Mandi I am sorry that you have had bad experiences. It must have been rough. But there are people out there who have ADD and who benefit from medications. Here is some other information based on research that people reading this may be interested in
~~ In recent years, problems in the frontal lobe have been blamed for ADD. But new research is now showing that there may be areas more strongly linked. A study at Leiden, Netherlands (Leiden Univ) found that children with ADD have more delay in "orienting to cues" rather than impaired decision making (which was previously thought to be the culprit). Using new imaging techniques, they have found that the children seem to have a problem in a lower region of the brain, the attention system. This means that they are slow to detect the source of new incoming stimuli or cannot separate one source from another. Similar information is coming from the University Clinic for Child & Adolescent Psychiatry in Essen Germany. Their imaging study shows impaired function also in the limbic system of ADD children in what they call "intercortical dialog". Basically, problems with the left side which processes details and the right side which specializes in global processing. A study at the University of Denver, Dept. of Psychology is also showing that ADD involves not only the frontal lobe, but other regions as well, particularly the right parietal lobe.
~~ A study at the University of Pittsbugh, School of Medicine, looked at highly aggressive children diagnosed with ADD. Half the children were given a placebo (sugar pill) and the other half were administered methylphenidate (Ritalin). In their double-blind study, the Ritalin group had significantly reduced their aggressive behavior.
ADHD
~~ Traditionally, researchers considered that the brains of children with ADHD were just developing differently than the brains of children without ADHD. But new MRI research show the condition may actually be a brain delay, rather than just abnormal development. Normally, a child's cortex thickens slowly up to around age 7, then thins out. It turns out that the cortex of a brain with ADHD doesn't reach its peak thickness until around age 10. This delay, coupled with an early motor cortex maturity may explain some of the symptoms of ADHD. Price, M (2008) Monitor on Psychology, Vol 39(2), pg 12.
~~ Young children with ADHD who later also develop conduct disorders are at a greater risk for substance abuse and criminal behavior. However, researchers have found that the parenting of these children has a large effect on their outcome. Maternal depression poses the greatest risk for these children and positive parenting during the early years with these children offers significant protection again these risk factors. Chronis, A. et al. (2007). Developmental Psychology, Vol 43(1) 70-82
~~ For years we've associated problems in the prefrontal
cortex as one of the major contributors to ADHD. Researchers at Queens College in NYC are arguing that model. They hypothesize that the development of this area actually just correlates with the reduction in ADHD symptoms as the person develops. They feel that ADHD is due completely to noncortical dysfunction, develops very early in the brain's life and remains constant throughout life despite the fact that some symptoms may lessen with development. Haperin, J. & Schulz, K. (2006). Psychological Bulletin, Vol 132(4), 560 - 581.
~~ A recent article by leading Harvard Medical School
experts summarizes the most up-to-date research and understanding of ADHD(attention deficit / hyperactivity disorder):
The disorder affects about 10% of all children worldwide. About one-half of the children with ADHD will continue to have some type of impairment from it through adulthood. Genetic studies have shown it to be highly heritable and while heredity seems to be the leading cause, some pre-natal and even early childhood events can also be linked to ADHD. From a molecular standpoint, research points to catecholaminergic circuits and impaired transmission of the neurotransmitter dopamine. Research in treatments has shown both non-stimulant and long-acting traditional treatments such as methylphenidate (Ritalin) to be safe and effective, especially when coupled with behavioral interventions and treatment. Biederman, J. & Faraone, S. (2005). Lancet. Vol 366(9481) 237-248.
~~ From Beijing, China we see an interesting study looking at the different responses to the use of methylphenidate (brand name, Ritalin) for ADHD and a very specific gene. Some children respond well to Ritalin for inattention, some for impulsivity and some for both. What these researcher found is that those children who responded well to Ritalin for impulsivity were also children who have a very specific version of the gene responsible for norepinephrine transport. So the inattention and impulsivity components to ADHD may come from separate genetic factors. Yang, L. et al (2004). Journal of the American Academy of Child & Adolescent Psychiatry. Vol 43(9), 1154-1158.
