The striatum is a structure in the brain that is closely connected to the fibers of the internal capsule. The internal capsule contains important motor and sensory pathways that carry information to and from the cerebral cortex and the brainstem. Fibers from the cortex travel through the internal capsule to reach the striatum, forming a crucial pathway for communication between different regions of the brain involved in movement and control.
The glomerulus is surrounded in the kidneys by a structure called 'the Bowman's capsule'. This is where the various substances from the blood pass into - a process called filtration.
The Glomerulus capsule and the Bowman's capsule both describe the same thing. Either name can be used interchangeably. Both describe the capsule that envelopes the gomerulus and filtrates the incoming blood.
The blood supply to the brain is carried by two main pairs of arteries: the internal carotid arteries and the vertebral arteries. These arteries converge at the base of the brain to form the circle of Willis, which helps ensure a continuous supply of blood to the brain. The blood vessels in the brain are highly specialized and form a complex network to deliver oxygen and nutrients to brain cells.
The corpus striatum is a collection of caudate nuclei and the putamen portion of the lentiform nucleus. The crossing of the internal capsules between the diencephalon and the basal ganglia gives the corpus striatum its stripped appearance, hence its name corpus striatum, or "stripped body." The corpus striatum consists of the basal ganglia and the internal capsule, and it is related to the internal capsule by separating it from the putamin.
A hemorrhage of the internal capsule is called a stroke. The internal capsule is the area of the brain where many nerves are threaded. People with hypertension or high blood pressure are more likely to be subjected to a stroke because of the pressure on the internal capsule and arteries.
Lacunar stroke is the hemorrhage of the internal capsule.
Internal iliac artery
internal maxillary artery
The internal capsule is the major structure carrying ascending and descending nerve projection fibers to and from the cerebral cortex
The internal iliac artery and its branches are the main source of blood supply for the muscles and organs in the pelvis.
It is a broad lamina of white matter made up of projection fibres which pass to and from the cerebral cortex.It's called as "internal capsule" simply because it forms an internal (inner) capsule to the lentiform nucleus.
The striatum is a structure in the brain that is closely connected to the fibers of the internal capsule. The internal capsule contains important motor and sensory pathways that carry information to and from the cerebral cortex and the brainstem. Fibers from the cortex travel through the internal capsule to reach the striatum, forming a crucial pathway for communication between different regions of the brain involved in movement and control.
The movement of materials into Bowman's capsule is opposed by two forces.1) Capsule pressure (CP) produced by the walls of Bowman's capsule and fluid alreadyinside the capsule.2) Colloid osmotic pressure (COP) results from the proteins in the blood. Because most proteins do not pass from the blood into the filtrate, the blood is more concentrated than the filtrate. Therefore water tends to move from the capsule back into the blood.
the external iliac vein & the internal iliac vein
the internal carotid artery supply the orbits and more than 80% of the cerebrum
Blood cells do not normally pass from the glomerulus, which is a cluster of capillaries in the kidney, to Bowman's capsule, the structure surrounding the glomerulus. The capillaries in the glomerulus are lined with specialized cells that prevent the passage of blood cells into the urine-forming structures such as Bowman's capsule.