Aegis Lifesciences happy to share their presence at Hospitalar 2022

  Neurosurgical procedures demand exceptional precision and control, especially when performed in tight anatomical spaces using microscopic or endoscopic techniques. In such confined environments, even minor bleeding can significantly obscure the surgical field, increasing operative complexity and the risk of damaging critical neural structures [1]. Thus, achieving rapid and effective haemostasis is not merely desirable — it is vital to patient safety and surgical success. Why Haemostasis Matters in Neurosurgery Unlike many other surgical specialties, neurosurgery poses distinct challenges due to the proximity of vital neural structures and the potentially devastating consequences of even minor postoperative bleeding. Generalized oozing from the dura mater, spinal nerves, or bony surfaces may be deceptively persistent and difficult to control. Residual blood, even in small amounts, can compress delicate tissues, resulting in complications such as hematomas, infections, or neurologi...

  Endometriosis is a common, chronic, and estrogen-dependent condition that affects approximately 1 in 10 women of reproductive age. Among its many manifestations, ovarian endometriomas — often called chocolate cysts — pose a unique surgical challenge [1, 2]. These cysts, formed when endometrial-like tissue grows inside the ovaries, can lead to debilitating symptoms such as chronic pelvic pain, painful periods (dysmenorrhea), pain during intercourse (dyspareunia), and infertility[3]. Fig.1: Endometriosis: growth of endometrial-like tissue outside the uterus, affecting ovaries and fallopian tubes [2] For many women, medical therapies like hormonal treatments provide insufficient relief, especially when fertility is a priority. In such cases, surgical intervention becomes essential. However, surgery for ovarian endometriomas requires a delicate balance: relieving symptoms while preserving ovarian function and fertility. This blog explores the latest surgical approaches for managing o...

  Effective control of haemostasis is critical to the success of any surgical procedure. Beyond minimizing intraoperative blood loss, it significantly reduces the risks associated with transfusions and postoperative complications. However, in minimally invasive surgeries (MIS)—such as laparoscopic and endoscopic procedures—haemostasis presents unique challenges due to restricted access, limited visibility, and anatomical complexity [1]. As surgical techniques continue to shift toward less invasive approaches, the need for effective, adaptable haemostatic solutions becomes increasingly critical—especially when conventional methods fall short. The Haemostatic Challenge in MIS Compared to open surgeries, MIS—such as laparoscopic and endoscopic procedures—offers numerous benefits like reduced recovery time and smaller scars. But the same factors that make MIS appealing also make bleeding control more difficult. Limited maneuverability, constrained visualization, and the absence of tact...