A case of lumbar split cord malformation (SCM) with a bony spur situated dorsally is presented. This was associated with a hypertrophied posterior arch. The ventral dura was totally intact, and there was no fibrous septum connecting the bony arch to the dura. To our knowledge, such a case has not been reported earlier. In view of this unique finding, we propose a slight modification in Pang's unified theory of embryogenesis in the development of SCM.

The objectives of this study were to study the clinical and biochemical profile of neonates with sepsis and to evaluate the diagnostic role of presepsin and its comparison with C-reactive protein (CRP) and Procalcitonin (PCT). This study was conducted from March 2015 through October 2016 in Neonatal intensive care unit (NICU) at S N Medical College, Agra. Neonates with ≥1 clinical features of sepsis and/or two risk factors were included. A total of 41 cases and 41 controls were taken. Blood sample was taken for all investigations. ROC curve analysis was performed. Out of 41 cases, 19 were blood culture positive, majority were males (68.3%), low birth weight (LBW: 70.7%) and preterms (53.6%). At chosen cut-off values, sensitivity of CRP, PCT and presepsin was 80.5%, 80.5%, 97.6% and specificity was 97.5%, 80.5%, 95.1% respectively. PCT and CRP were comparable as diagnostic markers of neonatal sepsis. Presepsin, in comparison with CRP and PCT has better sensitivity and negative predictive value (NPV).

Spinal dysraphism (SD) is characterized by maldevelopment of neural tube, notochord, mesoderm and cutaneous ectoderm. Incidence of SD is 2-4/1000 live births. One hundred and nineteen patients operated from January 1991-June 1996 at Department of Neurosurgery, All India Institute of Medical Sciences, were studied. Only 21 patients (17.6%) presented when they were less than one year old and 17 patients came in adult age group (> 16 years). Lumbar and lumbosacral region was the commonly involved site in 81 patients (74.7%). Weakness of lower limbs (74%), difficulty in walking (54%), muscle atrophy (41.2%) were the commonest indicators of motor system involvement. Loss of sensation, trophic ulcer, backache were seen in 45, 14, 10 patients respectively. Cutaneous lipoma (26%), hypertrichiosis (20%), dermal sinus (13.4%), midline dimples (7%) were the important cutaneous markers. Foot and limb deformity was seen in 25% cases. Tethering of cord, syringomyelia & split cord malformation were the most common radiological findings. Only 10% of our patients had hydrocephalus that required shunt. Out on 119 cases operated, 43 improved, Twenty had sensory improvement and 18 showed motor improvement. Fifteen patients regained continence. Twelve patients were lost to follow-up. Sixty-seven patients had no change in neurological status, post-operatively. Six cases deteriorated in terms of motor or sensory deficit and one patient lost continence. CSF leak (8%) and wound infection (6%) were the common complications. Six patients required second surgery as T.P. Shunt (4), rotation flap (1), reexploration and duraplasty (1).

Craniopharyngioma fluid spillage during surgery is reported to cause aseptic meningitis, but effects of the spillage on vessels have not yet been studied. Therefore we experimentally studied the effect of external contact on femoral vessels of the rat to assess its possible role in the cerebral vascular complications. The major direct effect of the craniopharyngioma fluid on the femoral vessels was vasospasm, appearing on the fourth day after instillation. The vasospasm was observed in 83% of femoral vessels studied between 4-15 days and one of the vessels showed intra-luminal thrombus. The difference in the vessel diameter after instillation (4-15 days) was compared with the controls and was statistically significant (p < 0.01). These findings correspond well with the observed deterioration on post-operative days 5-7, due to vascular complications. No histopathologic (light-microscopic) changes of inflammation or necrosis were found in the femoral vessels. Our study shows that contact of craniopharyngioma fluid to arteries leads to vasospasm, and spillage during surgical excision may contribute to vascular complications encountered in the post-operative period. Prevention of spillage of this fluid and the routine use of cerebral vasodilators to prevent ischemic complications after craniopharyngioma surgery needs further evaluation.

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