Danielle Levy is a journalist at CBS News. She specializes in asset management, investment strategies, mutual funds, stocks and bonds, and wealth management, drawing on her background as a producer and her ongoing studies in environment and sustainability. Danielle has been featured in notable publications including Forbes, YourMoney.com, and The Telegraph.
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Based on Danielle Levy's coverage, she is likely to be interested in pitches related to the financial aspect of music events and nightlife. As she has a focus on investment analysis and cites data regularly, she may respond well to pitches that offer insights into the economic impact of music events or nightlife activities.
Given her interest in government announcements and legal policy regulation, topics related to business regulations affecting the music events and nightlife industry might also be relevant for her. Additionally, providing information about economic trends impacting these sectors could capture her attention.
As Danielle focuses nationally on the United Kingdom, any pitches should consider this geographic scope when offering insights or stories related to the finance aspects of music events and nightlife within the UK.
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By: David Gomez, Jonathan Sisti, Ishan Shah, Ryan S. Chung, Danielle Levy, Gabriel Zada, James Sobieski, Robert G. Briggs, David J. Cote, Kevin Liu
Minimally invasive neurosurgery using port-based systems has gained popularity over the past decade to access deep-seated lesions within the brain. These devices typically necessitate use of separate optical and illumination systems. An exception is the Aurora Surgiscope (Integra Corp.) which is a single-use, camera-port retractor with integrated lighting and visualization capabilities. We present our retrospective single-center series using this technology for the treatment of a diverse set of intra-axial lesions to demonstrate the safety and effectiveness of the device for removing deep-seated intracranial targets. A retrospective review was conducted for all adult patients who underwent removal of an intra-axial lesion using the Aurora Surgiscope camera-port from 01/11/2021–31/12/2024 at our institution. Relevant demographic, radiographic, and clinical data were collected and summarized. 25 patients were included in the series (12 females, mean age 52.4 ± 17.7 years). The camera-port system was used to treat a diverse set of pathologies, including colloid cysts (n = 6/25, 24.0%), intraparenchymal hematomas (IPH) (n = 5/25, 20.0%), brain metastases (n = 4/25, 16.0%) and ependymomas/gliomas (n = 4/25, 16.0%). Mean lesion depth was 3.5 cm. Mean lesion diameter was 3.5 cm. Median surgical time was 2.4 hours. Gross total resection was achieved in 12/17 (70.6%) operations where complete resection of the tumor or colloid cyst was the surgical objective. Four patients experienced postoperative neurologic complications, including one patient with transient short-term memory loss, two patients with transient aphasia, and one patient with persistent left-sided weakness. Median post-operative length of stay was 4 days. This case series demonstrates the feasibility of using an integrated camera-port system for the treatment of deep-seated brain lesions. The technology integrates visualization and illumination capabilities with reasonable surgical outcomes.
