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- Bookedited by Panayiotis Varelas.Contents:
Presentation and pathophysiology of seizures in the critical care environment: an overview
Diagnosing and monitoring seizures in the ICU: the role of continuous EEG for detection and management of seizures in critically ill patients
Stroke and critical care seizures
Traumatic brain injury and seizures in the ICU
Brain tumors and ICU seizures
Global hypoxia-ischemia and critical care seizures
Seizures in fulminant hepatic failure, multiorgan failure, and endocrine crisis
Seizures in organ transplant recipients
Extreme hypertension, eclampsia and critical care seizures
Infection or inflammation and ICU seizures
Electrolyte disturbances and critical care seizures
Alcohol-related seizures in the intensive care unit
Drug-induced seizures in critically ill patients
Critical care seizures related to illicit drugs and toxins
Management of status epilepticus and critical care seizures.Digital Access Springer 2010 - ArticleRoth RL.Proc Natl Acad Sci U S A. 1979 Aug;76(8):4131-5.In the goldfish, the optic nerve decussation occurs without intermingling of fibers from the two eyes. In two-thirds of juvenile and adult specimens, the left optic nerve is dorsal at the midline. In about 60% of the specimens, the decussation of Mauthner's neuron also has a left-dorsal-to-right (L/R) configuration. Concordance for decussation geometry is greater than 80%, with smaller specimens accounting for a disproportionate number of discordant cases. In embryos and very young larvae, the L/R configuration occurs in slightly less than 50% of optic chiasmata and in slightly more than 50% of Mauthner's cell chiasmata, and there is no significant tendency toward concordance. However, larval specimens that survive 1 month after hatching are markedly skewed toward adult decussation patterns and somewhat skewed toward concordance. These observations, together with results of cannibalization and predation experiments, suggest that the adult population pattern can be achieved through selection pressures against discordant individuals and, perhaps separately, against individuals with right-dorsal-to-left (R/L) chiasmatic configurations. Decussation patterns correlate with embryonic postures, larval orientation preferences, and growth rates after hatching, which may themselves serve as a basis for selection.