No-Cut Brain Tumor Care: Endoscopic Skull-Base & Radiosurgery (Gamma/CyberKnife) скачать в хорошем качестве

No-Cut Brain Tumor Care: Endoscopic Skull-Base & Radiosurgery (Gamma/CyberKnife)

Two “no scalp cut” options for select brain/skull-base tumors: Endoscopic skull-base (endonasal) surgery: via the nose, no external stitches. Useful for pituitary tumors, some meningiomas/chordomas and other skull-base (bony) tumors—performed by subspecialists. Radiosurgery (Gamma Knife/CyberKnife): a high-dose, focused beam to the tumor while sparing normal brain; cells stop growing and may shrink. Often suitable for small lesions like acoustic (vestibular) schwannoma near the brainstem/CN VII–VIII—typically when ≤ ~1.5–2 cm. Larger tumors usually need surgery. What decides the plan? Tumor type, size, location/depth, and proximity to critical nerves/brainstem. Endoscopic skull-base (through the nose) — who benefits Tumors suited: pituitary, some meningiomas/chordomas, bony skull-base Radiosurgery (Gamma/CyberKnife): how it works -Best for smaller tumors (e.g., acoustic schwannoma ≤ ~1.5–2 cm) When open/other surgery is needed Choosing safely: size, site, and specialist expertise ------------------‐------------------‐----------- Dr. Raghvendra Ramdasi - Neurosurgery Medical qualifications: MBBS, MS, M Ch (Neurosurgery) FAIS (Fellow of Association of Indian Surgeons) FIMSA (Fellow of International Medical Sciences Academy) FESBS (Fellow in Endoscopic transnasal skull base surgery)(Naples, Italy) Years of experience: 14 years ___________________________________________________________ Contact Info :- +918828833911 Email : contact@brainandspinesurgeries -------------------------------------------------------------------------------------------------- [endoscopic skull base surgery, endonasal pituitary surgery, gamma knife, cyberknife, radiosurgery brain tumor, acoustic schwannoma 2 cm, vestibular schwannoma, meningioma chordoma skull base, no scalp incision] #Neurosurgery #SkullBase #Endoscopic #Endonasal #GammaKnife #CyberKnife #Radiosurgery #BrainTumor