Post-void seizure syndrome, sometimes called pee shiver or pee shiver, is the involuntary shiver that happens to some of us, especially men, when we void a large amount of urine. This has affected most of us, especially men, but it's not something dangerous or something to worry about; in fact, it is probably ignored by sufferers because it lasts about 1-2 seconds after urination and is not painful. Most of us who experience it and ask questions are simply curious and want to know exactly why some people have to shiver after they finish urinating and others don't, and also why it is almost only common in men. The most common cause of chills or chills is usually prolonged exposure of our body to a cold environment or when we have a fever. When our body is exposed to cold, our body's internal temperature drops and the only way our body generally deems appropriate to regulate its internal temperature and maintain homeostasis is to cause an increase in muscle activity through disruption of skeletal muscle. , which causes tremors. minute movements. Say no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”? Get the original essay This process generates thermal energy which in turn increases the internal temperature of our body, making us feel heat. Before we continue, let's try to understand this long and sophisticated name that scientists have given to this condition; "Post-micturition seizure syndrome" - Post means "after", in this context and micturition is an alternative name for urination while seizure is an alternative word or synonym for shivering and syndrome is a classified group of symptoms that often occur or exist together. Now this makes perfect sense, given that from the name of the syndrome we could easily deduce its basic meaning or at least have an idea of ​​what the syndrome is. Now let's try to understand the reason why some of us, especially men, shiver after urination. This condition is actually very mysterious even to scientists, but somehow they found a way to explain this condition using two approaches: Temperature change and the autonomic nervous system. Use “temperature change” as a basis for explaining urinary shivering or shivering; As we all know, when we urinate, we release warm liquid. The release of this warm or almost hot fluid from our body reduces our body temperature and, in an attempt to regulate our body temperature, muscle activity increases, causing us to shiver. Does this explanation make sense? Well, I'm going to bring a questionable thought, my thoughts on this explanation people give. If a drop in body temperature resulting from urination automatically makes us shiver, then why doesn't it affect everyone who urinates? Think about it. (License: Author - OpenStax College, CC BY-SA 3.0 Unported.]: wikicommons The most appropriate explanation for this condition is to use the autonomic nervous system, which is responsible for our unconscious or involuntary actions like sneezing, muscle contractions, shivering, etc. The autonomic nervous system is divided into the sympathetic nervous system (SNS), parasympathetic nervous system (PNS) and enteric nervous system The autonomic nervous system also controls other muscular actions.involuntary functions such as our breathing rate, heart rate, body temperature regulation, etc. In this context, we would only be concerned with the actions of the sympathetic and parasympathetic nervous systems, because the enteric nervous system let the boys grow into a full man; I'm basically saying it's now classified as being different from the autonomic nervous system; nervous system because it now has its own independent reflex activity. The sympathetic nervous system (SNS) is commonly known to be involved in the body's "fight or flight" response. When something serious happens in your environment, such as a riot, emergency, or crisis, the SNS helps stimulate (by releasing stress hormones) the body's fight-for-life or flight response, which means running for your life. There was this girl in my high school who was supposed to have been possessed by a “djinn” (an evil spirit) – the Muslim classmates knew a lot about her. This jinn possession was in some way temporary and ended when an “Imam” or someone of faith sent away the demons; During this possession her voice changes, she becomes really aggressive and dangerous, so people were really afraid of her because we were fully aware that she had no control over herself. One fateful night in the school dorm where I was staying at that time, this lady came to visit her friend in my dorm and unfortunately for us, this djinn spirit took control of her and she became really aggressive, I was so terrified that I did it. I don't know when I started jumping from bunk to bunk at a very fast pace. This is something I wouldn't have done on a normal day, those bunks were really high for goodness sake, it could only be my sympathetic nervous system making me run and jump at that pace with my adrenaline pumping . let's forget that in most cases of emergency or danger we are afraid and almost all of us would have a faster heart rate, higher blood pressure and some of us might even pee or poop on ourselves ourselves (I pray we don't find ourselves in this situation). kind of an embarrassing situation). The sympathetic nervous system literally sympathizes with us and tries to make the situation less awkward by slowing down activities in the intestines, relaxing the bladder and tensing the sphincter muscles of the gastrointestinal tract in order to prevent bowel movements and, of course, urination. The parasympathetic nervous system (PNS), on the other hand, is normally referred to as the rest and digest system. Unlike the sympathetic nervous system which acts when we are in danger by releasing stress hormones, the parasympathetic nervous system acts instead when our body is at rest. The parasympathetic nervous system functions opposite to the sympathetic nervous system; While the sympathetic nervous system tries to stop urination, the PNS helps in the process of urination and defecation by relaxing the sphincter muscles of the gastrointestinal tract, increasing bowel activities and also helping to slow down the heart rate of the body and reduce blood pressure. Let us now understand the relationship between the action of the PNS, the SNS and urine tremors; You know when you pour water into a bag? The way it develops? This is what the bladder is like when it is filled with urine. So that you don't urinate uncontrollably, the SNS goes to work trying to stop urination until you are ready or willing to let it all out. (The SNS is able to do this by still releasing adrenaline, norepinephrine and.