FRINK Linked Data Fragments server

Matches in SemOpenAlex for { <https://semopenalex.org/work/W2914492038> ?p ?o ?g. }

• W2914492038 endingPage "21" @default.
• W2914492038 startingPage "11" @default.
• W2914492038 abstract "Insular seizures are great mimickers of seizures originating elsewhere in the brain. The insula is a highly connected brain structure. Seizures may only become clinically evident after ictal activity propagates out of the insula with semiology that reflects the propagation pattern. Insular seizures with perisylvian spread, for example, manifest first as throat constriction, followed next by perioral and hemisensory symptoms, and then by unilateral motor symptoms. On the other hand, insular seizures may spread instead to the temporal and frontal lobes and present like seizures originating from these regions. Due to the location of the insula deep in the brain, interictal and ictal scalp electroencephalogram (EEG) changes can be variable and misleading. Magnetic resonance imaging, magnetic resonance spectroscopy, magnetoencephalography, positron emission tomography, and single-photon computed tomography imaging may assist in establishing a diagnosis of insular epilepsy. Intracranial EEG recordings from within the insula, using stereo-EEG or depth electrode techniques, can prove insular seizure origin. Seizure onset, most commonly seen as low-voltage, fast gamma activity, however, can be highly localized and easily missed if the insula is only sparsely sampled. Moreover, seizure spread to the contralateral insula and other brain regions may occur rapidly. Extensive sampling of the insula with multiple electrode trajectories is necessary to avoid these pitfalls. Understanding the functional organization of the insula is helpful when interpreting the semiology produced by insular seizures. Electrical stimulation mapping around the central sulcus of the insula results in paresthesias, while stimulation of the posterior insula typically produces painful sensations. Visceral sensations are the next most common result of insular stimulation. Treatment of insular epilepsy is evolving, but poses challenges. Surgical resections of the insula are effective but risk significant morbidity if not carefully planned. Neurostimulation is an emerging option for treatment, especially for seizures with onset in the posterior insula. The close association of the insula with marked autonomic changes has led to interest in the role of the insula in sudden unexpected death in epilepsy and warrants additional study with larger patient cohorts." @default.
• W2914492038 created "2019-02-21" @default.
• W2914492038 creator A5012674683 @default.
• W2914492038 creator A5031338032 @default.
• W2914492038 creator A5040519515 @default.
• W2914492038 creator A5050144213 @default.
• W2914492038 creator A5064954167 @default.
• W2914492038 creator A5066100823 @default.
• W2914492038 creator A5067711217 @default.
• W2914492038 creator A5067894822 @default.
• W2914492038 creator A5086156844 @default.
• W2914492038 date "2019-01-01" @default.
• W2914492038 modified "2023-10-11" @default.
• W2914492038 title "The Insula and Its Epilepsies" @default.
• W2914492038 cites W1500719707 @default.
• W2914492038 cites W1533908278 @default.
• W2914492038 cites W1603985240 @default.
• W2914492038 cites W1604283758 @default.
• W2914492038 cites W1813412681 @default.
• W2914492038 cites W1912252742 @default.
• W2914492038 cites W1939035283 @default.
• W2914492038 cites W1939528805 @default.
• W2914492038 cites W1978524524 @default.
• W2914492038 cites W1990847571 @default.
• W2914492038 cites W1992140264 @default.
• W2914492038 cites W1996155736 @default.
• W2914492038 cites W1997237924 @default.
• W2914492038 cites W2010872369 @default.
• W2914492038 cites W2011693288 @default.
• W2914492038 cites W2018296102 @default.
• W2914492038 cites W2031184935 @default.
• W2914492038 cites W2033582763 @default.
• W2914492038 cites W2040362915 @default.
• W2914492038 cites W2044221631 @default.
• W2914492038 cites W2051768991 @default.
• W2914492038 cites W2052579703 @default.
• W2914492038 cites W2055027221 @default.
• W2914492038 cites W2068700601 @default.
• W2914492038 cites W2078521408 @default.
• W2914492038 cites W2080362450 @default.
• W2914492038 cites W2081239460 @default.
• W2914492038 cites W2081275763 @default.
• W2914492038 cites W2101988433 @default.
• W2914492038 cites W2103828131 @default.
• W2914492038 cites W2111856575 @default.
• W2914492038 cites W2114406055 @default.
• W2914492038 cites W2114892278 @default.
• W2914492038 cites W2114900140 @default.
• W2914492038 cites W2117378831 @default.
• W2914492038 cites W2120082325 @default.
• W2914492038 cites W2126758870 @default.
• W2914492038 cites W2127388679 @default.
• W2914492038 cites W2135733572 @default.
• W2914492038 cites W2164390703 @default.
• W2914492038 cites W2166905390 @default.
• W2914492038 cites W2167318642 @default.
• W2914492038 cites W2172083535 @default.
• W2914492038 cites W2259437032 @default.
• W2914492038 cites W2266699239 @default.
• W2914492038 cites W2281825569 @default.
• W2914492038 cites W2336145176 @default.
• W2914492038 cites W2400598296 @default.
• W2914492038 cites W2418606461 @default.
• W2914492038 cites W2494729910 @default.
• W2914492038 cites W2506559462 @default.
• W2914492038 cites W253730683 @default.
• W2914492038 cites W2587945040 @default.
• W2914492038 cites W2600311621 @default.
• W2914492038 cites W2603776246 @default.
• W2914492038 cites W2605041831 @default.
• W2914492038 cites W2606558679 @default.
• W2914492038 cites W2607074866 @default.
• W2914492038 cites W2613599549 @default.
• W2914492038 cites W2614501958 @default.
• W2914492038 cites W2615488152 @default.
• W2914492038 cites W2625671939 @default.
• W2914492038 cites W2627931176 @default.
• W2914492038 cites W2725259730 @default.
• W2914492038 cites W2759409764 @default.
• W2914492038 cites W2760226235 @default.
• W2914492038 cites W2791609034 @default.
• W2914492038 cites W2883643946 @default.
• W2914492038 doi "https://doi.org/10.1177/1535759718822847" @default.
• W2914492038 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/6610377" @default.
• W2914492038 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/30838920" @default.
• W2914492038 hasPublicationYear "2019" @default.
• W2914492038 type Work @default.
• W2914492038 sameAs 2914492038 @default.
• W2914492038 citedByCount "60" @default.
• W2914492038 countsByYear W29144920382019 @default.
• W2914492038 countsByYear W29144920382020 @default.
• W2914492038 countsByYear W29144920382021 @default.
• W2914492038 countsByYear W29144920382022 @default.
• W2914492038 countsByYear W29144920382023 @default.
• W2914492038 crossrefType "journal-article" @default.
• W2914492038 hasAuthorship W2914492038A5012674683 @default.
• W2914492038 hasAuthorship W2914492038A5031338032 @default.
• W2914492038 hasAuthorship W2914492038A5040519515 @default.

• next