What happens when you mix blood types? <br />The clip you see here is B negative ( - ) and O negative ( - ) blood mixed together. <br />This blood mixes with no big problems and the red blood cells doesn't stick together. <br /> <br />The red blood cells will stick together when they have different molecule coating. <br />The B blood has one type of coating, but the O blood doesn't have any coating. <br />So there is only one kind of coating in the mixed blood, and the red blood cells will blend together with no problems. <br /> <br />The next test we will show is a B negative and a A positive blood blended together. <br />Most of the red blood cells stick together immediately. <br />This is because one of the blood type has a B molecule coating and the other has A molecule coating. <br />They will stick to each other like Velcro. <br /> <br />The blood is split into 4 different main types. A, B, AB and O. <br />The letter refers to a molecule that coats the surface of the cell wall (often referred to as a protein or sugar type). <br />The A blood has one type of coating while B blood has another type. AB has both types and O has non of the molecule coatings. <br /> <br />Some people also have another antigen (molecule that can trigger an immune system reaction) on the cell wall. If they have the antigen they are RhD positive (+), people who don't have this antigen are RhD negative (-) <br />So in the first test the B- blood has a B molecule coating but no antigen ( - ) and the O blood has no molecule coating and no antigen (-). <br /> <br />When an immune system that is used to blood with no antigen (negative -) gets introduced to blood with an antigen (positive +), the immune system will attack the antigen (+) and destroy the red blood cells that carry this antigen. <br /> <br />This happens because the immune system doesn't recognize the red blood cell as safe. This will happen in our second video where we had B- (no antigen), and A+ (which has the antigen). If you have (+) blood, you can receive (+) but also receive (-) because (-) doesn't have any antigens that the immune system will react to. <br /> <br />99% of China's population has the Rhd+ antigen in their blood. <br />There is also a lot of under categories of the blood, some blood types are so rare they only have 3 registered donors in the world! But we usually just stick to the ABO system as a main category. <br /> <br />What blood types can be mixed? <br />O- can only receive O- <br />O+ can receive O+, O- <br />A- can receive A-, O- <br />A+ can receive A+, A-, O+, O- <br />B- can receive B-, O- <br />B+ can receive B+, B-, O+, O- <br />AB- can receive AB-, B-, A-, O- <br />AB+ can receive AB+, AB-, B+, B-, A+, A-, O+, O- <br /> <br />Do you want to test a product that helps with cell communication and is scientifically proven to activate gene pathways? If so, feel free to get in touch. <br /> <br />https://www.facebook.com/kim.ulvberget <br />Kim Ulvberget <br />kulvberget@gmail.com <br />http://www.green-life.no/ <br /> <br />Contact me if you are interested in a business opportunity to work with a product that is changing people's lives and transforming health on a whole new level. Chemical free, cruelty free and vegan. <br /> <br />#blood #bloodcells #molecules #immunesystem #redox #bloodtype #antiaging #antigens #Asea #mlm #lyme #healing #sick #microscopy #science #frisk #bacteria #redoxsignals #alternativehealing #alternativemedicine #alkaline #ph #biology #income #america #norway #lifestyle #bloodtypes #hematology #sleep
