Abnormal Facies, Myopia, and Short Stature

Three members of a family are described who have a curious facies due to a severely depressed nasal bridge, anteverted nostrils, wide-set eyes, high myopia, and short stature. The facial appearance is due to faulty development of the ethmoid bone, which also causes a short anterior cranial fossa. One member of the family was autistic and had a cleft palate. These cases closely resemble, but are thought to be distinct from, a family described by Marshall (1958) whose members had a similar facies which appeared to be due to a defective maxilla, deafness, myopia, and cataracts which were subject to many complications. One further case is described resembling Marshall''s cases even more closely; she is deaf but does not have cataracts.     

Depressive Symptomatology in a General Hospital Sample of Outpatients with Temporal Lobe Epilepsy: A Controlled Study

Summary: We compared temporal lobe epilepsy (TLE) outpatients attending a general hospital with depressed psychiatric patients and normal control subjects to investigate depressive symptomatology. Both clinicianrated measures and self-report questionnaires were used. Rates of depressive and anxious symptomatology in TLE subjects were higher than those in a normal control sample, but TLE subjects did not differ significantly from controls on anxiety measures. The depressed psychiatric group scored higher than the TLE and control groups on both depression and anxiety measures. Rates of depressive symptomatology in the TLE group were lower than those reported in previous studies for persons attending specialist epilepsy clinics, but similar to the findings of one community study.     

Application of CT Angiography of Complex Cerebrovascular Lesions during Surgical Decision Making

Helical computed tomographic angiography (CTA) is a relatively new noninvasive volumetric imaging technique. Since early reports in the 1990s, CTA has rapidly improved image resolution and scan volume. Cerebral arteries can be imaged clearly, which is advantageous in the diagnosis of vascular diseases such as cerebral aneurysms, arteriovenous malformations, and cerebrovascular occlusive disease. Before attacking a cerebrovascular lesion near or in the skull base, precise preoperative knowledge of anatomic relationships between the bony and neurovascular structures is critical for obtaining successful outcomes. The sensitivity of CTA for the detection of cerebral aneurysms < or = 5 mm in diameter may be higher than that of digital subtraction angiography (DSA), with equal specificity and high interoperator reliability. With minor modification to the technique, paraclinoid vascular lesions can be depicted using CTA. We present our experience using CTA in addition to DSA to obtain important anatomic information about skull base vascular lesions that assisted in the clinical decision-making process.