Cat-301 immunoreactivity in the lateral geniculate nucleus and visual cortex of the strabismic amblyopic cat

Purpose: It was investigated whether alterations in neuronal structure and function occasioned by strabismic amblyopia also may be reflected in alterations in the expression on Y type neurons of a Cat-301 antibody sensitive antigen in the lateral geniculate nucleus (LGN) and cortex of our cat model of strabismic amblyopia. Methods/Results: The percentage of positively labelled cells was reduced in LGN laminae that received input from the deviated eye in strabismic amblyopic cats compared with normal cats. In the strabismic cortex, the density of immunopositive neurons was significantly reduced compared with normal, the effect being most pronounced in layer IV Conclusions: Despite previous physiological recordings indicating a decrease in X-cell associated acuity in strabismic amblyopia, the present findings imply that the changes in the early visual experience occasioned by strabismus also produce specific molecular changes in theY neuronal class.     

Angle closure glaucoma precipitated by labour

Acute angle closure glaucoma generally occurs in older hypermetropic individuals, precipitated by pupillary dilation. However it is often forgotten that it can occur in younger people and that it does not occur solely as a result of the use of mydriatics or normal pupillary dilation in response to darkness. It is recognised that it can occur during or shortly after a surgical procedure done under either spinal or general anaesthetic. We describe a case of acute angle closure occurring in a 37-year-old woman, precipitated by labour. To our knowledge no such case has been described in the literature.     

Aortopulmonary window with patent ductus arteriosus and interrupted aortic arch: A case report

Indian Journal of Thoracic and Cardiovascular Surgery -     

Rectal diazepam in the treatment of absence status: a pharmacodynamic study

Rectal administration of diazepam is highly effective in terminating absence status as judged by reduction of spike-wave activity in the EEG. Pharmacokinetic studies indicate that diazepam can have antiepileptic properties at serum levels well below those previously reported as being necessary to achieve a therapeutic effect.