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Tero Toivanen

Autism Therapy: pivotal response training | Healing Thresholds - 0 views

  • Future research may allow therapists to know in advance which type of applied behavior analysis (ABA therapy) is most likely to work for any given child with autism.
  • This study of six children was designed to see if it is possible to predict which type of ABA therapy will work for which child with autism.
  • The authors were able to predict which children would respond to pivotal response training, but not which ones would respond to discrete trial training. The authors note that all children were first exposed to pivotal response training and then to discrete trial training and this may have influenced the results. Children who liked toys were more likely to respond to pivotal response training than children who did not like toys.
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  • This study looked at whether or not a type of applied behavior analysis (pivotal response training) could be used to teach play skills to children with autism.
  • . Both children in the study improved their social skills during recess time.
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    Type of training in which certain behaviors are assumed to be crucial for other behaviors. These pivotal behaviors are then targeted so that the behaviors that depend upon them can change as well.
Tero Toivanen

Autism Information - Autism Information You Need To Know - 1 views

  • There are plenty of myths about autism spectrum disorders out there.
  • But even those of use who are well-grounded in autism basics may be surprised by some of these facts, which are emerging from recent research.
  • We do know what causes autism -- but only in about 20% of cases.
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  • Quite a few children who are diagnosed with autism at a very young age are no longer diagnosable with autism by the time they’re school-aged.
  • Whatever the reasons, many children who are diagnosed with autism as toddlers will not be diagnosable by the time they're in fifth grade.
  • Early intervention (diagnosis and treatment prior to age three) is very helpful indeed, but there is no “window of opportunity” that slams shut at a certain age. Thus, even children who are diagnosed later or receive less early intervention may do quite well in the long run.
  • Early intervention does, however, provide a now-or-never opportunity to allow non-verbal children to develop some kind of useful tool for communication (picture cards, signs, or even spelling boards).
  • There is no official “cure” for autism. In fact, researchers like Dr. Susan Levy at Children’s Hospital of Philadelphia argue that even when a young child is no longer diagnosable on the autism spectrum, he is probably still autistic.
  • Late talking is not an indication of a poor prognosis.
  • Children with autism may or may not be visual thinkers. Thus, school programs designed with visual thinking in mind may or may not be appropriate for any individual child with autism.
  • After many years of research, we still don’t know which treatments are most effective for which children -- or whether one treatment is more effective than another. Behavioral interventions are the best-researched treatments for autism, but even top scientists acknowledge that developmental interventions may or may not be equally useful for any given child. Meanwhile, only two drugs -- Risperdal and Abilify -- have been approved for use with children on the autism spectrum, and neither addresses “core” issues of autism (social/communication deficits).
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    Important facts and information about autism.
Tero Toivanen

