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N.E.M.O. NEUROBORRELIOSIS + VIRAL CO-INFECTION PAIN EXTENSION

IX. HERPES VIRUS SYSTEM (NEURAL TARGET)


55. N.E.M.O. HSV-1 trigeminal nerve latency and reactivation pathway

56. N.E.M.O. HSV-1 neural inflammation - facial region

57. N.E.M.O. HSV-1 ganglion (trigeminal) persistence

58. N.E.M.O. HSV-2 peripheral nerve irritation pathway

59. N.E.M.O. EBV neuroinflammatory activation - cranial nerves

60. N.E.M.O. EBV latent persistence - nervous system

61. N.E.M.O. EBV-induced neuroimmune dysregulation

62. N.E.M.O. HHV-6 neurotropic activation - central nervous system

63. N.E.M.O. HHV-6 demyelination-related pathway

64. N.E.M.O. HHV-7 chronic neuroimmune activation

65. N.E.M.O. Herpes family co-activation (HSV-EBV-HHV6-HHV7 synergy)


X. BARTONELLA - NEUROVASCULAR SYSTEM


66. N.E.M.O. Bartonella neurovascular inflammation - cranial region

67. N.E.M.O. Bartonella nerve irritation - facial pathways

68. N.E.M.O. Bartonella endothelial dysfunction - microcirculation

69. N.E.M.O. Bartonella-induced neuropathic pain

70. N.E.M.O. Bartonella-Borrelia neural synergy

71. N.E.M.O. Bartonella-viral co-infection neural activation


XI. MULTI-PATHOGEN INTERACTION (NO DUPLI)


72. N.E.M.O. Borrelia-HSV trigeminal synergy pathway

73. N.E.M.O. Borrelia-EBV neuroimmune dysregulation axis

74. N.E.M.O. Borrelia-HHV6 demyelination synergy

75. N.E.M.O. Borrelia - Bartonella vascular-neural interaction

76. N.E.M.O. Multi-pathogen bioelectric disruption (Borrelia-viral-Bartonella)

77. N.E.M.O. Chronic co-infection persistence system (multi-layer)


XII. TARGETED PAIN - FACIAL & ORAL SYSTEM


78. N.E.M.O. Sharp stabbing facial pain - trigeminal pathway

79. N.E.M.O. Electric shock facial pain - neural discharge pattern

80. N.E.M.O. Burning facial pain - neuroinflammatory origin

81. N.E.M.O. Deep jaw pain - bone & nerve interaction

82. N.E.M.O. Tooth root neural pain - chronic infection

83. N.E.M.O. Gum nerve pain - inflammatory neural link

84. N.E.M.O. Sinus-facial nerve pain connection

85. N.E.M.O. Ear-jaw-trigeminal pain pathway

86. N.E.M.O. Eye-trigeminal pain projection pathway


XIII. TARGETED PAIN - MUSCLE & FASCIA


87. N.E.M.O. Chronic neck muscle pain - neurogenic origin

88. N.E.M.O. Jaw muscle spasm - trigeminal-driven

89. N.E.M.O. Facial muscle tension - neuroinflammatory

90. N.E.M.O. Myofascial trigger points - infection-related

91. N.E.M.O. Fascia-nerve compression pain pathway

92. N.E.M.O. Muscle burning pain - toxin-related


XIV. ADVANCED NEURAL DAMAGE SYSTEM


93. N.E.M.O. Chronic demyelination - multi-pathogen

94. N.E.M.O. Nerve degeneration - infection-induced

95. N.E.M.O. Axonal damage - neurotoxicity

96. N.E.M.O. Neurotransmission disruption - chronic infection

97. N.E.M.O. Neural hyperexcitability - chronic state


XV. ADVANCED BIOFILM & TOXIN NETWORK


98. N.E.M.O. Multi-species biofilm (Borrelia-Bartonella-oral pathogens)

99. N.E.M.O. Viral- bacterial biofilm interaction

100. N.E.M.O. Intracellular persistence - multi-pathoge

101. N.E.M.O. Neurotoxin accumulation - chronic infection

102. N.E.M.O. Endotoxin-neural irritation pathway

103. N.E.M.O. Biofilm-induced immune evasion


XVI. AUTONOMIC & CENTRAL INTEGRATION


104. N.E.M.O. Autonomic nervous system dysregulation - facial pain

105. N.E.M.O. Vagus nerve-trigeminal interaction

106. N.E.M.O. Central sensitization - chronic pain state

107. N.E.M.O. Pain memory consolidation - chronic pattern

108. N.E.M.O. Stress- neuroinfection amplification pathway


XVII. ADVANCED REGENERATION SYSTEM


109. N.E.M.O. Advanced nerve regeneration pathway

110. N.E.M.O. Myelin repair - chronic damage

111. N.E.M.O. Neuroplasticity restoration

112. N.E.M.O. Neural stabilization - hyperexcitability reduction

113. N.E.M.O. Neuroimmune reset - chronic co-infection


FINAL NOTE FOR LAB (UPDATED

This set is an extended system (1-113 total) combining:

Borrelia burgdorferi

Herpes viruses (HSV, EBV, HHV-6, HHV-7)

Bartonella

Neural, muscular, oral and pain pathways

All ampoules must represent distinct functional pathways.

Each must include multi-layer interaction: pathogen synergy, neuroinflammation, immune response, biofilm, toxins, and nervous system dysfunction.


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