red blood cells , brain
Yes, the brain has anatomical barriers that limit the entry of drugs. The blood-brain barrier (BBB) is a highly selective barrier formed by specialized endothelial cells that line the blood vessels in the brain. It prevents the passage of certain substances, including many drugs, from entering the brain tissue. The liver also has its own protective barriers, such as the hepatocyte membrane, which regulates the absorption and distribution of drugs.
Heart
The brain keeps the blood flow (a.k.a the heart) pumping, and that not to mention the other organs that require the brain to keep them go'in.
The blood leaving most organs in the brain has less oxygen because the brain consumes a significant amount of oxygen and nutrients. As the blood flows through the brain, oxygen and other nutrients are extracted by the brain cells for their metabolic needs. This results in a decrease in oxygen content in the blood leaving the brain.
Astrocytes
Lungs, brain, heart
red blood cells , brain
The organs affected by anemia include the heart, and the brain due to lack of oxygen in the blood.
Yes, the brain has anatomical barriers that limit the entry of drugs. The blood-brain barrier (BBB) is a highly selective barrier formed by specialized endothelial cells that line the blood vessels in the brain. It prevents the passage of certain substances, including many drugs, from entering the brain tissue. The liver also has its own protective barriers, such as the hepatocyte membrane, which regulates the absorption and distribution of drugs.
Heart
The blood cells, stomach, and brain do.
A stoke is the rapidly developing loss of brain function due to disturbance in the blood supply to the brain.
Heart Liver Skin Brain Blood are some
This bone was located near the brain. This bone had nerves running through it.
The brain keeps the blood flow (a.k.a the heart) pumping, and that not to mention the other organs that require the brain to keep them go'in.
The blood leaving most organs in the brain has less oxygen because the brain consumes a significant amount of oxygen and nutrients. As the blood flows through the brain, oxygen and other nutrients are extracted by the brain cells for their metabolic needs. This results in a decrease in oxygen content in the blood leaving the brain.