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Eyebrow Keyhole Technique: Landmark Innovative Surgery by Apollo Neurosurgeons for Insular Brain Tumor Removal
Join us for the Apollo Innovation Series as we explore the revolutionary supraorbital “eyebrow” craniotomy, an innovative approach developed by the neurosurgeons at Apollo Cancer Centre, Chennai. In this session, Dr. Hrishikesh Sarkar will share, for the first time, insights into the revolutionary eyebrow keyhole approach used to treat deeply seated insular brain tumors. This minimally invasive technique marks a significant advancement in the field of neurosurgery and promises to enhance patient outcomes. This minimally invasive technique allows surgeons to access brain tumors through a small incision hidden within the eyebrow line, significantly reducing recovery time, minimizing scarring, and decreasing the risk of complications compared to traditional craniotomies. With excellent cosmetic outcomes and less postoperative pain, this method represents a significant advancement in neurosurgery, combining precision with enhanced patient comfort. Learn how this groundbreaking technique is transforming brain tumor surgery and improving patient care
About the Speaker
Dr. Hrishikesh Sarkar
Senior Consultant Neurosurgeon, Apollo Cancer Centre, Chennai
Dr. Hrishikesh Sarkar, MBBS(CMC Vellore), MCh, FACS (USA), is an accomplished neurosurgeon with over 21 years of experience, having managed over 4000 complex cases across more than 25 countries and four continents. Renowned for his commitment to high-quality patient care, robust medical ethics, and evidence-based decision-making, he has made significant contributions to scientific literature, co-editing a textbook and authoring over 25 peer-reviewed articles. His innovative surgical techniques include keyhole skull base procedures, transeyelid procedures, awake brain bypass, and neurorestorative procedures for paralysis.
Upcoming Case Discussions
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Alternative Route to Chronic Pain Management
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Advances in Diagnosing and Treating Neural Tube Defects
Significant advances in diagnosing and treating neural tube defects (NTDs) have improved outcomes for affected individuals. Early diagnosis is enhanced by advanced prenatal imaging, such as high-resolution ultrasound and fetal MRI, and biomarkers like elevated maternal serum alpha-fetoprotein (MSAFP). Innovations in fetal surgery, such as in-utero repair of spina bifida, have demonstrated improved neurological outcomes by minimizing damage before birth. Postnatal care has also improved with better surgical techniques, physical therapy, and assistive technologies. Preventive strategies, including mandatory folic acid supplementation, have significantly reduced NTD incidence globally, highlighting the importance of early intervention and multidisciplinary care in managing NTDs.
Pitfalls in Management of Dengue
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Digital Interventions in Prevention and Control of Diabetes
Digital tools like mobile apps, wearable devices, and telemedicine are transforming diabetes management by enabling real-time monitoring of blood glucose levels and personalized feedback. AI-powered platforms offer predictive analytics to assess risks and optimize treatment plans. Online education programs promote lifestyle modifications, including healthy eating and exercise. Virtual coaching and remote consultations improve accessibility to healthcare for underserved populations. These interventions empower patients to take proactive control of their condition, reducing complications and enhancing quality of life.