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Phagocytes
White-Blood Cells. Either Pathogens, or Lymphocytes.
The pressures of the two sides do not remain equal and so blood from the unaffected side (at a relatively higher pressure) is able to crossover and help nourish tissue on the occluded side of the brain.The pressures of the two sides do not remain equal and so blood from the unaffected side (at a relatively higher pressure) is able to crossover and help nourish tissue on the occluded side of the brain.
All types of Muscle tissue contract... This includes Skeletal and Smooth muscle tissue.
White blood cells migrate toward inflammation because the walls of blood vessels become more porous and allowing the white blood cells to pass to the affected tissue. The white blood cells will then attack and release substances that continue the process of inflammation.
Phagocytes
White-Blood Cells. Either Pathogens, or Lymphocytes.
The term used for excess fluid in tissues is edema. The more complete name is lymphedema and is usually the result of the lymphatic system not being able to move lymphatic fluid from tissues back into the blood stream, which results in the 'bloating' associated with it.
Yes. Blood is considered to be a special connective tissue and it is how white blood cells are able to move through your body and help fight against antigens.
Phagocytes
Muscle tissue if the only type that is able to contract... other examples of tissue that can not contract would be nervous (nerves/brain), epithelial (skin/lining of other organs), and connective (bone/blood/cartilage)
The immune system consists of two parts: innate immunity and adaptive immunity. Innate immunity is the system of defense that every human is born with. It consists of the skin, protective secretions, the inflammatory response, andphagocytes. If microorganisms are able to penetrate the physical barriers (the skin and protective secretions), the body responds in a nonspecific way by increasing the blood flow to the area. This allows phagocytes to take action. Phagocytes are white blood cells that eliminate the chances of infection by attacking foreign substances in the body.
Muscular tissue is able to contract.
White Blood Cells need to be able to flatten out in order to enter tissue from the blood stream at the site of infection. This process is called diapedesis. If they cannot flatten out they will be trapped in the blood stream and will not be able to help fight off the infection.
A CT would show an abnormally large cranial vault with increased soft tissue opacity within the cranial vault. An MRI would be able to distinguish between the pathologic fluid and the neural tissue remaining.
The pressures of the two sides do not remain equal and so blood from the unaffected side (at a relatively higher pressure) is able to crossover and help nourish tissue on the occluded side of the brain.The pressures of the two sides do not remain equal and so blood from the unaffected side (at a relatively higher pressure) is able to crossover and help nourish tissue on the occluded side of the brain.
Muscle tissue