12 Tips to Setting up an Autism Classroom « Principal Kendrick - 6 views

  • In a world that’s ever changing, routine and structure provide great comfort to a child on the autism spectrum.  Define routines clearly. 
  • Activities are successful when they’re broken into small steps.
  • Make sure children know what to do if they finish ahead of time.  Typically, children with autism do not use free time productively; therefore strive to have as little downtime between activities as possible.
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  • 2. Use visuals
  • Remember to keep explanations simple and short about each picture or concentration will wane.   Give written instructions instead of verbal whenever you can.  Highlight or underline any text for emphasis.
  • People with autism like order and detail.  They feel in control and secure when they know what to expect
  • Picture schedules are even more powerful because they help a student visualize the actions.
  • Make sure you have this schedule in a very visible place in your classroom and direct the students’ attention to it frequently, particularly a few minutes before you begin the next activity.
  • Written schedules are very effective for good readers.  These can also be typed up and placed on a student’s desk.
  • 4. Reduce distractions
  • Many people with autism find it difficult to filter out background noise and visual information.  Children with autism pay attention to detail.  Wall charts and posters can be very distracting. 
  • Try and seat children away from windows and doors. 
  • 5. Use concrete language
  • Always keep your language simple and concrete.   Get your point across in as few words as possible. 
  • Avoid using idioms.
  • Give very clear choices and try not to leave choices open ended.  You’re bound to get a better result by asking “Do you want to read or draw?” than by asking “What do you want to do now?”
  • 6. It’s not personal
  • Children with autism are not rude.  They simply don’t understand social rules or how they’re supposed to behave.
  • NEVER, ever, speak about a child on the autism spectrum as if they weren’t present
  • Despite the lack of reaction they sometimes present, hearing you speak about them in a negative way will crush their self esteem.
  • 7. Transitions
  • Children on the autism spectrum feel secure when things are constant.  Changing an activity provides a fear of the unknown.  This elevates stress which produces anxiety
  • Reduce the stress of transitions by giving ample warning
  • Using schedules helps with transitions too as students have time to “psyche themselves up” for the changes ahead.
  • People can be slow when they are learning a new skill until they become proficient
  • Encourage your students to ask each other for help and information
  • Making decisions is equally important and this begins by teaching students to make a choice.  Offer two choices. 
  • When giving a directive or asking a question, make sure you allow for extra processing time before offering guidance.  Self help skills are essential to learn
  • Never underestimate the power of consistency.
  • Avoid this temptation and make sure you allow ample time before you abandon an idea.  Remember that consistency is a key component of success.  If you’re teaching a student to control aggression, the same plan should be implemented in all settings, at school and at home.
  • 9. Rewards before consequences
  • We all love being rewarded and people with autism are no different.  Rewards and positive reinforcement are a wonderful way to increase desired behavior
  • If possible, let your students pick their own reward so they can anticipate receiving it.
  • There are many reward systems which include negative responses and typically, these do not work as well.
  • Focusing on negative aspects can often lead to poor results and a de-motivated student.  When used correctly, rewards are very powerful and irresistible
  • Every reward should be showered in praise.  Even though people on the spectrum might not respond typically when praised, they enjoy it just as much as you!
  • 10. Teach with lists
  • Teaching with lists sets clear expectations.  It defines a beginning, middle and an end.
  • People on the autism spectrum respond well to order and lists are no exception.  Almost anything can be taught in a list format.
  • While typical people often think in very abstract format, people on the spectrum have a very organized way of thought.  Finding ways to work within these parameters can escalate the learning curve.    
  • 11. Creative teaching
  • It helps to be creative when you’re teaching students with autism.  People on the spectrum think out of the box and if you do too, you will get great results.
    • Tero Toivanen
       
      Exactly!
  • Often, people with autism have very specific interests.  Use these interests as motivators.
    • Tero Toivanen
       
      This is how I work! It's works!
  • Another great strategy to use is called “Teaching with questions”.  This method keeps students involved, focused and ensures understanding.
  • Another great way of teaching is by adding humor to your lessons.  We all respond to humor.
    • Tero Toivanen
       
      When you feel well, your students feel well also and learn better!
  • 12. Don’t sweat the small stuff
  • The final goal is for children to be happy and to function as independently as possible.
  • Don’t demand eye contact if a student has trouble processing visual and auditory information simultaneously.
    • Tero Toivanen
       
      It may even be painful for the student... There are research about this issue.
  • By correcting every action a person does, you’re sending a message that they’re not good enough the way they are.  When making a decision about what to correct, always ask yourself first, “Will correcting this action help this person lead a productive and happy life?”
Tero Toivanen

How to unleash your brain's inner genius - life - 03 June 2009 - New Scientist - 0 views

