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El_Chaderino

Clinical Q cheat sheet

El_Chaderino
Dec 17th, 2023 (edited)
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  1. CZ:
  2.  
  3. Theta (3-7 Hz) increase during Eyes Closed may indicate a visual processing problem, poor retention of information, or short-term memory issues.
  4. Theta (3-7 Hz) decrease during Eyes Open may suggest foggy thinking.
  5. Theta/Beta ratio (3-7 Hz / 16-25 Hz) above 2.2 may indicate attention deficit issues (CADD).
  6. Theta/Beta ratio (3-7 Hz / 16-25 Hz) above 2.2 may suggest CADD if ratio drops during Up Training (UT). If ratio is above 3.0, it may indicate ADHD.
  7. Delta (1.5-2.5 Hz) increase during Eyes Closed above 9.0 may suggest cognitive deficits such as concentration problems, forgetfulness, and comprehension issues.
  8. Theta/Beta ratio (3-7 Hz / 16-25 Hz) above 2.2 and a percentage change greater than 15% may indicate attention-related issues.
  9. Total amplitude (Theta + Alpha + Beta) above a specific range (e.g., 70) may suggest excessive brainwave activity.
  10. Total amplitude at CZ above 60 may indicate developmental delay, autistic spectrum behavior, or marked cognitive deficits.
  11. Increase Eyes Open to Eyes Closed Alpha difference by more than 30% (8-12 Hz) to improve visual processing and memory.
  12. Decrease Eyes Open Theta/Beta ratio (3-7 Hz / 16-25 Hz) to below 2.2 to reduce inattention.
  13. Train Eyes Open Theta/Beta ratio to under 2.2 for improved reading comprehension and retention.
  14. If CZ Eyes Open Theta/Beta is above 2.2 and CZ Eyes Open T/B is below 2.2, consider ADD and reading difficulties.
  15. If CZ Eyes Open Theta/Beta is above 2.2 and CZ Eyes Open T/B is above 3.0, consider ADHD.
  16. Theta (3-7 Hz) range indicates a relaxed or meditative state.
  17. Alpha (8-12 Hz) range is associated with a calm and focused state of mind.
  18. Beta (16-25 Hz) range is related to active thinking, problem-solving, and concentration.
  19. High Beta (28-40 Hz) range may indicate heightened alertness or anxiety.
  20.  
  21. O1:
  22.  
  23. Increase in Eyes Closed Alpha (8-12 Hz) of less than 50% or negative change, along with similar pattern at CZ, may suggest traumatic stress.
  24. Percentage change of Alpha (8-12 Hz) greater than 25% during Eyes Open may indicate foggy thinking.
  25. Theta/Beta ratio (3-7 Hz / 16-25 Hz) during Eyes Open below 1.8 may indicate poor stress tolerance, racing thoughts, and anxiety.
  26. Theta/Beta ratio (3-7 Hz / 16-25 Hz) during Eyes Open below 1.8 may suggest a predisposition to self-medicating behaviors, generalized anxiety disorder (GAD), and stress precipitated depression.
  27. Theta/Beta ratio (3-7 Hz / 16-25 Hz) during Eyes Open above 3.0 may be associated with cognitive deficiencies or Asperger's patterns. Consider examining F4/F3 Beta as well.
  28. Theta/Beta ratio (3-7 Hz / 16-25 Hz) during both Eyes Closed and Eyes Open around or below 1.5 may indicate sleep disturbance.
  29. Theta/Beta ratio (3-7 Hz / 16-25 Hz) during Eyes Open below 1.8 and a percentage change greater than 3.0 may be associated with cognitive deficiencies or Asperger's patterns.
  30. Theta/Beta ratio (3-7 Hz / 16-25 Hz) during Eyes Closed and Eyes Open around or below 1.5 may indicate sleep disturbance.
  31. Increase O1 Eyes Open Theta/Beta ratio (3-7 Hz / 16-25 Hz) to between 1.8-2.2 to address stress tolerance, racing thoughts, and anxiety.
  32. Decrease O1 Eyes Open Theta/Beta ratio to below 1.8 to address self-medicating behaviors and depression.
  33. Balance O1 Eyes Closed and Eyes Open Theta/Beta ratio to 1.5 to improve sleep disturbance.
  34. Increase Peak Alpha Frequency Eyes Open at O1 (8-12 Hz) for enhanced mental agility.
  35. Theta (3-7 Hz) range is associated with deep relaxation and daydreaming.
  36. Alpha (8-12 Hz) range is linked to a relaxed and calm state of mind.
  37. SMR (12-15 Hz) range is associated with focused attention and sensorimotor integration.
  38. F3 and F4:
  39.  
