jpg)
These findings were recently published in Behavioural Brain Research. The good news is that novel environments can be delivered, virtually, to the homebound, according to NIA-supported researchers who recently discovered that video games may be used to enhance cognitive health in older adults. However, this exposure can be hindered by those who remain indoors, potentially due to viral pandemics or mobility impairments. Humans may also experience similar neurological benefits from novel environments. Studies have shown that rodents placed in enriched environments, compared to sparse environments, experience increased generation of nerve cells in brain regions that are critical for memory encoding and retrieval. Being exposed to an environment filled with novel stimuli can benefit cognition, including memory.