Archives of Surgical Oncology

Gallbladder cancer is a complex malignancy with significant clinical implications and challenges. To gain insights into the key research contributions and emerging trends in the field of gallbladder cancer management, a comprehensive bibliometric analysis was conducted on the 100 most cited papers in this area. By identifying publication characteristics and assessing citation metrics, this analysis sheds light on the seminal works that have shaped the landscape of gallbladder cancer management and highlights the evolving research trends in this critical domain. The bibliometric analysis focused on identifying the 100 most cited papers in gallbladder cancer management, utilizing total citation counts as a metric of impact and influence within the scientific community.

In the dynamic field of surgical oncology, the ability to predict postoperative surgical outcomes accurately is of paramount importance. To address this critical need, a groundbreaking decision support system has been proposed. This innovative web platform leverages advanced algorithms and data analytics to enable precise prediction of postoperative surgical outcomes. In this article, we explore the significance of this decision support system in surgical oncology and its potential to revolutionize patient care and treatment planning. A key challenge in surgical oncology is the ability to accurately anticipate the postoperative outcomes for patients. By predicting potential complications and understanding the likelihood of successful surgical outcomes, healthcare professionals can proactively plan interventions and optimize postoperative care strategies.

Determining the nature of a lesion, whether it is benign, malignant, or infectious, is crucial in guiding appropriate therapeutic interventions. In the pediatric population, the evaluation of pulmonary nodules poses unique challenges, particularly when dealing with small lesions located deep within the pleural surface. To overcome these difficulties, various image-guided localization techniques have emerged, revolutionizing the field of thoracoscopic biopsy. This article explores the significance of accurate lesion characterization, the challenges in visualizing pediatric pulmonary nodules, and the advancements in image-guided localization techniques that enhance diagnostic accuracy. Distinguishing between benign, malignant, and infectious lesions is essential for determining the appropriate course of therapy.