Magnetic resonance images of the six different tumors from six different patients which show the classic neuroimaging features of DIA/DIG in terms of the location and size in the cerebral hemispheres.

3D visualization reconstructed from scanned human data of fetal and adult skulls. The most complex part of the skeletal frame, the skull gives shape to the head and face, protects the brain, and houses the special sense organs. At birth, the skull bones (top left and right) are still incomplete and are connected by unossified fibrous remnants called fontanels. These allow the head of the infant to compress during birth and to accommodate brain growth during fetal lfe. The bones of the skull start to ossify late in the second month of development. It's comprised of 22 separate bones - 21 of which are butted and unit-welded together with fibrous joints so adhesive and durable that they function as one block; the other one hinged, allowing the lower jaw to drop. Air filled spaces (sinuses) in some of the bones surrounding the nasal cavity lighten the skull's weight and act as an echo chamber, adding resonance to the voice.

Ganglioglioma a livello della porzione mesiale del lobo temporale sinistro in un paziente affetto da crisi epilettiche refrattarie alla terapia medica visto alla RM mediante una sequenza T2 pesata (A) e T1 pesata dopo somministrazione di mezzo di contrasto (B)

U.S. Air Force Maj Jonathan Forbes, 455th Expeditionary Medical Operations Squadron neurosurgeon looks through loupes as he performs brain surgery at the Craig Joint Theater Hospital, Bagram Air Field, Afghanistan, Oct. 10, 2014. The loupes allow Forbes to see the surgery at a two times magnification. Forbes removed an 8-centimeter tumor during the five-hour surgery. Forbes is deployed from Travis Air Force Base, Calif., and is a native of New Martinsville, W.Va. (U.S. Air Force photo by Staff Sgt. Miguel Lara III/Released) Unit: 455th Air Expeditionary Wing

radiologic appearance of desmoplastic infantile ganglioglioma