New experimental finding of dangerous autonomic ganglia changes in cardiac injury following subarachnoid hemorrhage; a reciprocal culprit-victim relationship between the brain and heart.
Mehmet Dumlu AydinAyhan KanatBalkan SahinMehmet Hakan SahinSaban ErgeneRabia DemirtasPublished in: The International journal of neuroscience (2022)
Sypathico-parasympathetic imbalance induced vagal nerve-ICG disruption following SAH could be named as Burned Neurocardiac Web syndrome in contrast to broken heart because ICG/parasympathetic network degeneration could not be detected in classic broken heart syndrome. It was noted that cardiac ganglion degeneration is more prominent in animals' severe degenerated neuron density of nodose ganglia. We concluded that the cardiac ganglia network knitted with vagal-sympathetic-somatosensitive fibers has an important in heart function following SAH. The neurodegeneration of the cardiac may occur in SAH, and cause sudden death.
Keyphrases
- subarachnoid hemorrhage
- left ventricular
- heart failure
- heart rate variability
- brain injury
- atrial fibrillation
- magnetic resonance
- fluorescence imaging
- magnetic resonance imaging
- case report
- multiple sclerosis
- neuropathic pain
- resting state
- computed tomography
- spinal cord injury
- diabetic rats
- functional connectivity
- high glucose
- blood brain barrier