There are a lot of people out there who think that they know their blood type but don’t know what they have. This is why you need to find out your blood type for a better understanding of your body, as well as help you figure out what to expect when you get into an illness. This can also be used to figure out if you should take medication, or which type of medicine to use and use it wisely by being patient with your doctor.
Blood Type A
People with blood type A have antigens on their skin called red colorant. These blood-type A tend to have more serious infections than other types of blood. It is also possible that some of them will have a weak immune system, meaning that they could be at higher risk of developing allergies. Another thing to keep in mind is that the number of red blood cells is usually reduced when people with blood type B are sick to help avoid excessive amounts because some of these cells can damage the DNA that make up the genetic material of a cell. This could be the reason why people with blood type A tend to have problems with the amount of red cells in their system, while people with blood type B will have fewer red cells in their system.
Blood Type AB
People with Blood Type AB have two antibodies — one called “B” and another called “AB”. The B antibody helps fight off infection and it will help you protect yourself from illnesses such as listeria. The AB is meant to block certain viruses and parasites. People with this blood type do not contract many illnesses, however, they may have a slightly weaker immune system. Finally, they do not develop lice very easily like the type AB or ABD. If you have any questions about your blood type, contact your local blood bank where there is a testing center near you.
Blood Type ABD
People with Blood Type ABD tend to live longer and are often healthier. They tend to lack many health conditions. Some, including cancer, asthma and kidney disease, can be prevented by making sure that our bodies are healthy enough. In addition, they also have a high level of hemoglobin and a lower concentration of red cells. One of the most common diseases that cause blood type ABD can be anemia.
Anemia means that we have too few red cells in our blood and we are unable to carry oxygen throughout the body. Having hemoglobin is important because blood transports O2 and carbon dioxide. It is important to always make sure that your blood counts are correct, and check that your red cells count is accurate. However, red cells count can vary, so this might mean that red cells do not always represent 100%, especially if you were to exercise a lot and had high levels of hemoglobin during high school or college.
Red cells can also be affected by hemoglobin levels. As a result, red cells in people with this blood type tend to get smaller and thinner, in order to compensate. To prevent this, people with blood type ABD should regularly replace red cells every couple of months. Since having too little red cells can contribute to increased fatigue, people with this blood type should not run a marathon and should be careful where they participate in outdoor activities. Lastly, if you experience an increase in red blood cells, you should make sure that you have at least been tested to diagnose anaemia if you experience symptoms like lethargy.
Blood Type H
People with blood type H have one of the same red cell antigens in all red cells. They should therefore have about 11 billion red cells in their blood, since this is normal. Red cells also carry oxygen and CO2. However, red cells can carry only half as much oxygen as red cells with red cells. Because the red cells don’t carry carbon dioxide, people with red cells count should be wary of diet and exercise that is low in red cells. Therefore, red cells count can fluctuate from person to person, in order to account for this. For instance, if you gain weight while losing red cells, it is possible that this would result in higher red cells count and red cell anaemia.
Also, if you have a fever and your red cells are larger compared to your hemoglobin concentrations, then it is possible that red cells count will increase, resulting in hemoglobin saturation. Lastly, red cells count can decrease if you experience a prolonged cold or if you had a surgery where red cells were damaged. The best way to avoid anaemia when white cells are in the hundreds is to have regular testing every six to eight weeks. To determine whether you have red cells count in your red cells, you should first get checked by a medical practitioner for anaemia.
Blood Group J
People with Blood group J have both red cells and platelets. Platelets can actually help stop bleeding by releasing substances that clot down the veins to stop blood flow. Red cells can also stop blood circulation by reducing the blood’s ability to carry oxygen through the body. If the red cells aren’t properly replaced, this can put your red cell count under stress and this could lead to anaemia. When red cells don’t reach normal levels or if red cells don’t contain enough oxygen, there should be enough red cells in your body to counteract red cells count and blood pressure.
All red cells and platelets count is different, so this shouldn’t be a big deal when figuring things out like your blood type. Additionally, platelet count can increase depending on the age of someone who has heart disease, and this is because the older you get, the faster your arteries thicken, hence needing more platelets to maintain normal blood flow. Red cells count also increases due to anaemia. So, any medical condition that affects red cell count can affect platelet count.
Lastly, an older platelet count doesn’t necessarily mean that you won’t get anaemic. Both red cells and platelets count can fluctuate depending upon how young your blood is and if you have diabetes and have recently had surgery. This is because age does effect how well platelets can perform the job to reduce blood clots and anaemia. Due to blood type, people with these blood types can sometimes bleed unnecessarily, so they should make sure that their platelet count is low and they have plenty of platelets.
On the other hand, people with blood type J can still get anaemia, so people with this blood type should be cautious of red cells that are large and red. Overall, red cells should never be confused with haemoglobin, even though they are both different. They should always be kept in separate containers since the appearance of red and haemoglobin can sometimes look similar. Lastly, red cell count can also fluctuate dependent on the genetics of the person. For example, some people’s red cells count tends to decline with age, while others tend to decline before they reach adulthood.
Blood Group K
People with Blood group K have red cells at a low concentration and platelets of a higher concentration. Therefore, some K individuals can be prone to getting ill, while those with this blood type can feel less sick than people with this blood type. The main differences between red cells and platelets include that red cells are bigger than platelets and that red cells can also increase in size when they are shaken. Red cells, therefore, have a tendency of becoming stuck or curdled and this is known as cytopenia (blood clotting) or erythrocyte sedimentation rate (C ESR). People with red cells can get infected, which causes the red cells to stick together.
After a long period of time, red cells become coagulated. Even after clotting, red cells can continue to grow, which results in the formation of erythrocyte membranes of red cells. Plasma proteins are stored inside red cells. Hence, platelets have a tendency to form in the red cells. They can also enter the red cells of blood vessels, forming small clumps known as thrombocytes. Once a red cell clump gets into thrombus, it can travel in blood flow and can cause harm. When a red cell clump is broken down into a red cell, a platelet is produced. Depending on the blood cell count level, platelets can become trapped within red cells, so platelets can block the supply of red cells to the vein.
Blood group L
People with Blood group L have relatively few red cells. Most of the time, a person with L red cells count tends to lack anaemic symptoms. As a consequence, red cells can become separated and they can also stick together to create a clot. This can lead to blood borne diseases, including deep venous thrombosis, pulmonary embolism, pulmonary hypertension, respiratory complications, pulmonary insufficiency due to lung congestion, or pneumonia.
Red cells also have a tendency to get stuck together while moving around the body through blood flow, to become blocked. At times, red cells can get stuck to the walls of blood vessels. Similarly, a red cell clump could form in a vein or another part of the body, and red cells could block the passage of blood in a blood vessel. Red cells also cause inflammation. They also cause the release of free radicals by red cells that are mainly made up of iron and copper. Free radicals can lead to cell damage, inflammation, and an increased probability of clotting. Other effects are the growth of capillaries and the subsequent constriction of veins, which can increase chance of stroke, athenea, and deep vein thrombosis.
Blood Group M
When people with Blood Group M have lots of red cells and platelets, they can easily go from being completely fine to developing severe anaemia. While people with just a single red cell count don’t get anaemia, people with 2+ red cell counts can develop anaemia, because the red cells make up at least 15% of their red cell count, whilst blood