  Hyperactivity is one of the hallmakrs of ADHD. Aberrant dopamine signaling is
a major theme in ADHD and dopamine production is directly linked to the
intensity and persistence of hyperactive conduct. The strength and persistence
of hyperactivity responses in Drosophila to startle stimuli were measured in a
study to determine the effects of sugar on dopamine development. A total of
four experimental groups, namely 1%,3%, and 5% glucose, as well as a control
group were taken for the diet of Drosophila, and these four different amounts
of glucose were introduced to the growth medium where Drosophila was cultured.
The movements of Drosophila in the four treatment groups were captured using a
camera. This experiment was carried out five times, each time using a different
batch of Drosophila. Each group's average velocity over time was also reported.
The web adaptation of Drosophila Activity Monitor(DAM) was used to analyze the
captured movies from the camera. Furthermore, when it came to hyperactivity
persistence, all four treatment classes were statistically different (p0.05).
Since the strength and persistence of hyperactive behavior are directly
correlated to dopamine output, this study shows that higher glucose intake is
associated with more hyperactivity, for both the intensity({\Delta}V) and
persistence.
