User contributions
From OptimalScience
- 18:42, 15 June 2020 diff hist +1,671 N Distractibility is not a permanent trait. Created page with "== Total Support == *A case study<ref>https://www.researchgate.net/publication/334949664_Understanding_and_Management_of_Attention_Deficit_Hyperactivity_Disorder_Psychological..."
- 18:36, 15 June 2020 diff hist +4 Distraction
- 19:47, 8 June 2020 diff hist +1,191 Distractibility is a state of training. →Total Support current
- 19:31, 8 June 2020 diff hist +95 N Distractibility is a state of training. Created page with "== Total Support == == Nuanced Support == == Contradictory == == Contributors == Ayesh Perera"
- 19:31, 8 June 2020 diff hist +4 Distraction →Key claims
- 19:27, 8 June 2020 diff hist +1,128 Internalized challenges produce the energy we call motivation. →Total Support current
- 18:47, 8 June 2020 diff hist +94 N Internalized challenges produce the energy we call motivation. Created page with "== Total Support == == Nuanced Support == == Contradictory == == Contributors == Ayesh Perera"
- 18:47, 8 June 2020 diff hist +4 Self-concepts →Key Claims
- 18:43, 2 June 2020 diff hist +32 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. current
- 18:41, 2 June 2020 diff hist +32 Adrenaline increases IQ, fluency of speech, connections to others, executive function.
- 18:32, 2 June 2020 diff hist +64 Adrenaline increases IQ, fluency of speech, connections to others, executive function. →Total Support
- 18:28, 2 June 2020 diff hist +844 Adrenaline increases IQ, fluency of speech, connections to others, executive function. →Total Support
- 16:48, 25 May 2020 diff hist +57 The amygdala detects threat labels. →References
- 16:47, 25 May 2020 diff hist +329 The amygdala detects threat labels. →Total Support
- 16:34, 25 May 2020 diff hist +1 The amygdala detects threat labels. →Total Support
- 16:32, 25 May 2020 diff hist -17 The amygdala detects threat labels. →References
- 16:32, 25 May 2020 diff hist -4 The amygdala detects threat labels. →References
- 16:30, 25 May 2020 diff hist -3 The amygdala detects threat labels. →References
- 16:30, 25 May 2020 diff hist +5 The amygdala detects threat labels. →=Reference
- 16:29, 25 May 2020 diff hist +580 N The amygdala detects threat labels. Created page with "== Total Support == The detection of threat labels by the amygdala is closely related to its identification of novelty in the environment. Moreover, the content and the contex..."
- 16:27, 25 May 2020 diff hist +4 Anxiety →Key Claims
- 16:17, 25 May 2020 diff hist +1 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 16:12, 25 May 2020 diff hist -21 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 16:11, 25 May 2020 diff hist 0 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 16:11, 25 May 2020 diff hist +7 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 16:05, 25 May 2020 diff hist +3 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 16:04, 25 May 2020 diff hist -1 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 16:03, 25 May 2020 diff hist 0 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 16:03, 25 May 2020 diff hist +3 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 16:03, 25 May 2020 diff hist +12 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 16:00, 25 May 2020 diff hist +138 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →References
- 15:59, 25 May 2020 diff hist +29 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction.
- 15:55, 25 May 2020 diff hist -6 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:55, 25 May 2020 diff hist -140 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:54, 25 May 2020 diff hist +146 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction.
- 15:30, 25 May 2020 diff hist +19 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:28, 25 May 2020 diff hist 0 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:27, 25 May 2020 diff hist -5 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:27, 25 May 2020 diff hist +5 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:25, 25 May 2020 diff hist -1 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction.
- 15:24, 25 May 2020 diff hist +2 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction.
- 15:24, 25 May 2020 diff hist -25 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:23, 25 May 2020 diff hist -1 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:22, 25 May 2020 diff hist +392 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:14, 25 May 2020 diff hist +583 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:03, 25 May 2020 diff hist -584 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support Tags: Blanking Replaced Undo
- 15:03, 25 May 2020 diff hist +584 Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. →Total Support
- 15:01, 25 May 2020 diff hist +63 N The appraisal you make of your adrenaline determines its function, for high performance or fight-or-flight response. Created page with "== Total Support == == Nuanced Support == == Contradictory ==" current
- 15:01, 25 May 2020 diff hist +63 N Adrenaline can be experienced in high performance states, low performance states, and paralysis/freeze reaction. Created page with "== Total Support == == Nuanced Support == == Contradictory =="
- 15:00, 25 May 2020 diff hist +8 Anxiety →Key Claims