  • A flurry of research published earlier this year in the journal Philosophical Transactions of the Royal Society B paints a very different picture. It turns out that these skills are far more common than previously thought. They may even arise from traits found in the general population, implying that savants are not fundamentally different from the rest of us. What's more, these skills may only blossom after years of obsessive practice, raising the question of whether many more people might cultivate similar skills, if only they had the motivation.
  • One of the biggest clues to the origins of savant talent lies in the fact that savants are far more common within the autistic population than among people with other mental difficulties.
  • Previously, about 1 in 10 people with autism were thought to have a special ability but in April, Patricia Howlin at the Institute of Psychiatry at King's College London found a much higher figure in the autistic adults she surveyed for savant skills or an exceptional cognitive ability.
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  • Savant skills included more fully developed talents, such as being able to name the elevation of both the sun and the moon at any time of day, on any specified date; being able to name the day of the week for any date in the distant past or future (a talent known as calendrical calculation) and perfect pitch. Importantly, the abilities and the skills had to be exceptional by the standards of the general population, but also well above the individual's overall level of ability. In total, roughly 30 per cent had some kind of special ability (Philosophical Transactions of the Royal Society B, vol 364, p 1359).
  • For musical savants like Paravicini, Happé suggests that a bias towards small details might have led their developing brains to focus more on the exact notes than the overall melody, leading to perfect pitch and an exceptional musical memory. In art, a focus on small regions of a picture could lead to accurate perspective drawing.
  • Most people find this harder when they are shown an unsegmented version of the pattern versus a segmented one, but people with autism don't have this preference, demonstrating their skill at seeing a whole in terms of its parts even if there are no obvious dividing lines (see diagram). "It shows they are able to do the segmentation in their minds," says Winner. The precocious realists did not have this preference either, indicating a talent for realistic drawing may arise from this isolated trait commonly found in autism (Philosophical Transactions of the Royal Society B, vol 364, p 1449).
  • Although these results help to pinpoint exactly what it is about autism that predisposes people to talent, it's still not clear why an eye for detail is more common in autistic people in the first place. Clues might lie in the work of Simon Baron-Cohen from the University of Cambridge, which suggests that people with autism are "hypersensitive" to sensory information
  • Daniel Tammet, a prodigious savant who has memorised pi to 22,514 digits, believes his own talents have arisen from a special ability to connect different pieces of information together. "Savant abilities are linked to a highly associative type of thinking, an extreme form of a kind that everyone does - examples would include daydreaming, puns and the use of metaphors," he says.
  • The few studies of savant brains certainly suggest they are physically different from the average brain. For example, when Happé and Wallace studied the brain of a savant gifted at art, calendrical calculation and memory, they found his cortex was thicker in the areas associated with visuospatial processing and calculation and thinner in other regions associated with social cognition, compared with people who were neither savants nor autistic. But whether these differences were innate or grew with lifelong practice was still unclear.
  • The answer to that question may come from an unlikely source - a study of London taxi drivers who have acquired an encyclopedic memory of the streets of London known as "the Knowledge". Given that taxi drivers must remember the layout of 25,000 streets and the location of thousands of places of interest, and retrieve the information instantaneously, some researchers like Happé believe the Knowledge qualifies as a savant-like skill.
  • Eleanor Maguire and colleagues at the Institute of Neurology at University College London and colleagues found that drivers with the Knowledge have a bigger rear hippocampus than bus drivers and adults who do not drive taxis. In addition, the hippocampus appears to be larger the longer a taxi driver has been working, and shrinks once they retire (Philosophical Transactions of the Royal Society B, DOI: 10.1098/rstb.2008.0288).
  • In fact, it seems the remaining mystery is not so much how savants achieve their talents, but what drives them in the first place. "Motivation is a big unknown," says Wallace. "It's an enormous driving force in giftedness and in savants, but we don't know a lot about it."
  • One person who has something of an inside view on what contributes to savant ability is Paravicini's mentor, Adam Ockelford, a professor of music at Roehampton University in London who has watched Paravicini's talent blossom since the age of 4. When they first met, Paravicini was entirely self-taught and bashed at his plastic keyboard with his fists and elbows to reproduce the sounds he was hearing. It was only after years of practice that his technical skills developed.
  • But as researchers like Wallace have suggested, Paravicini seemed motivated way beyond the average music student. In fact, he seemed to be playing as if his life depended on it, and Ockelford thinks it's this that truly sets savants apart from their peers. "The survival instinct gets turned with extraordinary force into something else - in Derek's case music," says Ockelford. "When people see Derek, they think it is amazing, almost religious. But to me, it's mainly just hard work."
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    But now researchers are beginning to unearth clues as to how savants' formidable brains work, and that in turn is changing our view of what it means to be a savant.
Tero Toivanen

