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From there the infection may spread to the dural venous sinuses.
The diploic veins drain this area into the dural venous sinuses.
This happens in the dural venous sinuses.
They drain from the scalp, through the skull, into the larger meningeal veins and dural venous sinuses.
Aseptic thrombi can also form in the dural venous sinuses and/or the cerebral veins draining into them.
Dural venous sinuses are venous channels found between layers of dura mater in the brain.
Additionally shared dural venous sinuses is usually absent or if it is present it is negligible.
The superficial system is composed of dural venous sinuses, which have wall composed of dura mater as opposed to a traditional vein.
It had been thought that CSF returns to the vascular system by entering the dural venous sinuses via the arachnoid granulations (or villi).
The walls of the dural venous sinuses are composed of dura mater lined with endothelium, a specialized layer of flattened cells found in blood vessels.
As dural venous sinuses are concurrent with the development of dural folds, duplication of the falx cerebelli is usually associated with duplicated occipital sinus.
Cerebral venous sinus thrombosis (CVST) is a rare form of stroke which results from the blockage of the dural venous sinuses by a thrombus.
It surrounds and supports the dural sinuses (also called dural venous sinuses, cerebral sinuses, or cranial sinuses) and carries blood from the brain toward the heart.
Complications of untreated CST include extension of thrombus to other dural venous sinuses, carotid thrombosis with concomitant strokes, subdural empyema, brain abscess, or meningitis.
Cerebral venous sinus thrombosis (CVST) is the presence of acute thrombosis (a blood clot) in the dural venous sinuses, which drain blood from the brain.
The dural venous sinuses within the dura mater surrounding the brain receive blood from the brain and also are a point of entry of cerebrospinal fluid from arachnoid villi absorption.
Using a combination of imaging technologies, Aspelund et al. found that meningeal lymphatic vessels drain down (and eventually out of) the skull along the dural venous sinuses and meningeal arteries.
Many reviews suggest a practical four-category system that breaks down the craniopagus twins on the basis of vertical or angular configuration or on the basis if there were shared dural venous sinuses.
The veins of the brain, both the superficial veins and the deep venous system, empty into the dural venous sinuses, which carry blood back to the jugular vein and thence to the heart.
The dural sinuses are, therefore located on the surface of the cerebrum.
In his paragraph on the communications between dural sinuses, he reported the presence of the vein that bears his name.
The veins anastomose frequently with each other and enter the diploic veins of the skull bones and the dural sinuses.
Damage to the dura mater, which may be caused by skull fracture, may result in blood clot formation (thrombosis) within the dural sinuses.
Sinus pericranii is a venous anomaly where a communication between the intracranial dural sinuses and dilated epicranial venous structures exists.
The dura mater is a sac that envelops the arachnoid mater and surrounds and supports the large dural sinuses carrying blood from the brain toward the heart.
It surrounds and supports the dural sinuses (also called dural venous sinuses, cerebral sinuses, or cranial sinuses) and carries blood from the brain toward the heart.
The dural venous sinuses (also called dural sinuses, cerebral sinuses, or cranial sinuses) are venous channels found between layers of dura mater in the brain.
Meningeal veins, which course through the dura mater, and bridging veins, which drain the underlying neural tissue and puncture the dura mater, empty into these dural sinuses.
Other areas more susceptible to fractures are the cribriform plate, the roof of orbits in the anterior cranial fossa, and the areas between the mastoid and dural sinuses in the posterior cranial fossa.
The meningeal lymphatic vessels (or meningeal lymphatics) are a recently discovered network of conventional lymphatic vessels located parallel to the dural sinuses and meningeal arteries of the mammalian central nervous system (CNS).
Furthermore, meningeal lymphatic vessels are generally smaller than those in the periphery and display an interesting structural homogeneity along the dural sinuses, remaining thinner and mostly unbranched along the superior sagittal sinus while growing larger and more branched along the transverse sinuses.
Breschet's veins: (venae diploici), Diploic veins connected with the cerebral sinuses by emissary veins.
It surrounds and supports the dural sinuses (also called dural venous sinuses, cerebral sinuses, or cranial sinuses) and carries blood from the brain toward the heart.
The dural venous sinuses (also called dural sinuses, cerebral sinuses, or cranial sinuses) are venous channels found between layers of dura mater in the brain.
Cranial sinuses may also be used to create the sounds, but again researchers are currently unclear how.
The occipital sinus is the smallest of the cranial sinuses.
No gross lesions associated with the presence of numerous S. minor in the cranial sinuses were observed.
Low numbers of adult P. pallasii in the lungs suggest that the cranial sinuses are the preferred site of infection.
These animals had bare ossicones and small cranial sinuses and where more elongated with broader skulls.
It is intended mainly for cleaning the cranial sinuses but has many other effects including curing anemia, according to the Gherand Samhita and other sources.
This experimental study is the first conducted on a pseudaliid, Pharurus pallasii, a lungworm of the cranial sinuses of the beluga whale (Delphinapterus leucas).
It surrounds and supports the dural sinuses (also called dural venous sinuses, cerebral sinuses, or cranial sinuses) and carries blood from the brain toward the heart.
The dural venous sinuses (also called dural sinuses, cerebral sinuses, or cranial sinuses) are venous channels found between layers of dura mater in the brain.
Bilateral hemorrhage occurs when damage at the time of a facial fracture tears the meninges and causes the venous sinuses to bleed into the arachnoid villi and the cranial sinuses.
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