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From Wikipedia, the free encyclopedia

In the context of systems science and systems philosophy, systemics is an initiative to study systems from a holistic point of view.[citation needed] It is an attempt at developing logical, mathematical, engineering and philosophical paradigms and frameworks in which physical, technological, biological, social, cognitive and metaphysical systems can be studied and modeled.[citation needed]

The term "systemics" was coined in the 1970s by Mario Bunge and others, as an alternative paradigm for research related to general systems theory and systems science.[1]

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  • Sepsis: Systemic inflammatory response syndrome (SIRS) to multiple organ dysfunction syndrome (MODS)
  • Phylogenetic trees | Evolution | Khan Academy
  • Sepsis: Systemic Inflammatory Response Syndrome (SIRS) to Multiple Organ Dysfunction Syndrome (MODS)


- [Voiceover] When you hear the term sepsis or septic, you might be thinking of sewage. In fact, that's what comes to my mind, septic tank. And it's not so much that you have sewage in the body, it's more that you have an infection or something that causes inflammation in the bloodstream. Your blood is normally clean and doesn't have any infective material in it, but in septic shock, that's kind of the issue. That's what causes septic shock. Septic shock is, shock, decreased tissue perfusion, decreased oxygenation of the tissues, and low blood pressure, hypotension, which is caused by some sort of infection or inflammation. Now, septic shock is really part of a greater category known as sepsis, and I'm going to have to get into some nitty gritty detail here, so you can understood the categorization of septic shock. Sepsis is really just a spectrum. You start with more mild symptoms, and you progress to more severe symptoms, and at the more severe end of the spectrum is septic shock. So, let's go ahead and start it out. The first category that fits into this sepsis picture is known as SIRS, and that stands for Systemic Inflammatory Response Syndrome. Now, the name of that itself, Systemic Inflammatory Response, suggests that this is in response to something that's inflammatory. Duh, it's in the name, inflammatory response, but it does not necessarily mean that there's an infection. To meet SIRS criteria, a patient must satisfy two or more of the four following signs or symptoms. First of all, having a temperature above 38 degrees Celsius, so that's 100.5 degrees Fahrenheit, or having a temperature less than 36 degrees Celsius, which is 96.8 degrees Fahrenheit. Now, to give you an idea of what's normal, normal body temperature is 37 degrees Celsius or 98.7 degrees Fahrenheit, so this is about what a patient will have if they have a normal temperature. So, being very feverish, or being very cold and clammy, can be a part of SIRS criteria. The next criteria is a heart rate above 90. Now, notice, normally when you think of a rapid heart rate, Tachycardia, which is a fast heartbeat, that's said to be above 100, but for SIRS criteria, it only has to be above 90. Next, respiratory rate is above 20, or the PaCO2, the partial pressure of carbon dioxide in the body, is less than 32. So, either one of these will satisfy one criteria. So, so far we have temperature, heart rate and respiratory rate, rapid breathing, as three criteria of SIRS, Systemic Inflammatory Response Syndrome. Now, really quickly, PaCO2 is normally 40. Less than 32 is because you're breathing rapidly, so you're expelling off carbon dioxide, and, of course, a normal respiratory rate is around 12 to 15. The final criteria of SIRS is white blood cells, and if you have greater than 12,000, or less than 4,000, then this meets SIRS criteria. Think of it this way, either your body is responding appropriately and ramping up the amount of white blood cells, immune cells in the body, or, more dangerous, whatever infective material, such as, maybe bacteria or virus in your body, is winning the battle, and their are less white blood cells available. Also, if you see greater than 10 percent band cells, that can fulfill the criterion, also. Band cells are just young, immune white blood cells, so the idea is you have a lot of white blood cells that need to be produced rapidly, so the body is trying to create white blood cells quickly, but instead, all it has is these young, immature band cells, and so it releases them, because, better to have something to be able to fight this war against this infection that's going on in the blood. Now, remember, these are just really merely clinical clues that could suggest widespread inflammation. I mean, if you go for a jog, or go for a run, you already fulfill two of these four criteria, right? You'll have your heart rate up and your respiratory rate up, as well. So, really keep it in mind, keep the clinical picture in mind when you're thinking of SIRS criteria. Next on this spectrum is the category sepsis. So, sepsis is just SIRS, the Systemic Inflammatory Response Syndrome, with a confirmed infection. And sepsis is considered more severe if a patient is showing symptoms of organ problems, organ damage or organ dysfunction. So, for example, a patient who's breathing rapidly, having difficulty breathing could have damaged lung tissue, or a patient with severe abdominal pain might have a bowel perforation, or intestinal issues. Or, maybe a patient is having a low urine output. That shows damage to the kidney. So, looking out for organ damage is how you would determine the severity of sepsis. Septic shock is the next step, it's sepsis, plus hypotension that just does not go away. And, what I mean by it does not go away, I mean the health practitioner is giving fluids, and the hypotension's still is not going away. And I want to make a point here. Adequate fluid repletion is 30 milliliters per kilogram. So, you take the patient's weight into account. So, for example, a patient who weighs 50 kilograms you would give 1500 milliliters as quickly as possible. And if the blood pressure does not go up with this fluid challenge, then the patient is in shock. Last of all, on the most severe end of sepsis, of the sepsis spectrum, is MODS. This stands for Multiple Organ Dysfunction Syndrome. Multiple Organ Dysfunction Syndrome is when a patient has severe septic shock with organ failure. Now, I know that I said at the more severe end of sepsis, I said there would be organ dysfunction. You'd have difficulty breathing, gastrointestinal ischemia, decreased oxygenation of the intestines, causing GI perforations, and maybe kidney damage, as well, causing decreased urination. But, a lot of times in severe sepsis, this organ dysfunction can be recovered. In MODS, it's essentially beyond the state of being able to recover. And, also in Multi Organ Dysfunction Syndrome, the liver begins to fail, and if the liver begins to fail, it cannot clear out the toxins that the body has. So, the infective material, the bacteria or whatever infection is in the blood, can no longer be cleared out effectively by the liver, and the body just completely shuts down. And so, with sepsis, you want to catch it as early as possible so that it does not progress to more severe septic shock or Multi Organ Dysfunction Syndrome, when all the organs begin to shut down.

See also


  1. ^ Mario Bunge (1979). A world of systems. Dordrecht; Boston, Reidel.

Further reading

External links

This page was last edited on 15 February 2018, at 14:56.
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