Auditory Integration Training and Facilitated Communication for Autism -- Committee on ... - 0 views

  • For example, Smith et al16 studied 10 individuals with autism specifically to investigate the effects of facilitator influence and level of assistance on the results of FC. Each subject had six sessions, two with no help, two with partial assistance, and two with full assistance. Results showed that there were no cases of correct responses from the subject unless the facilitator knew the correct response. In addition, numerous responses were typed by the subjects to stimuli that were shown only to the facilitator, and not the subject. Similar results have been found by Regal et al17 and Eberlin et al.1
  • One complication of the use of FC has been the allegation of abuse, particularly sexual abuse, that has been obtained from individuals through the use of FC against third persons. This has generated adverse publicity and caused severely negative consequences for families who may be unsure of the validity of the allegations. Because of legal mandates regarding reports of child abuse, this becomes a critical issue for teachers and pediatricians alike, who may find the credibility of the report highly questionable but are obligated to fulfill their legal responsibilities. Margolin20 notes that although more than 50 such allegations have resulted in legal proceedings, most have terminated before trial. The ethical dilemmas posed by FC for practitioners have been reviewed by Jacobson et al.8
  • It is important for the pediatrician to obtain current data on both AIT and FC as they become available. Until further information is available, the use of these treatments does not appear warranted at this time, except within research protocols.
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    This statement reviews the basis for two new therapies for autism---auditory integration training and facilitative communication. Both therapies seek to improve communication skills. Currently available information does not support the claims of proponents that these treatments are efficacious. Their use does not appear warranted at this time, except within research protocols.
Tero Toivanen

Oxytocin improves brain function in children with autism - 1 views

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    "Preliminary results from an ongoing, large-scale study by Yale School of Medicine researchers shows that oxytocin -- a naturally occurring substance produced in the brain and throughout the body -- increased brain function in regions that are known to process social information in children and adolescents with autism spectrum disorders (ASD)."
Tero Toivanen

Top Autism Facts - Top Autism Facts - 2 views

  • 1. Autism Is a 'Spectrum' Disorder
  • it is possible to be bright, verbal, and autistic as well as mentally retarded, non-verbal and autistic.
  • 2. Asperger Syndrome is a High Functioning Form of Autism
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  • The only significant difference between AS and High Functioning Autism is that people with AS usually develop speech right on time while people with autism usually have speech delays.
  • 3. People With Autism Are Different from One Another
  • 4. There Are Dozens of Treatments for Autism - But No 'Cure'
  • 5. There Are Many Theories on the Cause of Autism, But No Consensus
  • 6. People Don't Grow Out of Autism
  • 7. Families Coping with Autism Need Help and Support
  • 8. There's No 'Best School' for a Child with Autism
  • Even in an ideal world, "including" a child with autism in a typical class may not be the best choice. Decisions about autistic education are generally made by a team made up of parents, teachers, administrators and therapists who know the child well.
  • 9. There Are Many Unfounded Myths About Autism
  • Since every person with autism is different, however, such "always" and "never" statements simply don't hold water.
  • 10. Autistic People Have Many Strengths and Abilities
  • They are also ideal candidates for many types of careers.
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    This brief, pithy article provides the bare bones basics for a quick read - along with links to more in-depth information for those who want to know.
Tero Toivanen

Research adds to evidence that autism is a brain 'connectivity' disorder - 1 views

