What causes blood clots in your body?
Blood clots are formed when platelets become stuck together. Platelets are small white cells which form a thin layer around the outside of blood vessels. When they stick together, it becomes very hard to remove them from each other’s bodies. This leads to blockages and bleeding inside the vessel. The clotting process begins immediately after injury or trauma such as cutting yourself with a knife or getting hit by a car. This is called thrombosis. Once the clot forms, it may remain there for years without causing any problems. However, if the clot gets too thick and blocks up a major artery (such as one leading into the heart), then that artery could stop working properly. If this happens, death occurs within hours or even days.
How many times have you heard about blood clots?
A blood clot is a collection of cells that forms inside the blood vessel wall. They usually develop slowly over time, but sometimes they get bigger and cause problems right away. There are two types of clots: non-penetrating and penetrating ones. Non-penetrating clots are those that don’t travel through the bloodstream at all; they just lodge themselves in the walls of veins or arteries. These clots can form in the lining of the heart or in the brain, for example. A non-penetrating clot doesn’t really cause any immediate problems because it stays in the area where it formed. However, if they do start to travel through the bloodstream, then they can become a serious problem because they can block smaller blood vessels all over the body.
Do you have large blood clots during period?
During your period, the lining of your uterus thickens in preparation for a fertilized egg to implant itself into. If no egg does, then the blood that has built up in your uterus is shed through the vaginal canal. However, if a pregnancy occurs, the placenta forms in the lining of your uterus and takes over the task of keeping your blood thickened. When you have your period, the lining inside your uterus is just disintegrating. It’s a perfectly natural process and nothing to worry about. Pregnancy hormones make the lining of your uterus very thick, just in case a fertilized egg decides to settle down and grow there. But if no egg does, then there’s no need for the extra blood, so it leaves your body through your vaginal canal.
Large blood clots period are quite normal. The amount of blood that comes out during your period is determined by how thick the uterine lining was. If it’s a very thick lining, then more blood is going to come out than if it’s a thin lining.
This is why one woman may bleed more than another woman during her period. You’re most likely not dying or anything like that, and you certainly don’t need to worry about developing leukemia as some people jump to conclusions. You’re just a woman who has a naturally very thick lining in her uterus. Always have and always will.
If you do not feel up to scrubbing your walls, then you can choose to simply do nothing. The stains may fade away over time. If you are worried about discoloration, then it is better to repaint the wall rather than leave the stains.
You can also hide the stains by painting a darker color over it, such as maroon or brown. You can even put up a poster to hide the stains.
Unless your large blood clots during period are extremely excessive, there is no need to worry about infection or anything of that nature. You’re not going to all of a sudden grow gills and develop a tail just because you got some blood on the floor. Blood is a natural thing, and it doesn’t become dangerous until it’s in excess.
If you’ve only got a few drops here and there, then you shouldn’t worry about it.
You should especially not be embarrassed by your period. It’s a normal and natural occurrence that many women go through each month, and there’s no need to feel ashamed or unclean about it. The average menstrual cycle lasts about 28 days, starting from the first day of your period until the first day of your next one.
During this time, several hormones are released by the brain, ovaries and other parts of the body in preparation for a potential pregnancy.
Sources & references used in this article:
A thrombin generation test: the application in haemophilia and thrombocytopenia by RG Macfarlane, R Biggs – Journal of Clinical Pathology, 1953 – ncbi.nlm.nih.gov
Structure of fibrin: impact on clot stability by JW Weisel – Journal of Thrombosis and Haemostasis, 2007 – Wiley Online Library
Role of Hageman factor in the initiation of clotting by glass: evidence that glass frees Hageman factor from inhibition by OD Ratnoff, JM Rosenblum – The American Journal of Medicine, 1958 – Elsevier
… linked to many diseases; the oxygen free radicals, although made as by-products of normal oxygen-using reactions, nevertheless have a wide potential for causing … by JL Marx – Science, 1987 – go.gale.com
A simple method of studying the generation of thrombin in recalcified plasma: application in the investigation of haemophilia by WR Pitney, JV Dacie – Journal of clinical pathology, 1953 – ncbi.nlm.nih.gov
A simple visual assessment technique to discriminate between menorrhagia and normal menstrual blood loss by CAH Janssen, PC Scholten, APM Heintz – Obstetrics & Gynecology, 1995 – Elsevier