Non-Ionizing Electromagnetic Fields: Effects on the Human Brain

Map Branches

• Cognition
  • Attention, memory
  • Attention, reaction time
  • Rumination, vulnerability
  • Executive function changes
  • Faster, less accurate learning
  • See also: Map on Memory
  • Mobile phones, cognitive changes, youth
  • Wi-Fi and memory, cognitive tasks
• Mood/behavior
  • Anxiety
  • Depression
  • Behavior in rat
  • False statements believed
  • Bavarian children, behavior problems
  • Neurobehavioral problems, tower, Latvia
  • Personality changes, mobile communications
• Neurosensory systems
  • Tinnitus
  • Change in hearing threshold
  • Dizziness, headaches, tremors
  • Change in auditory cortex function
  • Mobile phones, audiologic disturbances
  • Cellphones and hearing loss
• Central nervous system diseases
  • Parkinson's disease
  • Increased dementia
  • Alzheimer's disease
  • Increased beta-amyloid
  • Epilepsy
  • See also: Map on Alzheimer's
  • CFAP expression altered, gliosis
  • Neurotoxicity, inflammation, EMF
• Tumors
  • Glioma
  • Astrocytoma
  • Acoustic neuroma
  • MetaAnalysis re: mobile phones
  • Occupational powerline exposure
  • Pooled analysis of cellphones and tumors
  • Study, number of cell phone contacts, tumors
  • Study, deceased mobile phone users, controls
  • Turkish study article: brain impacts of cellphones
• Decreased melatonin
  • Electrical workers
  • Melatonin hypothesis
  • Cellular phone users
  • People living near base stations
  • Gap junction changes, tumor promotion
  • See also: Map on Melatonin
• Oxidative damage
  • Mitochondrial DNA
  • Increased nitric oxide
  • Antioxidant depletion
  • Glial apoptosis
  • Neurotoxicity, mitochobndria, oxidation, brain
• Genetic effects
  • Oxidative DNA damage
  • Up and down-regulation of genes
  • Cell death, ferromagnetic transduction
  • Decreased hippocampal neurogenesis
  • Reduced Purkinje cells, increased granule cells
  • Genotoxic effects on mouse brain, RF
• Blood flow and barrier
  • Mix of effects
  • Prefrontal blood flow
  • Reduced local blood flow
  • Heart rate variability changes
  • Disrupted cerebral blood flow
  • Albumin leakage, barrier breech
  • RF, changed local blood floor, temperature
• EEG
  • Nonlinearity
  • Alpha decrease
  • 10.5-11 Hz changes
  • Increase in synchrony
  • Sleep spindle changes
  • 8 Hz oscillatory changes
  • Frequency specific changes
  • Decrease in band coherence
  • Appearance of EEG slow waves
  • Gender differences in EEG effects
  • 4-8 Hz, 15 Hz oscillatory changes
  • More anterior alpha, less posterior
  • Changed interhemispheric synchronization
  • See also: Map on EEG and EMF
• Neural architecture
  • Glia
  • Receptor changes
  • Hippocampal cell loss
• Neuroprocessing
  • Pain response changes
  • Gender related changes
  • ion channel transduction
  • Calcium channels, apoptosis
  • Nonlinear sensory transduction
  • Increased excitation/facilitation
  • Serotonin receptor deformation
  • Decreased cytochrome c oxidase
  • Change in motor evoked potentials
  • Induction of stochastic resonance
  • Upregulation calcium channel function
  • Osmolarity affects threshold field effects
  • Electrical fields, polarization of neurons
  • See also: Map on Memory
  • "Undeniable effects", EMF "maestro" to neurons
• Metabolism
  • Cellphones increase brain glucose use
• ELECTRIC FIELDS AND THE LIVING BRAIN
  • (untitled branch)
  • (untitled branch)
• THE BIOINITIATIVE REPORT
  • Neurology and Behavior
  • (untitled branch)
  • Melatonin, Alzheimer's Disease
  • Brain Tumors, Acoustic Neuroma
• Autistic Spectrum
  • Microwave exposure
  • Electromagnetic flux fields
  • Mercury plus EMF and autism: Dr. Klinghardt
  • Dr. Klinghardt: preconception medicine (video)

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