Here are some possible reasons why people think autism can be outgrown:
- Assumption that autism is caused by heavy metal poisoning which is something that’s treatable.
- False advertisements for treatments or “cures” for autism.
- Impression that autistic adults are supposed to look or act like autistic children.
- Impression that autism is only a childhood disability.
- Autistic people can get better at suppressing their traits such as stimming and using the right social cues.
- Revealed strong skills in certain areas may give the impression that the person also needs less support in other areas. Intact rote memory means the student can do well in facts based courses but it doesn’t reflect the person’s coordination or executive function which tends to be their hurdles in terms of employment.
- Stories about autism being cured.
- The autistic person received less support which reduced the amount of reminders that the person was autistic.
- The autistic person joined fewer special needs programs, clubs, or groups which also reduced the amount of reminders that the person was autistic.
- The autistic person mentioned less about his or her challenges.
- Chronic sensory overload may be confused with desensitization because the baseline was forgotten.
- Behind the scene preparations were overlooked. Having successful social interactions may be confused with actual improvements. Notice that in one example, a lot of preparation was needed for every hour of social interaction.
- Asking for help when writing letters or other accommodations may be mistaken for a lack of maturity or confidence which can be improved. Similar to the previous example, when I write comments, I need lots of preparation time to make sure that it’s in the right mood and has a reasonable amount of information. Why not have your job completed in five minutes instead of one hour?
- Tests don’t look at their real life abilities which means the scores can be average or even above average.
I used the Fitbit Charge 2 to track my sleep. It can actually report how much time was spent in the sleep stages.
When I was shopping for the Fitbit, I thought that being able to detect sleep stages was a strong selling point because it’s an area that I need to work more on. It was able to detect sleep stages because it has a heart rate monitor.
Here are the screen shots:
With accurate information about your sleep, you can find out what affects your sleep.
Ideas for experiments include:
- Number of steps per day
- Duration of exercise at different intensities or power or heart rate zones
- Timing of exercise
- Maffetone method
- Traditional base training
- Sweet spot base training
- Resistance training
- Number of days of exercise per week
- Workout splitting
- Brain exercises
- Nutritional supplements
- Recovery workouts (exercise intensities that you don’t consider as exercise)
- Light therapy intensity, duration, and timing
- Maximum amount of caffeine you can take without affecting your sleep
- Super foods
- Sleep aids
- Sleep schedules
How would they affect your REM sleep, deep sleep, light sleep, night time awakenings, and sleep onset?
Just when you think you’ve learned all there is to know about running form, someone lectures about how the rules have changed. Way back when during the 80s, we were taught that the best foot strike was to land on your heels first then roll your foot forward and take off with your toes. I’ve had my share of injuries while doing this style of foot strike so i abandoned this and just ran on something i would feel comfortable with. Well, it still didn’t make me a faster runner nor did it make my running more efficient so i experimented with various running forms until i found the stride and the form which kept me more relaxed without stressing the muscles too much.
Now, enter Coach Jojo Macalintal. Jojo has been recently hired by Runnex to coach the participants of the Runnex Sunday Running Clinic on proper running technique…
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So going off of my last post, I finally decided to post my reactions to some of the most common myths about those with Asperger’s and High Functioning Autism in general. I’m appalled by how widely believed these myths are, and I’m hoping to shed some light on the truth, coming from the perspective of an Aspie/Autistic woman. 🙂
Myth #1: Those with autism or Asperger’s react the same way to all sensory input, including tastes, textures, sounds, etc.
I can’t tell you how many times I’ve talked with people who believe this myth. Quite a few people have heard that those on the autism spectrum have some sensory processing issues, but they wrongly assume that this means that ALL sensory input causes us issues. The truth is that it depends on each individual person. Most people on the spectrum don’t have an issue with all input, but rather specific…
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If you cycle at an effort that you would use when walking, how fast can you get?
The bike ride was done on the Arbutus Greenway from W 68th Ave to W 29th Ave.
- Distance: 4.8 km
- Duration: 17:29
- Avg speed: 16.6 km/h
- Max HR: 113
- Avg HR: 99
If you bike to work at an easy pace, would you be too slow?
Here are the screenshots from Strava. The rides were done on Vancouver’s bike routes. A heart rate monitor was used to make sure that I stayed in the right zone. A larger cassette was installed so that hills were easier to climb.
Heather St (Southbound)
- Max HR: 121
- Avg HR: 106
- Avg power (estimated): 103W
- Avg speed: 15.1 km/h
Kitsilano to UBC
- Max HR: 131
- Avg HR: 116
- Avg power (estimated): 178W
- Avg speed: 17.4 km/h
Off Broadway (Westbound)
- Max HR: 108
- Avg HR: 91
- Avg power (estimated): 102W
- Avg speed: 15.5 km/h
Ontario St (Northbound)
- Max HR: 117
- Avg HR: 108
- Avg power (estimated): 190W
- Avg speed: 14.2 km/h
Your speed should decrease more noticeably when climbing, when accelerating, or when carrying heavier loads.
Your speed shouldn’t decrease as noticeably on the flats or when carrying lighter loads.