~~ A recent Greek study looked at verbal memory and recall times for children with and without ADHD. Their subjects were school children 7 - 11 years old. They gave them numbers and phrases to be learned for later recall. While both the children with ADHD and those without scored equally well on accuracy when later tested, the ADHD children took a significantly longer time to recall their answers and a much longer time to articulate them. Kourakis, L. et al (2004). DevelopmentalNeuropsychology. Vol 26(2), 565-570.
~~ More research out now on the genetic component to Attention Deficit Hyperactivity Disorder. Thought to be a genetic event with many genes involved, UCLA researchers have found additional evidence pointing to one of the culprit genes - named SNAP-25 (for those biology enthusiasts - it's a mutation on the 3' end of an untranslated region which encodes a synaptic vesicle docking protein). The gene most commonly is associated with paternal transmission. (sorry Dads....hate to keep blaming you). Kustanovich, V. et. al (2003). Molecular Psychiatry. Vol 8(3), 309-315.
~~ Diagnosing pre-schoolers with ADHD seems to some to be inaccurate, unneccessary and perhaps even detrimental. A study from Dalhousie University in Halifax shows just the opposite. They observed 50, 3 to 6 year olds in a preschool setting, half diagnosed with ADHD and half not. The ADHD children were off-task significantly more time than the non-ADHD children. They were also much more talkative and active. Their conclusion: early diagnosis of ADHD appears valid and may be useful in establishing behavioral programs at an early age to help these children be successful. DeWolfe, N, et. al. 2000. Journal of Attention Disorders, Vol 4(2), 80-90.
~~ We now have one of the first pieces of research to show an actual physical brain change using biofeedback for ADHD. Researchers in Germany put children (ages 7 - 13) diagnosed with Attention Deficit - Hyperactivity Disorder through a "slow cortical potentials" (SCPs) training program for 3 weeks. They found a fairly significant reduction in impulsivity and improved behavior ratings from parents as well as changes in actual brain potentials. Heinrich, H. et al (2004). Biological Psychiatry, Vol. 55(7), 772-775.
~~ We've long known that people who are not touched and held much as very young infants can have a host of problems as teens and adults, but the biology behind it has been vague. Now researchers in Brazil are finding physical brain changes in handled vs non-handled infants. Their study involved other mammals, but found that infants handled during the first week had a very significant reduction or pruning of cells in a region known as the Locus Coeruleus (LC). This LC area is the region responsible for attention, some memory and sleep/wake cycles. Problems in this region have been linked to both attention deficit and hyperactivity. In their study, the changes in the LC remained very different in the "held and touched" infants even for months afterward indicating a long term effect of early touching of infants versus neglect. Lucion, A. (2003). Behavioral Neuroscience, Vol 177(5), 894-903.
~~ The American Journal of Psychiatry reports that the new once-a-day atomoxetine treatment for ADHD seems to be very effective in treating the disorder in both children and adolescents with very few side effects or negative safety issues. Atomoxetine is sold under the name of Strattera. Michelson, D. (2002). American Journal of Psychiatry, Vol159(11), 1896-1901.
~~ Here's more research on the genetic side of ADHD as well as an interesting gender preference for inheriting the disorder. Trinity College, Ireland, has found 3 genetic ties to ADHD, all having to do with dopamine levels. Dopamine receptors, the dopamine transporter genes and genes responsible for synthesis of dopamine are all linked to the disorder. The study also found that the ADHD responsible genes tend to come from the father's genetic make-up more so than the mother's genes. Kirley, A. et al. (2002). Neuropsychopharmacology, vol 27(4), 607-619.
Do you inherit ADHD? Yes, according to the research that continues to support the connection between genes and ADHD. Two new studies point to more than one gene as being involved in the disorder. Research out of Hamilton, Ontario correlates ADHD to the DRD4 dopamine receptor gene. (specifically the gene's exon III coding sequence). Other research shows that the DRD4 may interact with other gene regions such as the serotonin transporter promoter gene. Schmidt, et al. 2001. Psychiatric Genetics, vol 11(1), 25-29. and Auerbach, J. et al. as above pg. 31-35.
