Epidural space. He took part of the crossing of the Andes to Chile and was San Martin's second-in-command during the battles of Cancha Rayada and Maipu. He fell ill in Chile and had to return to Buenos Aires, where he died in 1819. Antonio González de Balcarce Antonio González de Balcarce (June 24, 1774 – August 15, 1819) was an Argentine military commander in the early 19th century. González de Balcarce was born in Buenos Aires. He joined the armed forces as a cadet in 1788. In the battle for Montevideo in 1807, he was captured by the British forces 	Antonio González de Balcarce
11783521	Zaza–Gorani languages Zaza–Gorani languages Zaza–Gorani is a linguistic subgroup of Northwestern Iranian languages. They are usually classified as a non-Kurdish branch of the Northwestern Iranian languages but most of their speakers consider themselves ethnic Kurds. The Zaza–Gorani languages are the Zaza and the Gorani languages, whereas Gorani is composed of four dialects being Hawrami, Bajelani, Shabaki and Sarli. Zaza–Gorani languages Zaza–Gorani is a linguistic subgroup of Northwestern Iranian languages. They are usually classified as a non-Kurdish branch of the Northwestern Iranian languages but most of their speakers consider themselves ethnic Kurds. The Zaza–Gorani languages 	Zaza–Gorani languages
11783522	Epidural space Epidural space In anatomy, the epidural space is the potential space between the dura mater and vertebrae (spine) The anatomy term epidural space" has its origin in the Ancient Greek language; ἐπί, "on, upon" + dura mater also known as "epidural cavity", "extradural space" or "peridural space". In humans the epidural space contains lymphatics, spinal nerve roots, loose connective tissue, adipose tissue, small arteries, dural venous sinuses and a network of internal vertebral venous plexuses. Cranial epidural space. In the skull, the periosteal layer of the dura mater adheres to the inner surface of the skull bones while the meningeal  layer lays over the arachnoid mater. Between them is the cranial epidural space. The two layers of the dura mater separate at several places, with the meningeal layer projecting deeper into the brain parenchyma forming fibrous septa that compartmentalize the brain tissue. At these sites, the epidural space is wide enough to house the epidural venous sinuses. There are four fibrous septa: In pathological conditions fluid such as blood can fill this space. For example a torn meningeal artery (often the middle meningeal artery) or dural venous sinus (rarely) may bleed into this potential space and result in an epidural  hematoma. Spinal epidural space. In the spinal canal, the periosteal layer adheres to the inner surface of the spinal canal which is formed by the bodies of vertebrae. The meningeal layer lays over the spinal arachnoid mater. Between the two layers is the spinal epidural space. Unlike the cranial epidural space, the spinal epidural space contains adipose tissue, the internal vertebral venous plexuses and the spinal nerve roots Epidural space is the smallest at the cervical region, measuring 1 to 2 mm. At L2 to L3, enlarges until 5 to 6 mm. It then enlarges progressively until lower lumbar and  sacral region. However, some authors stated that it decreases in size after mid-lumbar region until 2 mm at S1 level. Epidural space In anatomy, the epidural space is the potential space between the dura mater and vertebrae (spine) The anatomy term "epidural space" has its origin in the Ancient Greek language; ἐπί, "on, upon" + dura mater also known as "epidural cavity", "extradural space" or "peridural space". In humans the epidural space contains lymphatics, spinal nerve roots, loose connective tissue, adipose tissue, small arteries, dural venous sinuses and a network of internal vertebral venous plexuses. Cranial epidural space. In