In a study conducted in 1999 by William E. Pelham, PhD*, Helen R. Aronoff, MD, Jill K.
Midlam, MA*, Cheri J. Shapiro, PhD*, Elizabeth M. Gnagy, BS*, Andrea M.
Chronis, BS*, Adia N. Onyango, BS*, Gregory Forehand, BS*, Anh Nguyen, BS*, and James Waxmonsky, MD, there seemed to be, at that time, no comparison between Ritalin and Adderall done by any scientists or physicians in regards to treatment for child ADHD. The doctors did seem to agree that Adderall stayed in the system longer than Ritalin, which would enable the child to behave without the effects of their disorder for a longer period of time per dosage.
When the doctors administered placebos to some ADHD diagnosed children and either Ritalin or Adderall to any of the children, the studies conducted were on behaviors that were observed in the daily school life of the children. Teachers, counselors, and other academic professionals as well as the parents, were surveyed to find out the differences in behaviors during the course of the day. What they found out was that of course, the placebo was not effective, Adderall and Ritalin were then measured against each other.
Various doses of each medication was administered, and it was noted that Ritalin, in lower doses compared less effective than Adderall at the same low doses. In higher doses, there was less incidence of difference in efficiency, but Adderall performed better in more of the testing on all levels than did Ritalin at controlling negative behaviors. Fast forward 10 years to 2010, and you will find chemical changes that occur in the brain with both medications is similar, however, Adderall not only stops the cells from absorbing the dopamine and norepinephrine and allows it to stay in the functioning space of the brain, between cells, but it also gets absorbed into the brain cells to help enable the production of more dopamine.
Dopamine and norepinephrine are the brain chemicals that are responsible for thought processes, focus, and motivation. They are needed in the brain, but if absorbed into the cells, the brain does not use them. Because Adderall also helps cells to produce dopamine, it helps to extend the life of the medication in the child.
Ritalin, on the other hand, merely blocks the dopamine and norepinephrine from being absorbed, and does not have the added benefit of production of more dopamine to help with further concentration.
Shapiro, PhD*, Elizabeth M. Gnagy, BS*, Andrea M. Chronis, BS*, Adia N.
Onyango, BS*, Gregory Forehand, BS*, Anh Nguyen, BS*, and James Waxmonsky, MD, there seemed to be, at that time, no comparison between Ritalin and Adderall done by any scientists or physicians in regards to treatment for child ADHD. The doctors did seem to agree that Adderall stayed in the system longer than Ritalin, which would enable the child to behave without the effects of their disorder for a longer period of time per dosage. When the doctors administered placebos to some ADHD diagnosed children and either Ritalin or Adderall to any of the children, the studies conducted were on behaviors that were observed in the daily school life of the children.
Teachers, counselors, and other academic professionals as well as the parents, were surveyed to find out the differences in behaviors during the course of the day. What they found out was that of course, the placebo was not effective, Adderall and Ritalin were then measured against each other. Various doses of each medication was administered, and it was noted that Ritalin, in lower doses compared less effective than Adderall at the same low doses.
In higher doses, there was less incidence of difference in efficiency, but Adderall performed better in more of the testing on all levels than did Ritalin at controlling negative behaviors. Fast forward 10 years to 2010, and you will find chemical changes that occur in the brain with both medications is similar, however, Adderall not only stops the cells from absorbing the dopamine and norepinephrine and allows it to stay in the functioning space of the brain, between cells, but it also gets absorbed into the brain cells to help enable the production of more dopamine. Dopamine and norepinephrine are the brain chemicals that are responsible for thought processes, focus, and motivation.
They are needed in the brain, but if absorbed into the cells, the brain does not use them. Because Adderall also helps cells to produce dopamine, it helps to extend the life of the medication in the child. Ritalin, on the other hand, merely blocks the dopamine and norepinephrine from being absorbed, and does not have the added benefit of production of more dopamine to help with further concentration.
I cant really gove you an answer,but what I can give you is a way to a solution, that is you have to find the anglde that you relate to or peaks your interest. A good paper is one that people get drawn into because it reaches them ln some way.As for me WW11 to me, I think of the holocaust and the effect it had on the survivors, their families and those who stood by and did nothing until it was too late.