~~ Alcohol, nicotine, caffeine, stress - which of these substances/events when used by a pregnant woman is most likely to lead to ADHD in the child? Nicotine! - according to a summary of the research released out of Denmark. Nicotine use during pregnancy showed the greatest risk for Attention Deficit & Hyperactivity problems later in the child's life. Alcohol and caffeine studies could not support any contribution and the research on stress shows that it may contribute slightly to ADHD. Linnet, K., et al. (2003). American Journal of Psychiatry. Vol 160(6), 1028-1040
~~ ADHD children show a very predictable instability in their sleep patterns. The irregularities include: sleep onset, sleep duration, and amount of true sleep received. In fact the pattern is so distinct and severe, that the National Institute of Mental Health feels that sleep pattern could be used as a diagnosis for ADHD. Gruber, Sadeh, & Raviw. 2000. Journal of the American Academy of Child and Adolescent Psychiatry, vol. 39(4), 495-501.
~~ A new study out on medicating ADHD, shows that the best results were obtained when using Ritalin (MPH) mixed with caffeine. The study showed that impulsivity and agression as well as planning skills were most effected by the combination of these two drugs. (When used separately, Ritalin is more effective than caffeine and amphetimines work about as well as Ritalin.) Leon, M. 2000. Journal of Attention Disorders, vol 4(1), 27-47.
~~ According to a study published last year, there appears to be an optimum window of learning opportunity after administering ADD medication. In the study of ADHD boys aged 9 - 11, reading was greatly improved (mastery, fewer errors, higher rate per minute) during the first hour after Ritalin compared to 3-4 hours after medication. Kastner, J., et.al. (2000). Psychology in the Schools, vol. 37(4) 367-377.
~~ The Journal of Psychiatry reports that if you are going to develop manic-depression, the symptoms will show much sooner if you have AD/HD. Sacks, G. et.al. (2000). American Journal of Psychiatry, vol. 157(3), 466-468.
~~ Buffalo State College researched the ADHD child's ability to identify emotions. Using pictures, video, and audio tapes, they found that non-ADHD children were quite competent in identifying emotion in others while ADHD children were severely impaired in the skill. Norvilitus, et. al. (2000). Journal of Attention Disorders, vol. 4(1), 15-26.
~~ Several long term studies have been tracking the inattention curve in ADHD children as they grow. Inattention in ADHD children peaks between the age of 7 and 8. After that it tends to stabilize through adolescence and adulthood. Hyperactivity frequently disappears between the ages of 7 and 9. ADD does not. Hart, E. et. al. (2000). Journal of Abnormal Child Psychology, vol 28(3), 311. Biederman, J. et.al. (2000). American Journal of Psychiatry, vol. 157(5), 816-818.
~~ A Purdue University study of 120 boys, aged 7-13 years shows some typical work patterns in ADHD children. The study compared boys with ADHD to non-ADHD peers in a work/problem solving activity. The study found that ADHD boys were less effective in social interactions, but interestingly, were also less frustrated and less helpless than their non-ADHD peers. Children with ADHD were more likely to attribute any success they had to "luck" or simply the ease of the task. Non-ADHD children in the study tended to blame failures on themselves, in that they didn't "try hard enough." Haza, et. al. (2000)Child Development, vol 71(2) 432-446.
~~ Despite rumor to the contrary, ADHD children are NOT more at-risk for substance abuse than their non- ADHD peers. However, if the ADHD is coupled with a Conduct Disorder, then the ADHD child is more at risk for substance-abuse. Molina, et. al. (1999). Psychology Addictive Behaviors, vol. 13(4) 348 - 358.
~~ High School teachers have a wide range of attitudes toward children with ADHD and LD (learning disabilities). According to a survey of both regular and special educators, 46% thought that ADHD children would carry a multitude of problems into adulthood. 13% thought that learning disabilities resulted from parents "spoiling" their children. 95% thought that LD students are entitled to a more lenient education. Brook, et. al. (2000). Patient Education & Counseling, vol. 40(3), 247-252.