  40. Theta/Beta ratio (3-7 Hz / 16-25 Hz) at F3 or F4 above 2.2 may suggest cognitive deficiencies, impulse control issues, or emotional volatility.
  41. Negative percentage difference between Theta/Beta ratio (3-7 Hz / 16-25 Hz) at F3 and F4, above 20%, may indicate emotional volatility, anger management problems, or emotional impulse control issues.
  42. Alpha (8-12 Hz) increase during Eyes Closed at F4 may be associated with frontal Alpha ADD and improved organization, focus, planning, and task completion.
  43. Beta (16-25 Hz) difference between F4 and F3 may indicate a predisposition to depressed mood states in adults and impulse control issues in children.
  44. Alpha (8-12 Hz) difference between F3 and F4 may suggest oppositional, defiant, socially aggressive, or socially indifferent behavior.
  45. Theta/Beta ratio (3-7 Hz / 16-25 Hz) above 2.2 and a percentage change greater than 15% may suggest cognitive deficiencies, impulse control issues, or emotional volatility.
  46. Difference between Theta/Beta ratio (3-7 Hz / 16-25 Hz) at F3 and F4 above a specific threshold (e.g., 20%) may indicate emotional volatility, anger management problems, or emotional impulse control issues.
  47. Alpha (8-12 Hz) increase during Eyes Closed at F3 or F4 within a specific range (e.g., 1.2-1.6) may suggest improvement in organization, focus, planning, task completion, and talkativeness.
  48. Lower Theta/Beta ratio at F3 or F4 (3-7 Hz / 16-25 Hz) to below 2.2 to address cognitive deficiencies, impulse control, and emotional volatility.
  49. Train Alpha Eyes Closed at F4 (8-12 Hz) to between 1.2-1.6 for frontal Alpha ADD and improved focus and organization.
  50. Reduce F3/F4 Theta and Beta percentage difference to address emotional volatility and anger management.
  51. Beta (16-25 Hz) range is associated with active thinking, problem-solving, and focus.
  52. HiBetaGamma (28-40 Hz) range is linked to heightened mental activity and alertness.
  53. FZ:
  54.  
  55. HiBeta/Beta ratio (28-40 Hz / 16-25 Hz) below 0.45 may indicate excessive passivity.
  56. HiBeta/Beta ratio (28-40 Hz / 16-25 Hz) above 0.55 may be associated with stubborn behavior, obsessive-compulsive tendencies, perseveration in autistic spectrum behaviors, or anxiety.
  57. Sum of HiBeta + Beta above 15 may indicate perseverative behavior.
  58. LoAlpha/HiAlpha ratio (8-9 Hz / 11-12 Hz) below 1.5 may suggest cognitive inefficiency, age-related deficits in memory and cognitive processing, or sleep disorders.
  59. HiBeta/Beta ratio (28-40 Hz / 16-25 Hz) below a specific threshold (e.g., 0.45) may indicate excessive passivity.
  60. HiBeta/Beta ratio (28-40 Hz / 16-25 Hz) above a specific threshold (e.g., 0.55) may be associated with stubborn behavior, obsessive-compulsive tendencies, or anxiety.
  61. Sum of HiBeta + Beta above a specific value (e.g., 15) may indicate perseverative behavior.
  62. Train HiBeta/Beta ratio at FZ (28-40 Hz / 16-25 Hz) to between 0.45-0.55 to relieve passivity or stubborn behavior.
  63. Decrease Sum of HiBeta + Beta at FZ to below 15 to address perseverative behavior.
  64. Lower LoAlpha/HiAlpha ratio at FZ (8-9 Hz / 11-12 Hz) to below 1.5 to improve cognitive efficiency and sleep disorders.
  65. Alpha (8-12 Hz) range is associated with relaxation, creativity, and mental imagery.
  66. HiAlpha (11-12 Hz) range is linked to deep relaxation, meditation, and mental integration.
  67. Beta (16-25 Hz) range is related to active thinking, problem-solving, and concentration
Tags: neurofeedback eeg clinical q qeeg
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