  • Now, researchers led by Mustafa Sahin, MD, PhD, of Children's Department of Neurology, provide evidence that mutations in one of the TSC's causative genes, known as TSC2, prevent growing nerve fibers (axons) from finding their proper destinations in the developing brain.
  • Sahin and colleagues showed that when mouse neurons were deficient in TSC2, their axons failed to land in the right places.
  • Further investigation showed that the axons' tips, known as "growth cones," did not respond to navigation cues from a group of molecules called ephrins.
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  • Although the study looked only at retinal connections to the brain, the researchers believe their findings may have general relevance for the organization of the developing brain. Scientists speculate that in autism, wiring may be abnormal in the areas of the brain involved in social cognition.
  • there are either too many connections or too few connections between different parts of the brain
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    Research evidence suggesting that autism spectrum disorders, which affect 25 to 50 percent of TSC patients, result from a miswiring of connections in the developing brain, leading to improper information flow.
Tero Toivanen

YouTube - 41 seconds: Autistic Awareness - 0 views

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    Really good video about the time autistic people needs to process information. Let's give time for each other!
Tero Toivanen

autism-spectrum.com - 0 views

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    Autism information.
Jessica Dunton

Sensory Integrate Home - 0 views

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    Free Resources and information for families who have children with autism, Asperger Syndrome, and sensory disorders.
Patti Porto

National Autism Center - 0 views

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    The National Autism Center is May Institute's Center for the Promotion of Evidence-based Practice. It is a nonprofit organization dedicated to disseminating evidence-based information about the treatment of autism spectrum disorder (ASD), promoting best practices, and offering comprehensive and reliable resources for families, practitioners, and communities.
Tero Toivanen

Marlene Behrmann: Connecting Autistic Behavior to Brain Function - 0 views

  • It turns out that in all three of the primary cortices -- visual, auditory and somatosensory -- we did not see the typical response trial after trial in the individuals with autism. Instead, we saw considerable variability -- sometimes a strong response, sometimes a weak response. The fact that we did not see precise responses in autism was a really important result. It suggests that there is something fundamental that is altered in the cortical responses in autism. This variability in the brain response might also possibly explain why individuals with autism find visual stimulation, touch and sound to be so strong and overwhelming.
  • We know from genetic research that many of the neurobiological changes that occur in autism have to do with changes at the level of the synapse, the way that information is transmitted from one neuron to another.
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    "A team of researchers ... were interested in trying to understand on a basic neural level what happens inside the brain that might give rise to the altered behaviors in autism."
Tero Toivanen

Oklahoma parents of autistic children turning to oxygen therapy - People CD - Remodelin... - 0 views

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    Oklahoma parents of autistic children turning to oxygen therapy General discussion
Tero Toivanen

Eide Neurolearning Blog: Why Boys Need Alternatives with Reading and Writing - 0 views

  • If you give girls and boys language tasks, most girls will process the information in the same way (in a specialized language area)
  • help them with word storage and retrieval
  • But for boys, sensitivity to the modality of how words are presented means that an extra steps need to be taken to match words that are picked up by listening and words that are read on the printed page. No wonder dyslexia is much more common in boys - the separate system means that the sight and sound of words are learned as distinct processes.
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  • As a result, verbal competence may be strong in one domain (oral speech for instance), but be weak in another (reading).
  • because boys require two areas and a matching of visual-auditory inputs, impairment in one system may cause the whole language coordination process to fail.
  • The visual-auditory gap may also be why some boys may need to read word-for-word outloud or to themselves (i.e. not silently read) in order to fully comprehend or remember the story.
  • Some careful consideration needs to made of instructional implications for boys given some of these new discoveries. Learning by listening and learning by reading are not synonymous; route-congruent factors(listening - oral presentation, reading - written response) may need to be considered when a learning gap or frank underachievement is seen, and an insistence on the availability of auditory-visual supports (reading along with books-on-tape, detailed handouts for lecture courses) should be a requirement of every classroom.
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    Boys require two areas and a matching of visual-auditory inputs, impairment in one system may cause the whole language coordination process to fail.
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