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School Schedules’ Impact on Teenage Brains & Adolescent Sleep
By Helen Huang, Reese Hornstein, and Aditya Mynampaty, IV Form
School Schedules’ Impact on Teenage Brains & Adolescent Sleep
Editors’ Note: In the IV Form Writing Workshop course, students responded to various prompts after listening to a podcast on adolescent sleeping patterns and the brain.
Helen Huang–
With the early start times and little free time, the current St. Mark’s schedule ineffectively addresses how teenagers get their sleep. Sleep is essential to functioning efficiently throughout the day. Why do teens, whose brains are developing and growing, subject themselves to sleepless nights on a regular basis? Schools like St. Mark’s have tried to account for the little sleep teens get by starting classes at 8:00 or 8:30 am, but kids still arrive to class tired and mentally unprepared from insufficient sleep. The St. Mark’s schedule ineffectively addresses how teenagers manage their sleep pattern. Teenagers do not start waking up until around 9:00 or 10:00 am, and until then, their bodies and minds are not fully alert and ready to absorb information (Rogers 5). Therefore, changing the start time of classes by an hour may not be enough to help adolescents get an adequate amount of sleep. (more…)
The Circadian Clock and The Adverse Effects of Elevated CAT Level
By David Baek, VI Form
The Circadian Clock and The Adverse Effects of Elevated CAT Level
Introduction: This project probes into the molecular mechanism of the circadian clock of Drosophila Melanogaster. The circadian clock exists in all living things and regulates the daily rhythm of organisms’ metabolism, behavior, and other outputs that affect the organisms’ development (CH Ko, 2006). The circadian clock is a field that researchers and scientists have yet to fully understand due to the ambiguity of how circadian clock affect invertebrates and vertebrates. To uncover one small aspect of this obscurity, this study seeks to find the effect of sleep deprivation on antioxidant defense in fruit flies. If there were to be a link, the investigation would be significant as the effect will explain how sleep deprivation in humans can lead to the weakening of their antioxidant defense, leading to multiple cardiovascular diseases and pathological conditions such as plaque formation in vessels (Takeda, 2011) (Dominguez-Rodriguez et al, 2009). (more…)
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