~~ Leroux and Levitt-Perlman write in the Roeper Review that we are focusing on the wrong side of ADHD. They criticize that research and articles always emphasize the negative aspects of the disorder, when in fact, many characteristics of ADHD resemble those of gifted and talented persons as well as resembling creative talents such as divergent thinking. Leroux & Levitt-Perlman (2000). Roeper Review, vol. 22(3) 171-176.
~~ Can children with ADHD comprehend television and video to the same degree as non-ADHD? Apparently not, according to the University of Kentucky. In a study with 7-12 year olds, attention decreased sharply during a video, especially when distractors such as toys were present. This inattention meant that while the ADHD children could recall basic facts of the story afterward, they had a much lower understanding of the relationships among the events in the story. Lorch et.al. (2000). J. of Abnormal Psych., vol 109(2), 321-330.
~~ New findings in EEG patterns may soon give a more valid diagnosis of attention deficit hyperactivity disorder. Researchers in Australia have found distinct EEG patterns in the brains of children with ADHD. The unique EEG waves show an immature, hypoaroused central nervous system. Clarke, A. (2002). Clinical Neurophysiology, Vol 113(7), 1036-1044.
~~ Diagnosing pre-schoolers with ADHD seems to some to be inaccurate, unnecessary and perhaps even detrimental. A study from Dalhousie University in Halifax shows just the opposite. They observed 50, 3 to 6 year olds in a preschool setting, half diagnosed with ADHD and half not. The ADHD children were off-task significantly more time than the non-ADHD children. They were also much more talkative and active. Their conclusion: early diagnosis of ADHD appears valid and may be useful in establishing behavioral programs at an early age to help these children be successful. DeWolfe, N, et. al. 2000. Journal of Attention Disorders, Vol 4(2), 80-90.
~~ Children who have ADHD coupled with Conduct Disorder apparently really just have a version of Conduct Disorder rather than an complication of attention deficit. New research out of Toronto shows that the inhibitory control problems seen in ADHD children are not found in ADHD children who also have conduct disorder (ADHD+CD). In lab tasks where children are tested on their ability to stop an ongoing activity, only the "plain" ADHD children are severely impaired. So the ADHD+CD should really just be CD children who have attention problems as well. Schachar, et. al. 2000. J. of Abnormal Child Psychology, vol 28(3), 227-235.
~~ A study at the University of Pittsburgh school of Medicine shows that middle school children with ADHD are no more at risk for substance abuse than their non-ADHD classmates. However, these children are more at risk if the ADHD was coupled with Conduct Disorder. Molina, et.al. Psychology of Addictive Behaviors. 1999, vol. 13(4), 348-358.
~~ Persons with bi-polar disorder (manic- depression) have an earlier onset of symptoms if they also have attention deficit hyperactivity disorder. This is according to a study out of Massachusetts General Hospital. Sachs, G. et.al. 2000. Am. Journal of psychiatry. vol. 157(3), 466-468.
~~ Two studies support concern for ADHD individuals into adolescence and adulthood. Curran et. al, (1999) found a high percentage of the prison population has ADHD (9% of prisoners vs. 2.5% of young adults in the general population). Clure, et. l (1999) found that among inpatients for substance use disorder (alcohol and/or cocaine use), 32% met the criteria for ADHD, and that 35% of those inpatients had a childhood diagnosisi of ADHD and continued to have problems with it into adulthood. Clure, et. al, (1999). American Journal of Drug and Alcohol Abuse. vol. 25(3), 441-448.
Curran, et. al., (1999). American Journal of Psychiatry. vol. 156(10), 1664-1665.
~~ The University of Wisconsin has published a study tracking students with ADHD into college. They found that college students with ADHD were more likely to be on academic probation and had a higher incidence of academic problems than their peers. The study claimed that the problems experienced by these students were similar to those of a learning disorder.
There are hundreds more studies out there. The website you posted above is not from a leading expert and is not research based. It looked to me like anti-add medication propaganda. There are tons of these sites out there, because like you, people have had bad experiences. But don't spread misinformation to overcome your childhood.