Yes, increased hydrostatic pressure can lead to peripheral edema. It is caused by poor fluid reabsorption. There are several causes of peripheral edema including heart failure, pulmonary edema, nephritic syndromes, and lymphedema.
Peripheral edema is your extremeties, hands, feet, arms and legs. Peripheral edema usually affects feet and legs.
High blood hydrostatic pressure in blood vessels is produced when there is an increase in blood flow and these vessels become hard. This can lead to hypertensive conditions and even edema.
The fluids secreted in the body due to peripheral edema may form a layer around the lungs which do not allow the inflow or out flow of oxygen freely may cause difficulty in breathing.
There are 6 types of edema. Generalized edema, skin edema, peripheral edema, corneal edema, cerebral edema, pulmonary edema, myxedema and lymphedema.
Obstruction of the lymphatics cause decreased interstitium fluid drainage, leading to increased interstitial hydrostatic pressure, increased interstitial fluid volume, and eventually edema.
Low osmptic pressure
later stages of pregnancy doesn't always cause edema, edema could mean a serious illness call ed pre eclampsia which is high blood pressure caused by pregnancy and it can cause swelling and water retention.
usually peripheral edema is cause by right sided heart failure . people with COPD have polycythemia , means high level of RBCs , means high level of hemoglobin . when hemoglobin is high , hematocrit is high also . People who have a high hematocrit count may be at higher risk for heart problems
I am sure there are many conditions that cause edema, however there are two I know of. One is the later stages of pregnancy, the other is untreated high blood pressure. Beth
Circulatory overload due to expansion of extracellular fluid is a serious adverse effect of mannitol; as a consequence, pulmonary oedema can be precipitated in patients with diminished cardiac reserve, and acute water intoxication may occur in patients with inadequate urine flow. So, as interstitial oedema is determined by starling's forces, it is possible that the increased hydrostatic pressure created by the manitol offsets the increased oncotic pressure leading to extravasation of fluid.
It can be a risk factor for getting CTS because it can cause increased pressure across the median nerve, from swelling and edema.
Pulmonary edema is a result of a left ventricle failure or simply congestive heart failure which results in the heart not being able to remove fluid from lung circulation.