Dataset Information

Paroxysmal belching: Epileptic or nonepileptic?

ABSTRACT: The prevalence and localizing value of ictal belching are yet unknown. We present the case of a patient with medically refractory focal epilepsy with simple and complex partial seizures, as well as generalized seizures. One presumed seizure type comprised frequent episodes of repetitive belching. Video-EEG monitoring during these attacks showed no ictal changes. The belching episodes were inducible and terminable through suggestion. The diagnosis of excessive supragastric belching, a previously described psychogenic condition, was made.

SUBMITTER: Popkirov S

PROVIDER: S-EPMC4907791 | biostudies-literature | 2016

REPOSITORIES: biostudies-literature

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Paroxysmal belching: Epileptic or nonepileptic?

Popkirov Stoyan S Grönheit Wenke W Wellmer Jörg J

Epilepsy & behavior case reports 20160113

The prevalence and localizing value of ictal belching are yet unknown. We present the case of a patient with medically refractory focal epilepsy with simple and complex partial seizures, as well as generalized seizures. One presumed seizure type comprised frequent episodes of repetitive belching. Video-EEG monitoring during these attacks showed no ictal changes. The belching episodes were inducible and terminable through suggestion. The diagnosis of excessive supragastric belching, a previously ...[more]

PMID: 27330988

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Project description:Background and purposePerampanel is a newly approved anticonvulsant uniquely targeting AMPA receptors, which mediate the most abundant form of excitatory synaptic transmission in the brain. However, the network mechanism underlying the anti-epileptic effect of the AMPAergic inhibition remains to be explored.Experimental approachThe mechanism of perampanel action was studied with the basolateral amygdala network containing pyramidal-inhibitory neuronal resonators in seizure models of 4-aminopyridine (4-AP) and electrical kindling.Key resultsApplication of either 4-AP or electrical kindling to the basolateral amygdala readily induces AMPAergic transmission-dependent reverberating activities between pyramidal-inhibitory neuronal resonators, which are chiefly characterized by burst discharges in inhibitory neurons and corresponding recurrent inhibitory postsynaptic potentials in pyramidal neurons. Perampanel reduces post-kindling "paroxysmal depolarizing shift" especially in pyramidal neurons and, counterintuitively, eliminates burst activities in inhibitory neurons and inhibitory synaptic inputs onto excitatory pyramidal neurons to result in prevention of epileptiform discharges and seizure behaviours. Intriguingly, similar effects can be obtained with not only the AMPA receptor antagonist CNQX but also the GABAA receptor antagonist bicuculline, which is usually considered as a proconvulsant.Conclusion and implicationsIctogenesis depends on the AMPA receptor-dependent recruitment of pyramidal-inhibitory neuronal network oscillations tuned by dynamic glutamatergic and GABAergic transmission. The anticonvulsant effect of perampanel then stems from disruption of the coordinated network activities rather than simply decreased neuronal excitability or excitatory transmission. Positive or negative modulation of epileptic network reverberations may be pro-ictogenic or anti-ictogenic, respectively, constituting a more applicable rationale for the therapy against seizures.

Dataset Information

Paroxysmal belching: Epileptic or nonepileptic?

Publications

Paroxysmal belching: Epileptic or nonepileptic?

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