Splenic veins are defined by the amount of blood vessels that pass through them, which can vary in size depending on the type of vein.
Splenic vein definition, however, is a common term for the amount and size of veins that can be found on the outside of a patient’s body.
It also describes how many veins there are on the inside of a vein, and how wide they are.
A patient’s splenic vein type is determined by a blood sample, and is then divided into four categories: type A, type B, type C, and type D. Type A is the most common type of splenic veins, which is typically found on a patient who has a severe vascular condition.
Type B is found on people who are suffering from arthritis, high blood pressure, or kidney failure.
Type C is found in people who have heart or liver problems.
Type D is found mainly in people with chronic pain.
The Splenic Vascular Definition, a guide published by the American Heart Association, describes how the type A and type B splenic Veins are defined and the number of veins each is located on a human body.
If you have any questions about your blood, blood type, or blood type designation, call the American Hematology Association at 1-800-HEM-ACS (1-800, 639-4263) or visit their website.
You can also view the splenic definitions in the chart below.
Splenetic Vein Types Splenic Definition A blood type with a high likelihood of developing a blood clot, a narrowing in the artery wall, and bleeding.
Type I Blood is generally safe.
Type II Blood is associated with high levels of thrombosis and thromboembolic events.
Type III Blood is a rare form of bleeding that can cause a clot.
Type IV Blood is caused by a clot in the vessel wall.
Type V Blood is found at higher risk of having a blood clots or strokes.
Type VI Blood is the worst blood clotting condition.
If your blood type is Type I, then your blood pressure is too high, you have a history of blood clotting, or you have had a stroke.
Type VII Blood is an extremely dangerous blood clot in which the vessel walls close and the clot can enter your body.
Type VIII Blood is Type III blood that has been clotted or narrowed.
Type IX Blood is more likely to be Type III than Type IV blood.
Type X Blood is usually Type III or IV blood with an elevated blood pressure.
Type XI Blood is most often Type IV or Type V blood with a blood pressure higher than 125/70.
Type XII Blood is also known as Type III, Type V, and Type VI blood.
You have a Type I blood clot and are considered Type III if your blood pressures are above 140/90 or a Type IV-V blood pressure of 130/90.
Type XIII Blood is not Type III but is Type VII blood.
This type is also associated with low blood pressure and heart attack risk.
Type XIV Blood is very rare in people of all blood types, but is extremely dangerous in people at high risk for blood clottings.
Type XV Blood is rare, but can lead to a Type III-IV blood clot.
This blood type can cause heart attacks.
Type XVI Blood is considered Type V and Type VIII blood.
People with Type XV blood types can develop a Type VI-VI blood clot if they have elevated blood pressures.
Type XX Blood is classified as Type IV and Type V. It is very dangerous to have Type XX blood, and has the potential to lead to Type VI or Type VII clots.
Type XXXI Blood is another very rare blood type that can lead a person to develop Type X clots in the blood vessel wall if the blood pressure exceeds 140/80 or a blood volume of about 50 mL per minute.
Type Z Blood is one of the most dangerous blood clumps in people.
It can cause severe bleeding and even death if it enters the bloodstream and becomes lodged in the body’s capillaries.
Type z blood is a blood type where there are three or more types of blood cells, and each type has a different risk for clotting and blood vessel narrowing.
Type Y is a type that is considered a Type V or Type VI.
It contains no cells and is not associated with any type of blood clot or heart attack.
Type P is a very rare type that contains only three or four types of cells and has a very low risk for a clotting event.
Type S is a Type X blood type.
It has a high risk of clotting, but no clear risk.
There is a low risk of an infection.
The splenic definition, splenic measurement, and splenic value are based on the blood samples taken from the patient.
The measurement is done by a laboratory using an ultrasound device.
The blood sample is then compared to