A group of patients were treated with IVT by an emergency physician in phone consultation with a board-certified vascular neurologist (BCVN) at 1 of our 3 stroke network-affiliated selleck products hospitals (SNAHs). These patients were subsequently transferred to our Joint Commission-certified primary stroke center (CPSC) after completion of IVT (“”drip and ship”" protocol). The other patients were treated

directly by a BCVN at the CPSC. Results: We studied 201 patients treated with IVT. Of them, 14% received IVT at a SNAH (“”drip and ship”" protocol) and 86% were treated at the CPSC. There were no significant differences between the 2 groups with regard to age, National Institutes of Health Stoke Scale score, stroke symptom onset-to-needle time, sICH, or in-hospital mortality. Conclusions: Our “”drip and ship”" protocol for IVT is safe. The protocol was not associated with an excess of sICH or in-hospital mortality compared with patients who received IVT at the CPSC.”
“BACKGROUND: We report

a case of a large giant cell tumor of the thoracic spine presenting with spinal cord compression during pregnancy.

CASE: A 24-year-old woman presented at term with lower back pain, find more bilateral lower extremity weakness, numbness, and bowel and bladder incontinence. Magnetic resonance imaging revealed a spinal soft tissue mass compressing the spinal cord. The patient delivered a healthy girl by cesarean then underwent a T8-T9 laminectomy, posterior spinal decompression, and instrument fusion. Two days later, she had a thoracotomy, corpectomy of the vertebral body, and anterior tumor debulking. Ultimately, the patient was discharged to inpatient rehabilitation with improved lower extremity strength and returned bowel this website and bladder function.

CONCLUSION: Obstetricians should be vigilant regarding progressive neurologic symptoms during pregnancy. (Obstet

Gynecol 2011;118:428-31) DOI: 10.1097/AOG.0b013e31821081a2″
“Recently, the Er:YAG and CO2 lasers have been applied in periodontal therapy. However, the characteristics of laser-irradiated root cementum have not been fully analyzed. The aim of this study was to precisely analyze the alterations of root cementum treated with the Er:YAG and the CO2 lasers, using non-decalcified thin histological sections. Eleven cementum plates were prepared from extracted human teeth. Pulsed Er:YAG laser contact irradiation was performed in a line at 40 mJ/pulse (14.2 J/cm(2)/pulse) and 25 Hz (1.0 W) under water spray. Continuous CO2 laser irradiation was performed in non-contact mode at 1.0 W, and ultrasonic instrumentation was performed as a control. The treated samples were subjected to stereomicroscopy, scanning electron microscopy (SEM), light microscopy and SEM energy dispersive X-ray spectroscopy (SEM-EDS). The Er:YAG laser-treated cementum showed minimal alteration with a whitish, slightly ablated surface, whereas CO2 laser treatment resulted in distinct carbonization.