ProprioceptionPresynapticCentralPatternGenerator(CPG)HargravesRehabilitationExcitabilityModelingAfferentsKCC2DescendingHyperalgesiaDopamineReceptorExtensorTracingTrainingInhibitionPainRhythmicFlexorElectro-physiologyDysfunctionClonusSparingLesionRor-BetaAAVMiceInflammationNociceptorVonFreyStimulationRespirationSensoryfeedbackAllodyniaSproutingMuscleStepcycleWholeCell PatchClampCutaneousDiaphragmMembraneSpasticityRatsSpinalCordInjuryReflexSpindlesStemCellRegenerationImmunohisto-chemistryMacrophagesGABAMotorNeuronExerciseSynapseAxonGraftInterneuronChlorideFibersReachingTransplantSerotoninV3ExosomesMicrogliaExcitationHyperreflexiaSimulationShox2AutonomicTurningNeuronRobotLocomotionProprioceptionPresynapticCentralPatternGenerator(CPG)HargravesRehabilitationExcitabilityModelingAfferentsKCC2DescendingHyperalgesiaDopamineReceptorExtensorTracingTrainingInhibitionPainRhythmicFlexorElectro-physiologyDysfunctionClonusSparingLesionRor-BetaAAVMiceInflammationNociceptorVonFreyStimulationRespirationSensoryfeedbackAllodyniaSproutingMuscleStepcycleWholeCell PatchClampCutaneousDiaphragmMembraneSpasticityRatsSpinalCordInjuryReflexSpindlesStemCellRegenerationImmunohisto-chemistryMacrophagesGABAMotorNeuronExerciseSynapseAxonGraftInterneuronChlorideFibersReachingTransplantSerotoninV3ExosomesMicrogliaExcitationHyperreflexiaSimulationShox2AutonomicTurningNeuronRobotLocomotion

T32 SCI Retreat BINGO! - Call List

(Print) Use this randomly generated list as your call list when playing the game. There is no need to say the BINGO column name. Place some kind of mark (like an X, a checkmark, a dot, tally mark, etc) on each cell as you announce it, to keep track. You can also cut out each item, place them in a bag and pull words from the bag.


1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
  1. Proprioception
  2. Presynaptic
  3. Central Pattern Generator (CPG)
  4. Hargraves
  5. Rehabilitation
  6. Excitability
  7. Modeling
  8. Afferents
  9. KCC2
  10. Descending
  11. Hyperalgesia
  12. Dopamine
  13. Receptor
  14. Extensor
  15. Tracing
  16. Training
  17. Inhibition
  18. Pain
  19. Rhythmic
  20. Flexor
  21. Electro-physiology
  22. Dysfunction
  23. Clonus
  24. Sparing
  25. Lesion
  26. Ror-Beta
  27. AAV
  28. Mice
  29. Inflammation
  30. Nociceptor
  31. Von Frey
  32. Stimulation
  33. Respiration
  34. Sensory feedback
  35. Allodynia
  36. Sprouting
  37. Muscle
  38. Step cycle
  39. Whole Cell Patch Clamp
  40. Cutaneous
  41. Diaphragm
  42. Membrane
  43. Spasticity
  44. Rats
  45. Spinal Cord Injury
  46. Reflex
  47. Spindles
  48. Stem Cell
  49. Regeneration
  50. Immunohisto-chemistry
  51. Macrophages
  52. GABA
  53. Motor Neuron
  54. Exercise
  55. Synapse
  56. Axon
  57. Graft
  58. Interneuron
  59. Chloride
  60. Fibers
  61. Reaching
  62. Transplant
  63. Serotonin
  64. V3
  65. Exosomes
  66. Microglia
  67. Excitation
  68. Hyperreflexia
  69. Simulation
  70. Shox2
  71. Autonomic
  72. Turning
  73. Neuron
  74. Robot
  75. Locomotion